City College Academic University Report Detail March 2021

City College Academic University Report Detail March 2021

AIII. 1 Department: Ph.D. in Biomedical Engineering Program Code: 32554 Effective: Spring 2022

From To Course Number Name Crs Course Number Name Crs Requirements for the Doctoral Degree Requirements for the Doctoral Degree

Biomedical Engineering Courses .................................................................................... 12 BME I2000 Cell and Tissue Engineering .................................................................. 3 BME I2200 Cell and Tissue Transport ..................................................................... 3 BME I3000 Neural Engineering and Applied Bioelectricity ..................................... 3 BME I3110 Biofluid Mechanics ............................................................................... 3 BME I4200 Organ Transport and Pharmacokinetics ............................................... 3 BME I5000 Medical Imaging and Image Processing ............................................... 3 BME I5100 Biomedical Signal Processing ............................................................... 3 BME I7000 Laboratory Molecular and Cell Engineering ......................................... 3 BME I7100 Cell and Tissue Mechanics .................................................................... 3 BME I7300 Cell and Tissue-Biomaterial Interactions .............................................. 3 BME I7700 Microfluidic Devices in Biotechnology ................................................. 3 BME I8000 Bone Physiology and Biomechanics ..................................................... 3 BME I9000 Skeletal Soft Tissue Physiology and Biomechanics ............................... 3 BME I9400 Special Topics in Machine Learning ...................................................... 3 BME I5600 Cell Mechanotransduction ................................................................... 3 BME I6000 Advanced Biomaterials ........................................................................ 3 ENGR I4200 Continuum Mechanics ......................................................................... 3 ENGR I7500 Poroelasticity........................................................................................ 3 BME I6100 Intellectual property, Regulation and Quality Assurance.......................................................................... 3 BME I9300 Scientific Ethics ..................................................................................... 1 BME I0000 BME Seminar (repeatable) ................................................................... 3

Biomedical Sciences ......................................................................................................... 6

BME I4300 Physiology for Engineers ...................................................................... 6 BIO V1401 Cell Biology ........................................................................................... 3 PHYS V3800 Biophysics ............................................................................................. 3 BIO V2301 Neuroscience ....................................................................................... 3 BME I6400 Translational Challenges in Diagnostics, Devices and Therapeutics .................................................................... 3 MEDS I7100 Translational Challenges in Medicine ................................................... 3 MEDS I8200 Translational Research Design ............................................................. 3

Biomedical Engineering Courses .................................................................................... 12 BME I0003 Special Topics in Biomedical Engineering ......................................... 3 BME I2000 Cell and Tissue Engineering .................................................................. 3 BME I2200 Cell and Tissue Transport ...................................................................... 3 BME I3000 Neural Engineering and Applied Bioelectricity ..................................... 3 BME I3110 Biofluid Mechanics ............................................................................... 3 BME I4200 Organ Transport and Pharmacokinetics ............................................... 3 BME I5000 Medical Imaging and Image Processing ................................................ 3 BME I5100 Biomedical Signal Processing ................................................................ 3 BME I7000 Laboratory Molecular and Cell Engineering .......................................... 3 BME I7100 Cell and Tissue Mechanics .................................................................... 3 BME I7300 Cell and Tissue-Biomaterial Interactions .............................................. 3 BME I7700 Microfluidic Devices in Biotechnology .................................................. 3 BME I8000 Bone Physiology and Biomechanics ...................................................... 3 BME I9000 Skeletal Soft Tissue Physiology and Biomechanics ............................... 3 BME I9400 Special Topics in Machine Learning ...................................................... 3 BME I5600 Cell Mechanotransduction.................................................................... 3 BME I6000 Advanced Biomaterials ......................................................................... 3 ENGR I4200 Continuum Mechanics .......................................................................... 3 ENGR I7500 Poroelasticity ........................................................................................ 3 BME I6100 Intellectual property, Regulation and Quality Assurance .......................................................................... 3 BME I9300 Scientific Ethics ..................................................................................... 1 BME I0000 BME Seminar ................................................................................... 1

Biomedical Sciences ......................................................................................................... 6

BME I4300 Physiology for Engineers ...................................................................... 6 BIO V1401 Cell Biology ........................................................................................... 3 PHYS V3800 Biophysics ............................................................................................. 3 BIO V2301 Neuroscience ........................................................................................ 3 BME I6400 Translational Challenges in Diagnostics, Devices and Therapeutics ..................................................................... 3 MEDS I7100 Translational Challenges in Medicine ................................................... 3 MEDS I8200 Translational Research Design .............................................................. 3

Mathematics Courses ....................................................................................................... 6

ENGR I1100 Introduction to Engineering Analysis ................................................... 3 ENGR I1400 Applied Partial Differential Equations .................................................. 3 PHYS V0100 Mathematical Methods in Physics ....................................................... 3 BIO V8201 Biostatistics I ........................................................................................ 3

OR BIO V8101 Mathematical Biology .......................................................................... 3 ENGR I1500 Introduction to Numerical Methods .................................................... 3 ENGR I1700 Finite Element Methods in Engineering ............................................... 3 ENGR I4200 Continuum Mechanics ......................................................................... 3

Engineering Courses Other than Biomedical .................................................................... 3 At least one engineering course in a field other than BME must be completed. This may include however: BME I6100 Intellectual property, Regulation and Quality Assurance.......................................................................... 3

Elective Courses .............................................................................................................. 9 Any graduate courses can be taken from the categories above to complete a total of 36 course credits.

Course Credits Subtotal ................................................................................................ 36

Completion of 24 Credits of Doctoral Dissertation Research BME J99xx Doctoral Dissertation Research .......................................................... 24

Research Credits Subtotal ............................................................................................ 24

Total credits required for the Ph.D ................................................................................. 60 BME Core Course Requirements In order to take the First Examination (the Qualifying Exam), students must obtain a minimum grade point average of 3.3 in five core graduate courses. This GPA requirement is designed to ensure that all Ph.D. students have sufficient understanding of the core biomedical engineering fundamentals to pursue advanced study and professional career opportunities. These credits are not in addition but inclusive of the 36 course credits listed above. At least one course must be taken from each of the groups 1-4 below: Group 1 – Mathematics: ENGR I1100 Introduction to Engineering Analysis ENGR I1400 Applied Partial Differential Equations

Mathematics Courses ...................................................................................................... 6

ENGR I1100 Introduction to Engineering Analysis ................................................... 3 ENGR I1400 Applied Partial Differential Equations .................................................. 3 PHYS V0100 Mathematical Methods in Physics ........................................................ 3 BIO V8201 Biostatistics I ......................................................................................... 3

OR BIO V8101 Mathematical Biology ........................................................................... 3 ENGR I1500 Introduction to Numerical Methods ..................................................... 3 ENGR I1700 Finite Element Methods in Engineering ................................................ 3 ENGR I7500 Poroelasticity ................................................................................... 3 ENGR I4200 Continuum Mechanics .......................................................................... 3

Engineering Courses Other than Biomedical ................................................................... 3 At least one engineering course in a field other than BME must be completed. This may include however: BME I6100 Intellectual property, Regulation and Quality Assurance .......................................................................... 3

Elective Courses ............................................................................................................. 9 Any graduate courses can be taken from the categories above to complete a total of 36 course credits.

Course Credits Subtotal ............................................................................................... 36

Completion of 24 Credits of Doctoral Dissertation Research BME J99xx Doctoral Dissertation Research .......................................................... 24

Research Credits Subtotal ............................................................................................ 24

Total credits required for the Ph.D ................................................................................ 60 BME Core Course Requirements In order to take the First Examination (the Qualifying Exam), students must obtain a minimum grade point average of 3.3 in five core graduate courses. This GPA requirement is designed to ensure that all Ph.D. students have sufficient understanding of the core biomedical engineering fundamentals to pursue advanced study and professional career opportunities. These credits are not in addition but inclusive of the 36 course credits listed above. At least one course must be taken from each of the groups 1-4 below: Group 1 – Mathematics: ENGR I1100 Introduction to Engineering Analysis ENGR I1400 Applied Partial Differential Equations

ENGR I4200 Continuum Mechanics PHYS V0100 Mathematical Methods in Physics Group 2 – Signals and Images: BME I3000 Neural Engineering and Applied Bioelectricity BME I5000 Medical Imaging and Image Processing BME I9400: Special Topics in Machine Learning BME I5100 Biomedical Signal Processing Group 3 – Mechanics: BME I7100 Cell and Tissue Mechanics BME I2200 Cell and Tissue Transport BME I8000 Bone Physiology and Biomechanics BME I9000 Skeletal Soft Tissue Physiology and Biomechanics Group 4 – Tissues and Materials: BME I6000 Advanced Biomaterials BME I7000 Laboratory in Cellular and Molecular Engineering BME I7300 Cell and Tissue Biomaterial Interactions BME I7200 Cell and Tissue Engineering and in addition all students are required to take Group 5 – Physiology and Ethics: BME I4300 Physiology for Engineers BME I9300 Scientific Ethics

ENGR I4200 Continuum Mechanics ENGR I7500 Poroelasticity PHYS V0100 Mathematical Methods in Physics Group 2 – Signals and Images: BME I3000 Neural Engineering and Applied Bioelectricity BME I5000 Medical Imaging and Image Processing BME I9400: Special Topics in Machine Learning BME I5100 Biomedical Signal Processing Group 3 – Mechanics: BME I7100 Cell and Tissue Mechanics BME I2200 Cell and Tissue Transport BME I8000 Bone Physiology and Biomechanics BME I9000 Skeletal Soft Tissue Physiology and Biomechanics Group 4 – Tissues and Materials: BME I6000 Advanced Biomaterials BME I7000 Laboratory in Cellular and Molecular Engineering BME I7300 Cell and Tissue Biomaterial Interactions BME I7200 Cell and Tissue Engineering and in addition all students are required to take Group 5 – Physiology and Ethics: BME I4300 Physiology for Engineers BME I9300 Scientific Ethics

Rationale: 1. Addition of BME I0003 into curriculum to satisfy 3 credits of the requirements of “Biomedical Engineering Courses”

• New Course: Occasionally it is beneficial for graduate students to undertake a course of study on topics that are not offered as a formal course at CCNY or the Graduate Center. This may involve independent study and/or attending lectures or seminars at other academic institutions, in person or online. The independent study is supervised and performance is evaluated by a faculty in the department, who provides a grade at the end of the semester. This course number is a mechanism for the BME Department to give credit to this type of academic study. We currently use the ENGR G0000 independent study course for this, but would like to have a BME course number for this to better reflect the choice of topic in BME.

2. Changing BME I0000 to no longer be repeatable for credit • Recent curricular changes have decreased the course credit requirements from 48 to 36. Along with this decrease, the

Department of Biomedical Engineering would like to make BME I0000 (1 credit) no longer to be repeatable up to three times. All Ph.D. students are required to attend the BME seminar for their entire duration of study (regardless whether they are registered for the course), but they need to register at least once.

3. Addition of ENGR I7500 (Poroelasticity) into curriculum to satisfy 3 credits of the requirements of “Mathematics Courses” and satisfy 3 credits of Group 1 of the BME Core Course Requirements (Group 1 – Mathematics)

• This course is mathematical in nature and therefore satisfies our mathematics requirement.

AIII. 2 Program: BE in Civil Engineering Department: Civil Engineering Program Code: 02179, 29493, 29992, 80263, 60280 Effective: Spring 2022

FROM TO Math and Science Requirements (No change) Course Description Crs Course Description Crs Chem 10301 General Chemistry I 4 Chem 10301 General Chemistry I 4 Chem 10401 General Chemistry II 4 Chem 10401 General Chemistry II 4 CSc 10200 Introduction to Computing 3 CSc 10200 Introduction to Computing 3 Math 20100 Calculus I 4 Math 20100 Calculus I 4 Math 21200 Calculus II 4 Math 21200 Calculus II 4 Math 21300 Calculus III 4 Math 21300 Calculus III 4 Math 39100 Methods of Differential Equations 3 Math 39100 Methods of Differential Equations 3 Math 34600 Elements of Linear Algebra 3 Math 34600 Elements of Linear Algebra 3 Phys 20700 General Physics I 4 Phys 20700 General Physics I 4 Phys 20800 General Physics II 4 Phys 20800 General Physics II 4 Science Elective (No change) Students must choose one science course from the list Students must choose one science course from the list Course Description Crs Course Description Crs EAS 32800 Global Environmental Hazards 3 EAS 32800 Global Environmental Hazards 3 Bio 10100 Biological Foundations I 4 Bio 10100 Biological Foundations I 4 Other By permission 3 Other By permission 3 Engineering Science Courses Choose one Engineering Elective course from the list Choose one Engineering Elective course from the list Course Description Crs Course Description Crs Engr 20400 Electrical Circuits 3 Engr 20400 Electrical Circuits 3 Engr 23000 Thermodynamics 3 Engr 23000 Thermodynamics 3 Engineering Requirements Course Description Crs Course Description Crs Engr 10100 (or CE 51001 or

Engineering Design I Independent Study

1 CE 10100 Introduction to Civil Engineering 1

CE 31000 for transfer students who transfer into the SOE with Math 20200)

Policy and Design

CE 20900 Structural and Site Plans 3 CE 20900 Structural and Site Plans 3 CE 23100 Statics 3 CE 23100 Statics 3 CE 26400 Civil Engineering Data Analysis 3 CE 26400 Civil Engineering Data Analysis 3 CE 31600 Civil Engr Decision & Systems Analysis 3 CE 31600 Civil Engr Decision & Systems Analysis 3 CE 32600 Transportation Planning 3 CE 32600 Transportation Planning 3 CE 32700 Transportation Systems Engineering 3 CE 32700 Transportation Systems Engineering 3 CE 33200 Mechanics of Deformable Bodies 4 CE 33200 Mechanics of Deformable Bodies 4 CE 31500 Computational Methods in CE 3 CE 31500 Computational Methods in CE 3 CE 34000 Structural Analysis 3 CE 34000 Structural Analysis 3 CE 34500 Soil Mechanics 3 CE 34500 Soil Mechanics 3 CE 35000 Fluid Mechanics 3 CE 35000 Fluid Mechanics 3 CE 36500 Hydraulic Engineering 3 CE 36500 Hydraulic Engineering 3 CE 37200 Environmental Impact Assessment 3 CE 37200 Environmental Impact Assessment 3 CE 40100 Review of Engineering Fundamentals 1 CE 40100 Review of Engineering Fundamentals 1 CE 40500 Civil Engineering Management 3 CE 40500 Civil Engineering Management 3 CE 43500 Dynamics of Civil Engineering Systems 3 CE 43500 Dynamics of Civil Engineering Systems 3 CE 44100 Reinforced Concrete 3 CE 44100 Reinforced Concrete 3 CE 47400 Environmental Engineering 3 CE 47400 Environmental Engineering 3 CE 50900 Senior Design Project 3 CE 50900 Senior Design Project 3 Specializations (No change) Crs Crs Students must select one area of specialization and complete two core courses and two elective courses from the same specialization

12

Students must select one area of specialization and complete two core courses and two elective courses from the same specialization

12

Specialization: Structural and Construction Engineering (Changed) Specialization Core Course Description Crs Course Description Crs CE 44000 Finite element Analysis of Structures 3 CE 44000 Finite Element Analysis of Structures 3 CE 44200 Structural Design 3 CE 44200 Structural Design 3 Specialization Electives Choose two courses from the list

Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 53000 Advanced Strength of Materials 3 CE 53000 Advanced Strength of Materials 3 CE 55500 Concrete Sustainability 3 CE 55500 Concrete Sustainability 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 CE 55000 Advanced Reinforced Concrete 3 CE 55000 Advanced Reinforced Concrete 3 CE 59000 Foundation Engineering 3 CE 59000 Foundation Engineering 3 CE 55600 Design of Wood Structures 3 ME 46100 Engineering Materials 3 ME 46100 Engineering Materials 3 Specialization: Transportation Engineering Specialization Core Course Description Crs Course Description Crs CE 52000 Traffic Engineering 3 CE 52000 Traffic Engineering 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 Specialization Electives Choose two courses from the list Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 52500 Geometric Design of Facilities 3 CE 52500 Geometric Design of Facilities 3 CE 52600 Rail System Design 3 CE 52600 Rail System Design 3 CE 54100 Highway and Airport Construction 3 CE 54100 Highway and Airport Construction 3 CE 54500 Urban Transportation 3 CE 54500 Urban Transportation 3 CE 54700 Urban Freight and City Logistics 3 CE 54700 Urban Freight and City Logistics 3 CE 54800 Transit Systems: Planning and Operations 3 CE 54800 Transit Systems: Planning and Operations 3 CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 59000 Foundation Engineering 3 CE 59000 Foundation Engineering 3 ENGR 59910 Introduction to GIS 3 ENGR 59910 Introduction to GIS 3 Specialization: Water Resources and Environmental Engineering (No change) Specialization Core Course Description Crs Course Description Crs CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 58300 Or CE 58400

Air Pollution and Control Solid Waste Management

3 CE 58300 Or CE 58400

Air Pollution and Control Solid Waste Management

3

Specialization Electives Choose two courses from the list

Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 45100 Environmental Water Resources 3 CE 45100 Environmental Water Resources 3 CE 48200 Water and Wastewater Treatment Design 3 CE 48200 Water and Wastewater Treatment Design 3 CE 57100 Water Quality Analysis 3 CE 57100 Water Quality Analysis 3 CE 58300 Air Pollution and Control 3 CE 58300 Air Pollution and Control 3 CE 58400 Solid Waste Management 3 CE 58400 Solid Waste Management 3 Engr 30100 Introduction to Satellite Remote Sensing and

Imaging 3 Engr 30100 Introduction to Satellite Remote Sensing and

Imaging 3

Engr 59910 Introduction to GIS 3 Engr 59910 Introduction to GIS 3 Chem 26100 Organic Chemistry I 3 Chem 26100 Organic Chemistry I 3 Specialization: Multidisciplinary (Changed) Specialization Core Choose four courses from the list Choose three courses from the list. Course Description Crs Course Description Crs CE 44000 Finite Element Analysis of Structures 3 CE 44000 Finite Element Analysis of Structures 3 CE 44200 Structural Design 3 CE 44200 Structural Design 3 CE 52000 Traffic Engineering 3 CE 52000 Traffic Engineering 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 58300 Or CE 58400

Air Pollution and Control Or Solid Waste Management

3 CE 58300 Or CE 58400

Air Pollution and Control Or Solid Waste Management

3

Specialization Electives Choose one CE or ENGR course from the approved Specialization Core or

Specialization Electives in the Structures, Transportation, or Water Resources and Environmental Engineering Specializations.

English Requirements (No change) Course Description Crs Course Description Crs Eng 11000 Freshman Composition 3 Eng 11000 Freshman Composition 3 Eng 21007 Writing for Engineers 3 Eng 21007 Writing for Engineers 3 General Education Liberal Art Electives (No change) Students must take six approved courses of which at least two Crs Students must take six approved courses of which at least two Crs

must be at the 2000 level or higher. The six courses must satisfy at least three of the four approved general education clusters: 1) Professional and Ethical Responsibilities cluster; 2) Communication Cluster; 3) Global and Societal Context Cluster; 4) Contemporary Issues Cluster

18 must be at the 2000 level or higher. The six courses must satisfy at least three of the four approved general education clusters: 1) Professional and Ethical Responsibilities cluster; 2) Communication Cluster; 3) Global and Societal Context Cluster; 4) Contemporary Issues Cluster

18

Total Credits for Major 136 or 137 Total Credits for Major 136 or 137

Summary of Proposed Undergraduate Program Changes

1. Add new course, CE 55600: Design of Wood Structures as a Structures Specialization Elective 2. Update Multidisciplinary Specialization to allow one elective from outside core.

Rationale: 1. Wood structures are growing in importance due to sustainability concerns. This new elective course will allow interested students to

learn about these structures and prepare them for relevant job opportunities. 2. Since addition of the Multidisciplinary option, many Multidisciplinary students have requested permission to take an elective course

relevant to their intended career path. As the field of civil engineering continues to broaden, there are many job opportunities that could benefit from Multidisciplinary preparation. This change will provide flexibility to Multidisciplinary students to better tailor their program to their area of interest.

AIII. 3 The following is the revised curriculum for the Computer Science Program leading to the BS Degree. Program: Computer Science – School of Engineering (CSC) Program Codes: 02135, 60106 Effective: Spring 2022

From To Course Number Name Crs Course Number Name Crs General Requirements Engl 11000 Freshman Composition 3 Engl 11000 Freshman Composition 3 Speech 11100 Foundations of Speech Communications [1,2] 3 Speech 11100 Foundations of Speech Communications [1,2] 3 Engl 21007 Writing for Engineering [2] 3 Engl 21007 Writing for Engineering [2] 3 LA 100-level Liberal Arts – 100 level [3] 3 LA 100-level Liberal Arts – 100 level [3] 3 LA 100-level Liberal Arts – 100 level [3] 3 LA 100-level Liberal Arts – 100 level [3] 3 LA 200-level Liberal Arts – 200 level [3] 3 LA 200-level Liberal Arts – 200 level [3] 3 LA 200-level Liberal Arts – 200 level [3] 3 LA 200-level Liberal Arts – 200 level [3] 3 Economics (Select One) [2] Economics (Select One) Engr 27600 Engineering Economics

3 Engr 27600 Engineering Economics

3 Eco 10400 Introduction to Quantitative Economics Eco 10400 Introduction to Quantitative Economics Total General Requirements 24 Total General Requirements 24 Math and Science Requirements Course Number Name Crs Course Number Name Crs Math 20100 Calculus I 4 Math 20100 Calculus I 4 Math 21200 Calculus II 4 Math 21200 Calculus II 4 Math 21300 Calculus III 4 Math 21300 Calculus III 4 Math 34600 Elements of Linear Algebra 3 Math 34600 Elements of Linear Algebra 3 Science Elective [4] 4 Science Elective [4] 4 Science Elective [4] 4 Science Elective [4] 4 Science Elective [4] 4 Science Elective [4] 4 Total Math and Science Requirement 27 Total Math and Science Requirement 27 Program Core Requirements Core Course Description Crs Course Description Crs CSc 10300 Introduction to Computing for Majors 3 CSc 10300 Introduction to Computing for Majors 3 CSc 10400 Discrete Math Structures 4 CSc 10400 Discrete Math Structures 4

CSc 113xx Programming Language 1 CSc 113xx Programming Language 1 CSc 21100 Fundamentals of Computer Systems 3 CSc 21100 Fundamentals of Computer Systems 3 CSc 21200 Data Structures 3 CSc 21200 Data Structures 3

CSc 21700 Probability and Statistics for Computer Science 3 CSc 21700 Probability and Statistics for Computer

Science 3

CSc 22000 Algorithms 3 CSc 22000 Algorithms 3 CSc 22100 Software Design Lab 3 CSc 22100 Software Design Lab 3 CSc 30100 Numerical Issues in Scientific Programming. 3 CSc 30100 Numerical Issues in Scientific Programming. 3 CSc 30400 Theoretical Computer Science 3 CSc 30400 Theoretical Computer Science 3 CSc 32200 Software Engineering 3 CSc 32200 Software Engineering 3 CSc 33200 Operating Systems 4 CSc 33200 Operating Systems 4 CSc 33500 Programming Language Paradigms 3 CSc 33500 Programming Language Paradigms 3 CSc 33600 Introduction to Database Systems 3 CSc 33600 Introduction to Database Systems 3 CSc 34200 Computer Organization 3 CSc 34200 Computer Organization 3 CSc 34300 Computer Organization Lab 1 CSc 34300 Computer Organization Lab 1 Total Program Core Requirements 46 Total Program Core Requirements 46

Computer Science Electives A -- Theory and Application Elective (Select One or Two) [5] A -- Theory and Application Elective (Select One or Two)) [5] CSc 42200 Computability 3 CSc 42200 Computability 3 CSc 42300 Introduction to Distributed Algorithms 3 CSc 42800 Formal Languages and Automata 3 CSc 42800 Formal Languages and Automata 3 CSc 44800 Artificial Intelligence 3 CSc 44800 Artificial Intelligence 3 CSc 45000 Combinatorics and Graph Theory 3 CSc 45000 Combinatorics and Graph Theory 3 CSc 48000 Computer Security 3 CSc 48000 Computer Security 3 CSc 48600 Computational Complexity 3 CSc 48600 Computational Complexity 3 B – Computational Techniques for Science and Engineering Elective (Select One or Two) [5]

B – Computational Techniques for Science and Engineering Elective (Select One or Two) [5]

CSc 44000 Computational Methods 3 CSc 44000 Computational Methods 3 CSc 44200 Systems Simulation 3 CSc 44200 Systems Simulation 3 CSc 44600 Math Optimization Techniques 3 CSc 44600 Math Optimization Techniques 3 CSc 44700 Introduction to Machine Learning 3 CSc 46000 Introduction to Data Science 3 CSc 47000 Image Processing 3 CSc 47000 Image Processing 3 CSc 47100 Computer Vision 3 CSc 47100 Computer Vision 3 CSc 47200 Computer Graphics 3 CSc 47200 Computer Graphics 3

CSc 47400 Visualization 3 CSC 47900 Digital Libraries 3 CSC 47900 Digital Libraries 3 C –Computer Systems Elective (Select One or Two) [5] C –Computer Systems Elective (Select One or Two) [5] CSc 31800 Internet Programming 3 CSc 31800 Internet Programming 3 CSc 41200 Computer Networks 3 CSc 41200 Computer Networks 3 CSc 42000 Compiler Construction 3 CSc 42000 Compiler Construction 3 CSc 43000 Distributed Computing 3 CSc 43000 Distributed Computing 3 CSc 43500 Concurrence in Operating Systems 3 CSc 43500 Concurrence in Operating Systems 3 CSc 43800 Real-Time Computing Systems 3 CSc 43800 Real-Time Computing Systems 3 CSc 45700 Topics in Modern Software Engineering 3 CSc 47300 Website Design 3 CSc 47300 Website Design 3 Total Computer Science Electives 12 Total Computer Science Electives 12

Other Electives [6,7] Free Elective 3 Free Elective 3 Free Elective 3 Free Elective 3 Technical Elective 3 Technical Elective 3 Technical Elective 3 Technical Elective 3 Total Other Electives 12 Total Other Electives 12

Senior Design Project CSc 59866 Senior Design I 3 Technical Elective 3 CSc 59867 Senior Design II 3 Technical Elective 3 Total Senior Design Project 6 Total Senior Design Project 6 Total General Requirements 24 Total General Requirements 24 Total Math and Science Requirements 27 Total Curriculum Requirements 27 Total Program Core Requirements 46 Total Program Core Requirements 46

Total Computer Science Electives 12 Total Computer Science Electives 12 Total Other Electives 12 Total Other Electives 12 Total Senior Design Project 6 Total Senior Design Project 6

Total Program Credits 127 Total Program Credits 127

Notes: [1] Students who are exempted from Speech 11100 must take another speech course in its place. [2] ENGL 21007 (Writing for Engineering), Speech 11100 (Foundation of Speech Communications) and ENGR 27600 (Engineering Economics) or Econ 10400 (Economics) are required courses in the Computer Science curriculum instead of General Education requirements. [3] Students must take four approved courses, of which at least two must have course numbers of 20000 or higher. All courses should satisfy Flexible Core (Pathways) liberal arts requirements in the Creative Expression (CE), World Cultures & Global Issues (WCGI), Individual & Society (IS), and U.S. Experience (US) areas. Prior courses in these four areas from other colleges can satisfy the electives. See ccny.cuny.edu/engineering/pathways for details and the Pathways course lists. A prior degree may remove the requirement of all four courses. [4] Students are required to take at least 12 credits of science. These credits must include one of the following sequences: (a) Bio 10100 & 10200 (8 cr.), (b) Chem 10301 & 10401 (8 cr.), or (c) Phys 20700 & 20800 (8cr.). In addition, students need to take at least one more course in Biology, Chemistry or Physics at a level not lower than the required in Biology, Chemistry or Physics. [5] Students are required to take one course in each of three elective groups (A – C) and then one additional course in one of the three groups. [6] CSc 10000 can be used as a Free Elective only if it is taken before CSc 10300. CSc 31700 (The Internet) counts only as a free elective. [7] Co-op Option: CSc majors can apply to take part in a ‘junior engineering apprenticeship,’ where they can earn up to 9 academic credits to be used towards their Free and/or Technical Electives. Rationale: These changes add additional choices for the Computer Science Electives. The topics of these course are from relatively new areas of computer science. These courses are

CSc 42300 – Introduction to Distributed Algorithms CSc 44700 – Introduction to Machine Learning CSc 46000 – Introduction to Data Science CSc 47400 – Visualization CSc 45700 – Topics in Modern Software Engineering

The addition of these courses will better prepare students for the areas in which career opportunities in computer science are growing most rapidly. The proposed changes do not increase credits in the total count of credits for graduation with CSc major.

AIII. 4 Program: BE Civil Engineering Department: Civil Engineering Program Code: 02179/60280 Effective: Spring 2020

Summary of Proposed Undergraduate Program Changes

1. This item was submitted initially in Nov. 2019 report, but was unpublished. It’s being resubmitted now. 2. Update course number from CE 33500 to CE 31500. 3. Update Math course numbers for Math 202 and Math 203 and replace Math 392 with Math 346.

FROM TO Math and Science Requirements (Changed) Course Description Crs Course Description Crs Chem 10301 General Chemistry I 4 Chem 10301 General Chemistry I 4 Chem 10401 General Chemistry II 4 Chem 10401 General Chemistry II 4 CSc 10200 Introduction to Computing 3 CSc 10200 Introduction to Computing 3 Math 20100 Calculus I 4 Math 20100 Calculus I 4 Math 20200 Calculus II 4 Math 21200 Calculus II 4 Math 20300 Calculus III 4 Math 21300 Calculus III 4 Math 39100 Methods of Differential Equations 3 Math 39100 Methods of Differential Equations 3 Math 39200 Linear Algebra and Vector Analysis for

Engineers 3 Math 34600 Elements of Linear Algebra 3

Phys 20700 General Physics I 4 Phys 20700 General Physics I 4 Phys 20800 General Physics II 4 Phys 20800 General Physics II 4 Science Elective (No change) Students must choose one science course from the list Students must choose one science course from the list Course Description Crs Course Description Crs EAS 32800 Global Environmental Hazards 3 EAS 32800 Global Environmental Hazards 3 Bio 10100 Biological Foundations I 4 Bio 10100 Biological Foundations I 4 Other By permission 3 Other By permission 3

Engineering Science Courses (No change) Choose one Engineering Elective course from the list Choose one Engineering Elective course from the list Course Description Crs Course Description Crs Engr 20400 Electrical Circuits 3 Engr 20400 Electrical Circuits 3 Engr 23000 Thermodynamics 3 Engr 23000 Thermodynamics 3 Engineering Requirements (Changed) Course Description Crs Course Description Crs Engr 10100 (or CE 51001 or CE 31000 for transfer students who transfer into the SOE with Math 20200)

Engineering Design I Independent Study Policy and Design

1 Engr 10100 (or CE 51001 or CE 31000 for transfer students who transfer into the SOE with Math 21200)

Engineering Design I Independent Study Policy and Design

1

CE 20900 Structural and Site Plans 3 CE 20900 Structural and Site Plans 3 CE 23100 Statics 3 CE 23100 Statics 3 CE 26400 Civil Engineering Data Analysis 3 CE 26400 Civil Engineering Data Analysis 3 CE 31600 Civil Engr Decision & Systems Analysis 3 CE 31600 Civil Engr Decision & Systems Analysis 3 CE 32600 Transportation Planning 3 CE 32600 Transportation Planning 3 CE 32700 Transportation Systems Engineering 3 CE 32700 Transportation Systems Engineering 3 CE 33200 Mechanics of Deformable Bodies 4 CE 33200 Mechanics of Deformable Bodies 4 CE 33500 Computational Methods in CE 3 CE 31500 Computational Methods in CE 3 CE 34000 Structural Analysis 3 CE 34000 Structural Analysis 3 CE 34500 Soil Mechanics 3 CE 34500 Soil Mechanics 3 CE 35000 Fluid Mechanics 3 CE 35000 Fluid Mechanics 3 CE 36500 Hydraulic Engineering 3 CE 36500 Hydraulic Engineering 3 CE 37200 Environmental Impact Assessment 3 CE 37200 Environmental Impact Assessment 3 CE 40100 Review of Engineering Fundamentals 1 CE 40100 Review of Engineering Fundamentals 1 CE 40500 Civil Engineering Management 3 CE 40500 Civil Engineering Management 3 CE 43500 Dynamics of Civil Engineering Systems 3 CE 43500 Dynamics of Civil Engineering Systems 3 CE 44100 Reinforced Concrete 3 CE 44100 Reinforced Concrete 3 CE 47400 Environmental Engineering 3 CE 47400 Environmental Engineering 3 CE 50900 Senior Design Project 3 CE 50900 Senior Design Project 3

Specializations (No change) Crs Crs Students must select one area of specialization and complete two core courses and two elective courses from the same specialization

12

Students must select one area of specialization and complete two core courses and two elective courses from the same specialization

12

Specialization: Structural and Construction Engineering (No change) Specialization Core Course Description Crs Course Description Crs CE 44000 Finite element Analysis of Structures 3 CE 44000 Finite Element Analysis of Structures 3 CE 44200 Structural Design 3 CE 44200 Structural Design 3 Specialization Electives Choose two courses from the list Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 53000 Advanced Strength of Materials 3 CE 53000 Advanced Strength of Materials 3 CE 55500 Concrete Sustainability 3 CE 55500 Concrete Sustainability 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 CE 55000 Advanced Reinforced Concrete 3 CE 55000 Advanced Reinforced Concrete 3 CE 59000 Foundation Engineering 3 CE 59000 Foundation Engineering 3 ME 46100 Engineering Materials 3 ME 46100 Engineering Materials 3 Specialization: Transportation Engineering (No change) Specialization Core Course Description Crs Course Description Crs CE 52000 Traffic Engineering 3 CE 52000 Traffic Engineering 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 Specialization Electives Choose two courses from the list Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 50500 Construction Project Management 3 CE 50500 Construction Project Management 3 CE 52500 Geometric Design of Facilities 3 CE 52500 Geometric Design of Facilities 3 CE 52600 Rail System Design 3 CE 52600 Rail System Design 3 CE 54100 Highway and Airport Construction 3 CE 54100 Highway and Airport Construction 3 CE 54500 Urban Transportation 3 CE 54500 Urban Transportation 3 CE 54700 Urban Freight and City Logistics 3 CE 54700 Urban Freight and City Logistics 3 CE 54800 Transit Systems: Planning and Operations 3 CE 54800 Transit Systems: Planning and Operations 3

CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 59000 Foundation Engineering 3 CE 59000 Foundation Engineering 3 ENGR 59910 Introduction to GIS 3 ENGR 59910 Introduction to GIS 3 Specialization: Water Resources and Environmental Engineering (No change) Specialization Core Course Description Crs Course Description Crs CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 58300 Or CE 58400

Air Pollution and Control Solid Waste Management

3 CE 58300 Or CE 58400

Air Pollution and Control Solid Waste Management

3

Specialization Electives Choose two courses from the list Course Description Crs Course Description Crs CE 51003 Independent Study 3 CE 51003 Independent Study 3 CE 45100 Environmental Water Resources 3 CE 45100 Environmental Water Resources 3 CE 48200 Water and Wastewater Treatment Design 3 CE 48200 Water and Wastewater Treatment Design 3 CE 57100 Water Quality Analysis 3 CE 57100 Water Quality Analysis 3 CE 58300 Air Pollution and Control 3 CE 58300 Air Pollution and Control 3 CE 58400 Solid Waste Management 3 CE 58400 Solid Waste Management 3 Engr 30100 Introduction to Satellite Remote Sensing and

Imaging 3 Engr 30100 Introduction to Satellite Remote Sensing and

Imaging 3

Engr 59910 Introduction to GIS 3 Engr 59910 Introduction to GIS 3 Chem 26100 Organic Chemistry I 3 Chem 26100 Organic Chemistry I 3 Specialization: Multidisciplinary (No change) Specialization Core Choose four courses from the list Course Description Crs Course Description Crs CE 44000 Finite Element Analysis of Structures 3 CE 44000 Finite Element Analysis of Structures 3 CE 44200 Structural Design 3 CE 44200 Structural Design 3 CE 52000 Traffic Engineering 3 CE 52000 Traffic Engineering 3 CE 54000 Highway Engineering 3 CE 54000 Highway Engineering 3 CE 56600 Engineering Hydrology 3 CE 56600 Engineering Hydrology 3 CE 58300 Or CE 58400

Air Pollution and Control Or Solid Waste Management

3 CE 58300 Or CE 58400

Air Pollution and Control Or Solid Waste Management

3

English Requirements (No change) Course Description Crs Course Description Crs

Eng 11000 Freshman Composition 3 Eng 11000 Freshman Composition 3 Eng 21007 Writing for Engineers 3 Eng 21007 Writing for Engineers 3 General Education Liberal Art Electives (No change) Students must take six approved courses of which at least two must be at the 2000 level or higher. The six courses must satisfy at least three of the four approved general education clusters: 1) Professional and Ethical Responsibilities cluster; 2) Communication Cluster; 3) Global and Societal Context Cluster; 4) Contemporary Issues Cluster

Crs Students must take six approved courses of which at least two must be at the 2000 level or higher. The six courses must satisfy at least three of the four approved general education clusters: 1) Professional and Ethical Responsibilities cluster; 2) Communication Cluster; 3) Global and Societal Context Cluster; 4) Contemporary Issues Cluster

Crs 18 18

Total Credits for Major 136 or 137

Total Credits for Major 136 or 137

Rationale: 3. Course prerequisite was updated to enable students to take course earlier in the curriculum. Number is being updated to reflect this

change. 4. Math department changed their numbering and eliminated Math 39200.

AIII. 5 CHANGE IN COURSE REQUIREMENTS FOR BE IN MECHANICAL ENGINEERING

Program: BE in Mechanical Engineering Department: Mechanical Engineering Program Code: 02184/60283 Effective: Spring 2020

1. This item was submitted initially in Nov. 2019 report, but was unpublished. It’s being resubmitted now.

Math and Science Required Courses From To Course Number Name Crs Course Number Name Crs Chem 10301 General Chemistry I * 4 Chem 10301 General Chemistry I * 4 Math 20100 Calculus I * 3 Math 20100 Calculus I * 4 Math 20200 Calculus II * 3 Math 21200 Calculus II * 4 Math 20300 Calculus III * 4 Math 21300 Calculus III * 4 Math 39100 Methods of Differential Equations * 3 Math 39100 Methods of Differential Equations * 3 Math 39200 Linear Algebra & Vector Analysis for Engrs 3 Math 39200 Linear Algebra & Vector Analysis for Engrs 3 Phys 20700 General Physics I * 4 Phys 20700 General Physics I * 4 Phys 20800 General Physics II * 4 Phys 20800 General Physics II * 4 * Minimum grade of “C” required. * Minimum grade of “C” required. Science Electives From To Select two of the following courses Select one of the following courses Course Number Name Crs Course Number Name Crs Bio 10100 Biological Foundations 1* 4 Bio 10100 Biological Foundations 1 * 4 Bio 32100 Intro to Human Physiology &

Biophysics * 4 Bio 32100 Intro to Human Physiology & Biophysics * 4

Chem 10401 General Chemistry II * 4 Chem 10401 General Chemistry II * 4 Chem 26100 Organic Chemistry I * 3 Chem 26100 Organic Chemistry I * 3 Chem 33000 Physical Chemistry I * 3 Chem 33000 Physical Chemistry I * 3 EAS 10600 Earth Systems Science * 3 EAS 10600 Earth Systems Science 3

EAS 21700 ESS: Physical and Chemical Principles * 3 EAS 21700 ESS: Physical and Chemical Principles * 3 Phys 31500 Medical Physics * 3 Phys 31500 Medical Physics * 3 Phys 32100 Modern Physics for Engineers * 3 Phys 32100 Modern Physics for Engineers * 3 Phys 42200 Biophysics * 3 Phys 42200 Biophysics * 3 Phys 42300 Biophysics in Applications * 3 Phys 42300 Biophysics in Applications * 3 Phys 45400 Descriptive Astronomy * 3 Phys 45400 Descriptive Astronomy * 3 * Minimum grade of “C” required. * Minimum grade of “C” required.

Total Math and Science Credits 34 Total Math and Science Credits 33 English and Liberal Arts (General Education) Requirements From To Course Number Name Crs Course Number Name Crs ENGL 11000 Freshman Composition 3 ENGL 11000 Freshman Composition 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 10000 level 3 Liberal Arts – 20000 level 3 Liberal Arts – 20000 level 3 Liberal Arts – 20000 level 3 Liberal Arts – 20000 level 3

Total English and Liberal Arts (General Education) Credits: 21 Total English and Liberal Arts (General Education) Credits: 21

Engineering Requirements – Required Courses From To Course Number Name Crs Course

Number Name Crs

Engr 10000 New Freshman Seminar 0 Engr 10000 New Freshman Seminar 0 Engr 10100 Engineering Design I * 1 Engr 10100 Engineering Design I * 1 Engr 20400 Electrical Circuits 3 Engr 20400 Electrical Circuits 3 Engr 23000 Thermodynamics 3 Engr 23000 Thermodynamics 3 ME 14500 Computer-Aided Drafting 2 ME 14500 Computer-Aided Drafting 2 ME 24600 Engineering Mechanics I ** 3 ME 24600 Engineering Mechanics I ** 3 ME 24700 Engineering Mechanics II 3 ME 24700 Engineering Mechanics II 3 ME 31100 Fundamentals of Mechatronics 3 ME 31100 Fundamentals of Mechatronics 3 ME 32200 Computer Methods in Engineering 3 ME 32200 Computer Methods in Engineering 3 ME 33000 Mechanics of Materials 3 ME 33000 Mechanics of Materials 3 ME 35600 Fluid Mechanics 3 ME 35600 Fluid Mechanics 3 ME 37100 Computer-Aided Design 3 ME 37100 Computer-Aided Design 3 ME 41100 Systems Modeling, Analysis and Control 4 ME 41100 Systems Modeling, Analysis and Control 4 ME 43000 Thermal Systems Analysis and Design 3 ME 43000 Thermal Systems Analysis and Design 3 ME 43300 Heat Transfer 3 ME 43300 Heat Transfer 3 ME 43600 Aero-Thermal-Fluids Laboratory 1 ME 43600 Aero-Thermal-Fluids Laboratory 1 ME 46100 Engineering Materials 4 ME 46100 Engineering Materials 4 ME 46200 Manufacturing Processes and Materials 3 ME 46200 Manufacturing Processes and Materials 3 ME 47200 Mechanical Systems Design 3 ME 47200 Mechanical Systems Design 3 ME 47300-47400 Senior Design Project I & II 6 ME 47300-47400 Senior Design Project I & II 6 ENGL 21007 Writing for Engineering 3 ENGL 21007 Writing for Engineering 3 * New transfer students who have successfully completed Calculus II (Math 20200 or 20202) should not take Engr 10100. They are required to complete an additional ME elective course of at least one credit

* New transfer students who have successfully completed Calculus II (Math 20200 or 20202) should not take Engr 10100. They are required to complete an additional ME elective course of at least one credit

** Minimum grade of “C” required. ** Minimum grade of “C” required. Total Required Engineering Credits 60 Total Required Engineering Credits 60

ME Electives From To Choose two additional courses from the Design Electives list or the following (6 cr):

Course Number Name Crs ME 40100 Review of Engineering Fundamentals 1

Design Electives From To Choose three of the following courses (9 cr): Course Number Name Crs ME 54100 Advanced Stress Analysis 3 ME 46600 Dynamics & Controls of Aerospace Vehicles 3 ME 46800 Aircraft and Rocket Propulsion 3 ME 46900 Spacecraft Systems and Spacecraft Design 3 ME 47100 Energy Systems Design 3 ME 51100 Advanced Mechatronics 3 ME 51400 Rotorcraft Aerodynamics 3 ME 51500 Orbital Mechanics 3 ME 53700 Turbomachinery Design 3 ME 53800 Automotive Safety Design and Injury Biomechanics 3 ME 53900 Vehicular Power Systems 3 ME 54200 Introduction to the Theory and Practice of Vibration 3 ME 54600 Robotics and Automation 3 ME 54700 Environmental Control 3 ME 54800 Aerostructures 3 ME 55500 Structural Dynamics and Aeroelasticity 3 ME 55600 Advanced Fluid Mechanics 3 ME 57100 Mechanism Design 3 ME 57200 Aerodynamic Design 3 ENGR 55500 Thermal Hydraulics 3 ENGR 55600 Nuclear Reactor Design, Operation and Safety 3

ME 52600 Introduction to Finite Element Method 3 ME 53600 Sustainable Energy Conversion Systems 3 ME 56700 Special Topics in Aerospace Engineering 3 ME 56800 Special Projects in Aerospace Engineering 3 59001-59003, 59101-59103

Special Projects** 1-3

ME 59500 Teaching/Research Experiences for Undergraduates 3 59803-59806, 59903-59906

Special Topics in Mechanical Engineering** 3-6

ME 59901 Product Development, Management, and Marketing 3 ENGR 55400 Reactor Physics and Engineering 3 PHYS 32100 Modern Physics for Engineers 3 ME 56300 Micro/Nanotechnology 3 BME 50100 Cell and Tissue Mechanics 3 BME 50200 Cell and Tissue Transport 3 BME 50300 Cell and Tissue Biomaterial Interactions 3 CSC 10200 Introduction to Computing *** CSC 10300 Introduction to Computing for Majors ** *** ** Departmental approval required. *** Select either CSC 10200 or CSC 10300 but not both

Total Elective Credits 15 Technical Electives From To Choose five of the following courses (15 cr): Course Number Name Crs ME 54100 Advanced Stress Analysis 3 ME 46600 Dynamics & Controls of Aerospace Vehicles 3 ME 46800 Aircraft and Rocket Propulsion 3 ME 46900 Spacecraft Systems and Spacecraft Design 3 ME 47100 Energy Systems Design 3

ME 51100 Advanced Mechatronics 3 ME 51400 Rotorcraft Aerodynamics 3 ME 51500 Orbital Mechanics 3 ME 53700 Turbomachinery Design 3 ME 53800 Automotive Safety Design and Injury Biomechanics 3 ME 53900 Vehicular Power Systems 3 ME 54200 Introduction to the Theory and Practice of Vibration 3 ME 54600 Robotics and Automation 3 ME 54700 Environmental Control 3 ME 54800 Aerostructures 3 ME 55500 Structural Dynamics and Aeroelasticity 3 ME 55600 Advanced Fluid Mechanics 3 ME 57100 Mechanism Design 3 ME 57200 Aerodynamic Design 3 ENGR 55500 Thermal Hydraulics 3 ENGR 55600 Nuclear Reactor Design, Operation and Safety 3 ME 40100 Review of Engineering Fundamentals 1 ME 52600 Introduction to Finite Element Method 3 ME 53600 Sustainable Energy Conversion Systems 3 ME 56700 Special Topics in Aerospace Engineering 3 ME 56800 Special Projects in Aerospace Engineering 3 59001-59003,

59101-59103 Special Projects** 1-3

ME 59500 Teaching/Research Experiences for Undergraduates 3 59803-59806,

59903-59906 Special Topics in Mechanical Engineering** 3-6

ME 59901 Product Development, Management, and Marketing 3 ENGR 55400 Reactor Physics and Engineering 3 PHYS 32100 Modern Physics for Engineers * 3 ME 56300 Micro/Nanotechnology 3 CSC 10200 Introduction to Computing *** 3 CSC 10300 Introduction to Computing for Majors ** *** 3

Total Credits for Major 130 Total Credits for Major 129

Rationale:

1. Increase in number of credits for Math 20100 & 21200 (formerly 20200) from 3 to 4

2. Proposal to combine Second Science Elective (3 or 4 credits), Design Electives (9 credits) and ME Electives (6 credits ) to create a single Technical Elective (15 or 16 credits):

This would simplify the curriculum and eliminate 3 or 4 credits, more than offsetting item #1 above. This proposal does not change the existing 1st Science elective. However, there are two sets of changes between the old electives lists and the new combined Technical Elective list:

a) BME 50100, 50200 & 50300 should be dropped entirely from the existing ME Elective list. These are carryovers from a previous curriculum and of uncertain relevance to ME.

b) Bio 10100, Chem 10401 and EAS 10600 should also be dropped from the newly combined Technical elective list, but retained in the existing 1st Science elective list. They are lower-level courses, which should not be taken in the Senior Year, when the Technical Elective will appear in the curriculum flow chart.

3. Proposal to make ENGR 23000 (Thermodynamics) pre- or co-requisite for ME 35600 (Fluid Mechanics).

This change would introduce students to concepts of control volume and conservation laws before they are used in Fluid Mechanics.

Bio 32100 Intro to Human Physiology & Biophysics * 4 Chem 26100 Organic Chemistry I * 3 Chem 33000 Physical Chemistry I * 3 EAS 21700 ESS: Physical and Chemical Principles * 3 Phys 31500 Medical Physics * 3 Phys 32100 Modern Physics for Engineers * 3 Phys 42200 Biophysics * 3 Phys 42300 Biophysics in Applications * 3 Phys 45400 Descriptive Astronomy * 3 * Minimum grade of “C” required.

** Departmental approval required. *** Select either CSC 10200 or CSC 10300 but not both

Total Elective Credits 15

AIII. 6 CHANGE IN COURSE REQUIREMENTS for BS IN COMPUTER SCIENCE

Program: BS in Computer Science Department: Computer Science Program Code: 02135/60106 Effective: Spring 2020

1. This item was submitted initially in Nov. 2019 report, but was unpublished. It’s being resubmitted now.

From To Course Number Name Crs Course

Number Name Crs

Requirements for the Concentration Requirements for the Concentration ENGL 11000 Freshman Composition 3 ENGL 11000 Freshman Composition 3 SPCH 11100 Foundations of Speech Communication 3 SPCH 11100 Foundations of Speech Communication 3 Liberal Arts 3 Liberal Arts 3 MATH 20100 Calculus I 4 MATH 20100 Calculus I 4 MATH 20200 Calculus II 4 MATH 20200 Calculus II 4 CSC 10300 Introduction to Computing for

Computer Science and Computer Engineering majors

3 CSC 10300 Introduction to Computing for Computer Science and Computer Engineering majors

3

CSC 10400 Discrete Mathematical Structures 4 CSC 10400 Discrete Mathematical Structures 4 Engl 21007 Writing for Engineers 3 Engl 21007 Writing for Engineers 3 CSC 21100 Fundamentals of Computer Systems 3 CSC 21100 Fundamentals of Computer Systems 3 CSC 21200 Data Structures 3 CSC 21200 Data Structures 3 CSC 21700 Introduction to Simulation Science 3 CSC 21700 Introduction to Simulation Science 3 Liberal Arts 3 Liberal Arts 3 MATH 34600 Elements of Linear Algebra 3 MATH 34600 Elements of Linear Algebra 3 CSC 22000 Algorithms 3 CSC 22000 Algorithms 3

CSC 22100 Software Design Laboratory 3 CSC 22100 Software Design Laboratory 3 CSC 11300 Programming Languages 1 CSC 11300 Programming Languages 1 CSC 30000 Mathematics for Computer Science 3 CSC 30000 Mathematics for Computer Science 3 CSC 30400 Introduction to Theoretical Computer

Science 3 CSC 30400 Introduction to Theoretical Computer

Science 3

CSC 30100 Numerical Issues in Scientific Programming

3 CSC 30100 Numerical Issues in Scientific Programming

3

CSC 33500 Programming Language Paradigms 3 CSC 33500 Programming Language Paradigms 3 CSC 32200 Software Engineering 3 CSC 32200 Software Engineering 3 CSC 33600 Introduction to Database Systems 3 CSC 33600 Introduction to Database Systems 3 CSC 33200 Operating Systems 4 CSC 33200 Operating Systems 4 CSC 34200 Computer Organization 3 CSC 34200 Computer Organization 3 CSC 34300 Computer Systems Design Laboratory 1 CSC 34300 Computer Systems Design Laboratory 1 ENGR 27600 ECO 10400

Engineering Economics Introduction to Quantitative economics

3 ENGR 27600 ECO 10400

Engineering Economics Introduction to Quantitative economics

3

Liberal Arts (20000 or higher) 3 Liberal Arts (20000 or higher) 3 CSC 59866 Senior Design Project I 3 CSC 59866 Senior Design Project I 3 Liberal Arts (20000 or higher) 3 Liberal Arts (20000 or higher) 3 CSC 59867 Senior Design Project II 3 CSC 59867 Senior Design Project II 3 Sub-total 90 Sub-total 90 Electives Electives Theory & Application category 3 Theory & Application category 3 Computational Tech category 3 Computational Tech category 3 Computer systems category 3 Computer systems category 3 Additional one course in the above 3

categories 3 Additional one course in the above 3

categories 3

Science Electives 4 Science Electives 4 Science Electives 4 Science Electives 4 Science Electives 4 Science Electives 4 Technical Elective 3 Technical Elective 3 Technical Elective 3 Technical Elective 3 Free Elective 3 Free Elective 3 Free Elective 3 Free Elective 3 Co-op option* CSC 59001 Co-op Study independent study I 3 CSC 59001 Co-op Study independent study I 3 CSC 59002 Co-op Study independent study II 3 CSC 59002 Co-op Study independent study II 3 CSC 59003 Co-op Study independent study III 3 CSC 59003 Co-op Study independent study III 3 CSC 59004 Co-op Preparation 0 Sub-total

36 Sub-total *Students can take all three or a subset of these co-op courses, the completed co-op courses are counted as fulfilling area requirements technical electives free electives to make the total of electives 36 credits.

36

Total credits 126 Total credits 126 Rational: This 0-credit course is for the Computer Science majors who are approved for the Coop study option. The course objective is to make students quickly adapted to the use of a typical set of techniques that would help to accelerate the development and deployment of today’s Web-oriented applications. The course covers a collection of techniques often required for industry workers. The course is formed as crash sessions compiled with online lectures and associated practice and exercise kits. The total credits of the CS program remain the same.

AIII. 7 Program: B.E. in Electrical Engineering Department: Electrical Engineering

Program Code: 02182/60281 Effective: Spring 2020 Summary of Proposed Revisions:

1. This item was submitted initially in Nov. 2019 report, but was unpublished. It’s being resubmitted now. 2. Change the required Calculus I and II sequence (MATH 20100 and 20200) to reflect the new 4-credit format of those two courses

(MATH 20100 and 21200 ) at the Math department 3. Change the required Calculus III (MATH 20300) to reflect course number change (MATH 21300). 4. Change the required Linear Algebra & Vector MATH 39200 To Elements of Linear Algebra MATH 34600 5. Change pre- and co-requisites for those EE courses affected by the changes of the Calculus I, II, III and Linear Algebra: ENGR 20400,

EE21000, EE31100, EE33000, EE25900, and EE37100 Approved by the Electrical Engineering Curriculum Committee on March 15, 2019 Approved by the Electrical Engineering faculty on April 9, 2019 Approved by the Grove School of Engineering Undergraduate Curriculum Committee on April 25, 2019 Approved by the Grove School of Engineering Faculty on May 9, 2019

Required Courses CHEM 10301: General Chemistry* 4 CSC 10200: Introduction to Computing 3 MATH 20100: Calculus I* 3 MATH 20200: Calculus II* 3 MATH 20300: Calculus III* 4 MATH 39100: Methods of Differential Equations* 3 MATH 39200: Linear Algebra and Vector Analysis for Engineers*

3

PHYS 20700-20800: General Physics* 8 PHYS 32300: Quantum Mechanics for Engineers 3

* Minimum grade of "C" required. Total Math and Science Credits 34

English and Liberal Arts (General Education) Requirements Required Courses ENGL 11000: Freshmen Composition 3

Liberal Arts Electives Refer to the Grove School of Engineering section for details.

15

Total English and Liberal Arts (General Education) Credits

18

Engineering Requirements Required Courses ENGL 21007: Writing for Engineers 3 ENGR 10100: Engineering Design 1 1 ENGR 10300: Computer-Aided Analysis Tools for Engineers

2

ENGR 20400: Electrical Circuits 3 ENGR 27600: Engineering Economics 3 EE 20500: Linear Systems Analysis I 3 EE 21000: Switching Systems 3 EE 22100: Electrical Engineering Laboratory I 1 EE 24100: Electronics I 3 EE 25900: Programming for Electrical Engineering 4 EE 30600: Linear Systems Analysis II 3 EE 31100: Probability and Statistics 3 EE 31200: Communication Theory 3 EE 32200: Electrical Engineering Laboratory II 1 EE 33000: Electromagnetics 3 EE 33900: Semiconductor Materials and Devices 3 EE 34400: Digital Computer Systems 3 EE 42500: Computer Engineering Laboratory 1 EE 59866: Senior Design I 3 EE 59867: Senior Design II 3 Total Required Engineering Credits 52

Required Courses CHEM 10301: General Chemistry* 4 CSC 10200: Introduction to Computing 3 MATH 20100: Calculus I* 4 MATH 21200: Calculus II* 4 MATH 21300: Calculus III* 4 MATH 39100: Methods of Differential Equations* 3 MATH 34600: Elements of Linear Algebra 3 PHYS 20700-20800: General Physics* 8 PHYS 32300: Quantum Mechanics for Engineers 3

* Minimum grade of "C" required. Total Math and Science Credits 36

English and Liberal Arts (General Education) Requirements Required Courses ENGL 11000: Freshmen Composition 3

Liberal Arts Electives Refer to the Grove School of Engineering section for details.

15

Total English and Liberal Arts (General Education) Credits

18

Engineering Requirements Required Courses ENGL 21007: Writing for Engineers 3 ENGR 10100: Engineering Design 1 1 ENGR 10300: Computer-Aided Analysis Tools for Engineers

2

ENGR 20400: Electrical Circuits 3 ENGR 27600: Engineering Economics 3 EE 20500: Linear Systems Analysis I 3 EE 21000: Switching Systems 3 EE 22100: Electrical Engineering Laboratory I 1 EE 24100: Electronics I 3 EE 25900: Programming for Electrical Engineering 4 EE 30600: Linear Systems Analysis II 3 EE 31100: Probability and Statistics 3 EE 31200: Communication Theory 3 EE 32200: Electrical Engineering Laboratory II 1 EE 33000: Electromagnetics 3 EE 33900: Semiconductor Materials and Devices 3 EE 34400: Digital Computer Systems 3 EE 42500: Computer Engineering Laboratory 1 EE 59866: Senior Design I 3 EE 59867: Senior Design II 3 Total Required Engineering Credits 52

*New transfer students who have successfully completed Calculus;; II (MATH 20200) should not take ENGR 10100. Instead, they are required to complete an additional EE Advanced Laboratory Elective course. Electrical Engineering Restricted Electives Choose two (2) of the following: EE 33300: Introduction to Antennas, Microwaves and Fiber Optics (3 cr.)

EE 34200: Electronics II (3 cr.) EE 37100: Linear Feedback Systems (3 cr.) EE 44100: Electronic Devices and Semiconductor Materials (3 cr.)

Total Electrical Engineering Restricted Electives 6 Electives All majors must complete the credit requirements from the A and B Electives lists:

A. Lecture Electives

All majors, in consultation with their faculty advisor, must select 18 credits of Lecture Electives, at least 9 credits of which must be in Electrical Engineering courses. EE 33300: Introduction to Antennas, Microwaves and Fiber Optics (3 cr.)

EE 34200: Electronics II (3 cr.) EE 37100: Linear Feedback Systems (3 cr.) EE 35700: Electric Power Engineering (3 cr.) EE 43800: Management Concepts for Engineers (3 cr.) EE 44100: Electronic Devices and Semiconductor Materials (3 cr.)

EE 45100: Communication Electronics (3 cr.) EE 45200: Fiber Optic Communications (3 cr.) EE 45300: Digital Signal Processing (3 cr.) EE 45400: Physical Electronics (3 cr.) EE 45500: Elements of Power Systems (3 cr.) EE 45600: Elements of Control Theory (3 cr.) EE 45700: Digital Integrated Circuits (3 cr.) EE 45800: Introduction to Lasers (3 cr.) EE 45900: Microprocessors (3 cr.) EE 46000: Computer Communication Systems (3 cr.) EE 46200: Photonic Engineering (3 cr.) EE 46300: Wireless Communications (3 cr.) EE 46400: VSLI Design (3 cr.) EE 46600: Digital Design Using Verilog (3cr.) EE 47000: Introduction to Cyber Security Design (3 cr.)

EE 47100: Introduction to Digital Image Processing (3 cr.)

EE 51000: Independent Study (1-3 cr.) (departmental approval required)

CSC 31800: Internet Programming (3 cr.) CSC 34200: Computer Organization (3 cr.) MATH 32800: Numerical Analysis** (3 cr.)

*New transfer students who have successfully completed Calculus II (MATH 20200) should not take ENGR 10100. Instead, they are required to complete an additional EE Advanced Laboratory Elective course. Electrical Engineering Restricted Electives Choose two (2) of the following: EE 33300: Introduction to Antennas, Microwaves and Fiber Optics (3 cr.)

EE 34200: Electronics II (3 cr.) EE 37100: Linear Feedback Systems (3 cr.) EE 44100: Electronic Devices and Semiconductor Materials (3 cr.)

Total Electrical Engineering Restricted Electives 6 Electives All majors must complete the credit requirements from the A and B Electives lists:

A. Lecture Electives

All majors, in consultation with their faculty advisor, must select 18 credits of Lecture Electives, at least 9 credits of which must be in Electrical Engineering courses. EE 33300: Introduction to Antennas, Microwaves and Fiber Optics (3 cr.)

EE 34200: Electronics II (3 cr.) EE 37100: Linear Feedback Systems (3 cr.) EE 35700: Electric Power Engineering (3 cr.) EE 43800: Management Concepts for Engineers (3 cr.) EE 44100: Electronic Devices and Semiconductor Materials (3 cr.)

EE 45100: Communication Electronics (3 cr.) EE 45200: Fiber Optic Communications (3 cr.) EE 45300: Digital Signal Processing (3 cr.) EE 45400: Physical Electronics (3 cr.) EE 45500: Elements of Power Systems (3 cr.) EE 45600: Elements of Control Theory (3 cr.) EE 45700: Digital Integrated Circuits (3 cr.) EE 45800: Introduction to Lasers (3 cr.) EE 45900: Microprocessors (3 cr.) EE 46000: Computer Communication Systems (3 cr.) EE 46200: Photonic Engineering (3 cr.) EE 46300: Wireless Communications (3 cr.) EE 46400: VSLI Design (3 cr.) EE 46600: Digital Design Using Verilog (3cr.) EE 47000: Introduction to Cyber Security Design (3 cr.)

EE 47100: Introduction to Digital Image Processing (3 cr.)

EE 51000: Independent Study (1-3 cr.) (departmental approval required)

CSC 31800: Internet Programming (3 cr.) CSC 34200: Computer Organization (3 cr.) MATH 32800: Numerical Analysis** (3 cr.)

PHYS 45200: Optics (3 cr.) ENGR 23000: Thermodynamics (3 cr.) ENGR 30100: Introduction to Satellite Remote Sensing and Imaging (3 cr.)

ENGR I0600: Applied Algebra*** (3 cr.) ENGR I1100: Engineering Analysis*** (3 cr.) ENGR I1200: Complex Variable***s (3 cr.) CHE 49808: Nanomaterials (3 cr.) CHEM 10401: General Chemistry II (3 cr.) (minimum grade of C required)

** Credit cannot be received for both MATH 32800 and CSC 44000. *** For graduate courses, GPA of 2.75 or higher; minimum grade of C is required.

B. Advanced Laboratory Electives

Two (2 credits) of the following courses: Electrical Engineering: EE 32300: Electrical Engineering Laboratory III (1 cr.)

EE 42100: Local Area Network Laboratory (1 cr.) EE 42200: Analog Communications Laboratory (1 cr.)

EE 42600: Control Laboratory (1 cr.) EE 42800: Photonics Engineering Laboratory (1 cr.) Total Elective Credits 20 Total Credits for Major 130

Additional Requirements for Graduation Refer to the Grove School of Engineering section for details.

PHYS 45200: Optics (3 cr.) ENGR 23000: Thermodynamics (3 cr.) ENGR 30100: Introduction to Satellite Remote Sensing and Imaging (3 cr.)

ENGR I0600: Applied Algebra*** (3 cr.) ENGR I1100: Engineering Analysis*** (3 cr.) ENGR I1200: Complex Variable***s (3 cr.) CHE 49808: Nanomaterials (3 cr.) CHEM 10401: General Chemistry II (3 cr.) (minimum grade of C required)

** Credit cannot be received for both MATH 32800 and CSC 44000. *** For graduate courses, GPA of 2.75 or higher; minimum grade of C is required.

B. Advanced Laboratory Electives

Two (2 credits) of the following courses: Electrical Engineering: EE 32300: Electrical Engineering Laboratory III (1 cr.)

EE 42100: Local Area Network Laboratory (1 cr.) EE 42200: Analog Communications Laboratory (1 cr.)

EE 42600: Control Laboratory (1 cr.) EE 42800: Photonics Engineering Laboratory (1 cr.) Total Elective Credits 20 Total Credits for Major 132

Additional Requirements for Graduation Refer to the Grove School of Engineering section for details

Rationale: This change was necessitated by the corresponding changes in the Math Department’s course offerings. It will increase the total required credits EE from 130 to 132.

AIII. 8 Program: B.E. in Biomedical Engineering Department: Biomedical Engineering Program Code: 27176/60100 Effective: Spring 2020 Summary of Proposed Revisions:

1. This item was submitted initially in Nov. 2019 report, but was unpublished. It’s being resubmitted now. 2. Calculus II (formerly MATH 20200, now MATH 21200) was changed from 3 credits to 4 credits effective Spring 2019. This will increase the number

of credits required for the Bachelor of Engineering in Biomedical Engineering by 1 credit. 3. Calculus III, formerly MATH 20300 is MATH 21300 effective Fall 2019 (course is 4 credits, unchanged from before). 4. Linear Algebra & Vector Analysis for Engineers (MATH 39200) will be phased out by the Department of Mathematics and its Vector Analysis topics

will be incorporated by MATH 21200 and MATH 21300. The current Linear Algebra course offered by the Mathematics Department (MATH 34600) will touch on the linear algebra components of the curriculum.

The following is the revised curriculum for Biomedical Engineering leading to the B.E. degree. FROM TO Math and Science Required Courses (Change) Course Description Crs Course Description Crs Chem 10301 General Chemistry I * 4 Chem 10301 General Chemistry I * 4 Chem 10401 General Chemistry II * 4 Chem 10401 General Chemistry II * 4 Chem 21000 Applied Chemistry for Biomedical Engr

3 Chem 21000 Applied Chemistry for Biomedical Engr

3 OR OR Chem 32002 Biochemistry I Chem 32002 Biochemistry I Bio 10100 Biological Foundations I 4 Bio 10100 Biological Foundations I 4 Bio 22900 Cell and Molecular Biology 4 Bio 22900 Cell and Molecular Biology 4 Bio 32100 Physiological Processes 3 Bio 32100 Physiological Processes 3 Math 20100 Calculus I * 4 Math 20100 Calculus I * 4 Math 20200 Calculus II * 3 Math 21200 Calculus II * 4 Math 20300 Calculus III * 4 Math 21300 Calculus III * 4 Math 39100 Methods of Differential Equations * 3 Math 39100 Methods of Differential Equations * 3 Math 39200 Linear Algebra & Vector Analysis for Engrs * 3 Math 34600 Elements of Linear Algebra * 3 Phys 20700 University Physics I * 4 Phys 20700 University Physics I * 4 Phys 20800 University Physics II * 4 Phys 20800 University Physics II * 4 * Minimum grade of “C” required. * Minimum grade of “C” required. Total Math and Science Credits: 47 Total Math and Science Credits: 48

English and Liberal Arts (General Education) Requirements (No Change)

Total English and Liberal Arts (General Education) Credits: 18 Total English and Liberal Arts (General Education) Credits: 18 ENGL 11000 Freshman Composition 3 ENGL 11000 Freshman Composition 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 10000-level Liberal Arts – 10000 level 3 LA 20000-level Liberal Arts – 20000 level 3 LA 20000-level Liberal Arts – 20000 level 3

General Engineering Required Courses

Total General Engineering Required Credits: 15 Total General Engineering Required Credits: 15 CHE 22900 Chemical Engineering Thermodynamics I 3 CHE 22900 Chemical Engineering Thermodynamics I 3 CHE 34100 Transport Phenomena I 3 CHE 34100 Transport Phenomena I 3

ME 24600 Engineering Mechanics I 3 ME 24600 Engineering Mechanics I 3 ME 33000 Mechanics of Materials 3 ME 33000 Mechanics of Materials 3 ENGL 21007 Writing for Engineering 3 ENGL 21007 Writing for Engineering 3

Biomedical Engineering Requirements (No Change)

Total Required Biomedical Engineering Credits: 39 Total Required Biomedical Engineering Credits: 39 BME 10100 Introduction to Biomedical Engineering 1 BME 10100 Introduction to Biomedical Engineering 1 BME 20500 Bioelectrical Circuits with Laboratory 4 BME 20500 Bioelectrical Circuits with Laboratory 4 BME 22000 Biostatistics and Research Methods 3 BME 22000 Biostatistics and Research Methods 3 BME 30500 Dynamical Systems and Modeling 3 BME 30500 Dynamical Systems and Modeling 3 BME 31000 Experimental Methods in BME 3 BME 31000 Experimental Methods in BME 3 BME 40500

Biomedical Transducers and Instrumentation

4 BME 40500

Biomedical Transducers and Instrumentation

4

BME 45000 Biomedical Engineering Senior Design I 3 BME 45000 Biomedical Engineering Senior Design I 3 BME 46000 Biomedical Engineering Senior Design II 3 BME 46000 Biomedical Engineering Senior Design II 3 BME 50100 Cell and Tissue Mechanics 3 BME 50100 Cell and Tissue Mechanics 3 BME 50200 Cell and Tissue Transport 3 BME 50200 Cell and Tissue Transport 3 BME 50300 Cell and Tissue - Biomaterial Interactions 3 BME 50300 Cell and Tissue - Biomaterial Interactions 3 BME 50500 Image and Signal Processing in Biomedicine 3 BME 50500 Image and Signal Processing in Biomedicine 3 ENGR 30000 Social, Economic, and Cultural Impact of

Biomedical Technology 3 ENGR 30000 Social, Economic, and Cultural Impact of

Biomedical Technology 3

Engineering Electives Requirements (No Change)

Total Engineering Electives Credits: 3 Students must complete at least 3 credits of engineering electives from the following:

Total Engineering Electives Credits: 3 Students must complete at least 3 credits of engineering electives

from the following: BME 51000 Microfluidic Devices in Biotechnology 3 BME 51000 Microfluidic Devices in Biotechnology 3 BME 59000 Biomedical Engineering Independent Study 3 BME 59000 Biomedical Engineering Independent Study 3 BME I3000 Neural Engineering and Applied

Bioelectricity 3 BME I3000 Neural Engineering and Applied Bioelectricity 3

BME I4200 Organ Transport and Pharmacokinetics 3 BME I4200 Organ Transport and Pharmacokinetics 3 BME I5000 Biomedical Imaging and Image Processing 3 BME I5000 Biomedical Imaging and Image Processing 3 BME I5100 Biomedical Signal Processing 3 BME I5100 Biomedical Signal Processing 3 CSC 10200 Introduction to Computing 3 CSC 10200 Introduction to Computing 3

CHE 33000 Chemical Engineering Thermodynamics II 3 CHE 33000 Chemical Engineering Thermodynamics II 3 CHE 34200 Transport Phenomena II 3 CHE 34200 Transport Phenomena II 3 EE 33000 Electromagnetics 3 EE 33000 Electromagnetics 3 ENGR I4200 Continuum Mechanics 3 ENGR I4200 Continuum Mechanics 3 ENGR I1100 Introduction to Engineering Analysis 3 ENGR I1100 Introduction to Engineering Analysis 3 ME 14500 Computer-Aided Drafting 2 ME 14500 Computer-Aided Drafting 2 ME 24700 Engineering Mechanics II 3 ME 24700 Engineering Mechanics II 3 ME 32200 Computing Methods in Engineering 3 ME 32200 Computing Methods in Engineering 3 ME 37100 Computer-Aided Design 3 ME 37100 Computer-Aided Design 3

Technical Electives Requirements (No Change)

Total Engineering Electives Credits: 6-8 Students must complete at least 6 credits of Technical Electives*

Total Engineering Electives Credits: 6-8 Students must complete at least 6 credits of Technical Electives*

BIO 10200 Foundations of Biology II 4 BIO 10200 Foundations of Biology II 4 BIO 20600 Introduction to Genetics 4 BIO 20600 Introduction to Genetics 4 BIO 35000 Advanced Microbiology 4 BIO 35000 Advanced Microbiology 4 BIO 35400 Introduction to Neurobiology 3 BIO 35400 Introduction to Neurobiology 3 BIO 37500 Developmental Biology 3 BIO 37500 Developmental Biology 3 BIO 41000 Cell Development and Senescence 3 BIO 41000 Cell Development and Senescence 3 BIO 42000 Virology 4 BIO 42000 Virology 4 BIO 42500 Cancer Biology 3 BIO 42500 Cancer Biology 3 BIO 48300 Laboratory in Biotechnology 5 BIO 48300 Laboratory in Biotechnology 5 BME 50400 Cell and Tissue Engineering 3 BME 50400 Cell and Tissue Engineering 3 BME 52000 Practice Medicine Device Design 3 BME 52000 Practice Medicine Device Design 3 BME G6000 Advanced Biomaterials 3 BME G6000 Advanced Biomaterials 3 BME I7000 Lab in Cellular and Molecular Engineering 3 BME I7000 Lab in Cellular and Molecular Engineering 3 BME I8000 Bone Physiology and Biomechanics 3 BME I8000 Bone Physiology and Biomechanics 3 BME I9000 Skeletal Soft Tissue Physiology and

Biomechanics 3 BME I9000 Skeletal Soft Tissue Physiology and

Biomechanics 3

BME I9300 Scientific Ethics 1 BME I9300 Scientific Ethics 1 BME I9500 Entrepreneurship and Financial Economics 2 BME I9500 Entrepreneurship and Financial Economics 2 CHE 49808 Nanomaterials 3 CHE 49808 Nanomaterials 3 CHE 51200 Pharmaceutical Applications of Chemical

Engineering 3 CHE 51200 Pharmaceutical Applications of Chemical

Engineering 3

CHEM 24300 Quantitative Analysis 4 CHEM 24300 Quantitative Analysis 4 CHEM 26100 Organic Chemistry I 3 CHEM 26100 Organic Chemistry I 3 CHEM 26200 Organic Chemistry Laboratory I 2 CHEM 26200 Organic Chemistry Laboratory I 2 CHEM 26300 Organic Chemistry II 3 CHEM 26300 Organic Chemistry II 3 CHEM 33000 Physical Chemistry I 3 CHEM 33000 Physical Chemistry I 3 CHEM 33200 Physical Chemistry II 3 CHEM 33200 Physical Chemistry II 3 CSC 10400 Discrete Mathematical Structures I 3 CSC 10400 Discrete Mathematical Structures I 3 MATH 32800 Methods of Numerical Analysis 3 MATH 32800 Methods of Numerical Analysis 3 MATH 37500 Elements of Probability Theory 3 MATH 37500 Elements of Probability Theory 3 MATH 37600 Mathematical Statistics 4 MATH 37600 Mathematical Statistics 4 MATH 37700 Applied Statistics and Probability 2 MATH 37700 Applied Statistics and Probability 2 MATH 39500 Complex Variables for Scientists and

Engineers 3 MATH 39500 Complex Variables for Scientists and

Engineers 3

PHYS 31500 Medical Physics 3 PHYS 31500 Medical Physics 3 PHYS 32100 Modern Physics for Engineers 3 PHYS 32100 Modern Physics for Engineers 3 PHYS 32300 Quantum Mechanics for Applied Physicists 3 PHYS 32300 Quantum Mechanics for Applied Physicists 3 PHYS 42200 Biophysics 3 PHYS 42200 Biophysics 3 SCI 28000 Bioinformatics & Biomolecular Systems 4 SCI 28000 Bioinformatics & Biomolecular Systems 4 ANY course from listed Engineering

Electives ANY course from listed Engineering Electives

* Pre-med students must take the Organic Chemistry sequence (CHEM 26100, CHEM 26200, CHEM 26300) of the Technical Electives. This will increase the pre-med total credits by 2.

* Pre-med students must take the Organic Chemistry sequence (CHEM 26100, CHEM 26200, CHEM 26300) of the Technical Electives. This will increase the pre-med total credits by 2.

Total Credits for Major 128-130 Total Credits for Major 129-131

AIV. 1 Program: PhD in Biomedical Engineering Department: Biomedical Engineering Effective: Spring 2022

Career Undergraduate X Graduate Ph.D. Course Subject & Number

BME I0003

Course Title Selected Topics in Biomedical Engineering Prerequisite(s) None Corequisite (s) None Credits 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes X No

Former Special Topics Course Number (if applicable)

Catalog Description Advanced topics in biomedical engineering chosen for their current interest to graduate students. Online/Hybrid Hybrid Fully Online Web Enhanced

Online Partially Online X Not Applicable Experiential Learning Opportunities (ELO) Attributes (if applicable)

X Not Applicable COPED CVEG IALO RFS CPP CWL INTERN SLCS

Does this course fulfill a General Education Requirement?

X Not Applicable Flexible Core College Option World Cultures & Global Issues Required Core US Experience in its Diversity

English Composition Creative Expression Mathematics and

Quantitative Reasoning Individual and Society

Life and Physical Sciences Scientific World Rationale Occasionally it is beneficial for graduate students to undertake a course of study on topics that are not

offered as a formal course at CCNY or the Graduate Center. This may involve independent study and/or attending lectures or seminars at other academic institutions, in person or online. The independent study

is supervised and performance is evaluated by a faculty in the department, who provides a grade at the end of the semester. This course number is a mechanism for the BME Department to give credit to this type of academic study. We currently use the ENGR G0000 independent study course for this, but would like to have a BME course number for this to better reflect the choice of topic in BME.

AIV. 2 Program: ME in Civil Engineering Department: Civil Engineering Effective: Spring 2022

Career Undergraduate X Graduate Ph.D. Course Subject & Number CE H5600 Course Title Design of Wood Structures Prerequisite(s) CE 26400, CE 34000 Corequisite (s) None Credits 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Former Special Topics Course Number (if applicable)

Catalog Description Applications in buildings, large-span structures, and bridges. Wood products as sawn lumber and composite laminates and particulates. Material microstructure and orthotropic macrostructure simulation. Species and species groups. Grading of structural lumber, design values and adjustment factors (NDS). Design of solid wood beams, columns, and beam-columns. Design of Glued-Laminated Timber (Glulam) continuous beams, bilateral and axial loads, tapered and curved members, arches, bridge girders, and panelized construction for large-scale floor and roof systems. Structural panels for sheathing and diaphragms with plywood and Oriented-Strand Board (OSB) products. Wood connections with bolts, lag-bolts, split-rings, shear plates, and specialized assemblies. This course is crosslisted with CE 55600 Design of Wood Structures, and therefore is not available to students who have already completed CE 55600.

Online/Hybrid Hybrid Fully Online Web Enhanced Online Partially Online x Not Applicable

Experiential Learning Opportunities (ELO) Attributes (if applicable)

x Not Applicable COPED CVEG IALO RFS CPP CWL INTERN SLCS

Does this course fulfill a General Education Requirement?

x Not Applicable Flexible Core College Option World Cultures & Global Issues Required Core US Experience in its Diversity

English Composition Creative Expression

Mathematics and Quantitative Reasoning

Individual and Society

Life and Physical Sciences Scientific World Rationale Wood structural engineering is an important and integral topic of a curriculum in Civil Engineering, and is being

taught at about 80 CE programs in the country. In particular, the use of wood composites is now experiencing a strong expansion in virtue of the sustainable qualities of wood buildings in terms of environmental, economic, and social concerns. The knowledge of wood engineering is in high demand in NYC, and this subject is not being taught at any other school in the region; thus our students will be favorably positioned to be engaged in structural wood design and become leaders in this field.

AIV. 3 Program: BE in Civil Engineering Department: Civil Engineering Effective: Spring 2022

Career X Undergraduate Graduate Ph.D. Course Subject & Number CE 55600 Course Title Design of Wood Structures Prerequisite(s) CE 26400, CE 34000 Corequisite (s) None Credits 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Former Special Topics Course Number (if applicable)

Catalog Description Applications in buildings, large-span structures, and bridges. Wood products as sawn lumber and composite laminates and particulates. Material microstructure and orthotropic macrostructure simulation. Species and species groups. Grading of structural lumber, design values and adjustment factors (NDS). Design of solid wood beams, columns, and beam-columns. Design of Glued-Laminated Timber (Glulam) continuous beams, bilateral and axial loads, tapered and curved members, arches, bridge girders, and panelized construction for large-scale floor and roof systems. Structural panels for sheathing and diaphragms with plywood and Oriented-Strand Board (OSB) products. Wood connections with bolts, lag-bolts, split-rings, shear plates, and specialized assemblies. This course is crosslisted with CE H5600 Design of Wood Structures, and therefore is not available to students who have already completed CE H5600.

Online/Hybrid Hybrid Fully Online Web Enhanced Online Partially Online x Not Applicable

Experiential Learning Opportunities (ELO) Attributes (if applicable)

x Not Applicable COPED CVEG IALO RFS CPP CWL INTERN SLCS

Does this course fulfill a General Education Requirement?

x Not Applicable Flexible Core College Option World Cultures & Global Issues Required Core US Experience in its Diversity

English Composition Creative Expression

Mathematics and Quantitative Reasoning

Individual and Society

Life and Physical Sciences Scientific World Rationale Wood structural engineering is an important and integral topic of a curriculum in Civil Engineering, and is being

taught at about 80 CE programs in the country. In particular, the use of wood composites is now experiencing a strong expansion in virtue of the sustainable qualities of wood buildings in terms of environmental, economic, and social concerns. The knowledge of wood engineering is in high demand in NYC, and this subject is not being taught at any other school in the region; thus our students will be favorably positioned to be engaged in structural wood design and become leaders in this field.

AIV. 4 Effective: Spring 2022

Career X Undergraduate Graduate Ph.D.

Course Subject & Number ART 39546

Course Title Native App UX

Prerequisite(s) ART 39510 Electronic Design 1 and ART 39540 Web Design 1

Corequisite (s) None

Credits 3

Hours 3

Liberal Arts & Sciences (As defined by NYSED)

X Yes No

Former Special Topics Course Number (if applicable)

31918

Catalog Description Students will develop app prototypes for small-format tablet and mobile devices while strengthening their skills in User Experience and User Interface design. This course will focus on the development of wireframes, user flows, high-fidelity mockups, interface design, and user testing for mobile devices. Materials Fee: $15

Online/Hybrid Hybrid Fully Online Web Enhanced

Online Partially Online X Not Applicable

Experiential Learning Opportunities (ELO) Attributes (if applicable)

X Not Applicable

COPED CVEG IALO RFS

CPP CWL INTERN SLCS

Does this course fulfill a General Education Requirement?

X Not Applicable Flexible Core

College Option World Cultures & Global Issues

Required Core US Experience in its Diversity

English Composition Creative Expression

Mathematics and Quantitative Reasoning

Individual and Society

Life and Physical Sciences Scientific World

Rationale Native app design, a subset of the human-centered UX/UI design arena, is a rapidly expanding field where many of our EDM alumni have found employment or are pursuing graduate-level studies. A course in Native App UX is a logical extension of our increasingly popular ART 39544 UX/UI Design course. Since 2017, EDM has offered Art 39544 UX/UI Design and it has become so popular that we now offer a section every semester and it consistently fills to-capacity. Because of expanding technologies and portfolio needs for industry standards, ART 39544 is challenged with including all arenas of UX/UI, hoping to prepare students for experiences in websites, apps, mobile phone, and kiosks. EDM would like to subdivide some of the content from ART 39544: UX/UI Design by parsing out native app design into a separate course, so that UX/UI content within Art 39544 can focus more on website, mobile phone, and kiosk deployment while Native App UX can focus solely on the critique and design of apps for small-screen devices. Native App UX will allow students to expand their multipage design skills from Electronic Design 1 and Web 1 (both required for the major and pre-recs for this course) into multipage design for small-format, screen-based devices. Feedback on the need for the course has come from student advising, alumni (through our LinkedIn network) employer contacts, web and programming adjuncts, and feedback from current UX/UI Design students. We also reviewed related degree programs in graphic design and digital media, and note that most of the leading programs have added specialized UX/UI courses in the last five years (Pratt and New York University to name two NYC-based programs). ART 39546 Native App UX is currently a Special Topics course—having previously been offered in the Spring 2020 (registration closed within days of the course being open) and being offered again this Spring 2021.

AV. 1 Effective: Spring 2022

From To Career Undergraduate X Graduate Career Undergraduate X Graduate Course Subject & Number

BME I0000 Course Subject & Number

BME I0000

Course Name Biomedical Engineering Seminar Course Name Biomedical Engineering Seminar Prerequisite None Prerequisite None Corequisite None Corequisite None Credits 1, repeatable up to 3 times Credits 1 Hours 1 Hours 1 Liberal Arts & Sciences (As defined by NYSED)

Yes X No Liberal Arts & Sciences (As defined by NYSED)

Yes X No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Not Applicable Fully Online Not Applicable

Description Research seminar with invited speakers. Description Research seminar with invited speakers. Rationale The change making the course no longer repeatable for credit was implemented due to a decrease in the

number of course credits required for the doctoral degree (48 to 36). General Education Designation

X Not Applicable General Education Designation

X Not Applicable College Option College Option Required Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society

Scientific World Scientific World

AV. 2 Effective: Spring 2022

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

CE 10100 Course Subject & Number

CE 10100

Course Name Introduction to Civil Engineering Course Name Prerequisite PHYS 20700; ENGL21007 Prerequisite PHYS 20700 Corequisite Corequisite ENGL 21007 Credits 1 Credits 1 Hours 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Fully Online

Description Introduction to civil engineering: career opportunities, areas of specialization, licensure, and professional expectations and ethics. Social, political, and environmental considerations for Civil Engineering practice. Communicating with civil engineering stakeholders.

Description Introduction to civil engineering: career opportunities, areas of specialization, licensure, and professional expectations and ethics. Social, political, and environmental considerations for Civil Engineering practice. Communicating with civil engineering stakeholders.

Rationale Transfers students entering at the sophomore level are not consistently taking ENGL20107 as freshmen. As a result, the ENGL21007 prerequisite has the potential to delay their graduation by a year. Taking this class as a corequisite is adequate preparation for writing required in CE 10100.

General Education Designation

x Not Applicable General Education Designation

x Not Applicable College Option College Option Required Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AV. 3 Effective: Spring 2022

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

CE 31500 Course Subject & Number

CE 31500

Course Name Computational Methods in Civil Engineering

Course Name Computational Methods in Civil Engineering

Prerequisite CSC 10200, CE 26400, CE 23100, MATH 39100 (min. C grade), CE 10100

Prerequisite CSC 10200, CE 26400, CE 23100, MATH 39100 (min. C grade)

Corequisite MATH 34600 (min. C grade) Corequisite MATH 34600 (min. C grade); CE 10100 Credits 3 Credits 3 Hours 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Fully Online

Description Algorithmic formulation of the solution to civil engineering problems. Flowcharts. Solutions to algebraic and differential equations common to civil engineering. Matrix problems. Differentiation and integration. Optimization problems. Students will primarily use microcomputers and a programming language, spreadsheets and "macros" and symbolic calculations software.

Description Algorithmic formulation of the solution to civil engineering problems. Flowcharts. Solutions to algebraic and differential equations common to civil engineering. Matrix problems. Differentiation and integration. Optimization problems. Students will primarily use microcomputers and a programming language, spreadsheets and "macros" and symbolic calculations software.

Rationale The purpose of this update is to remove an unnecessary restriction delaying progress for transfer students. Taking CE 10100 as a corequisite, students will have an adequate understanding of the scope of the profession when beginning applied coursework in CE 315.

General Education Designation

x Not Applicable General Education Designation

x Not Applicable College Option College Option Required Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AV. 4 Effective: Spring 2022

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

CE 33200 Course Subject & Number

CE 33200

Course Name Mechanics of Deformable Bodies Course Name Mechanics of Deformable Bodies Prerequisite CE 26400, CE 20900, CE 23100 (min. C

grade), CE 10100 Prerequisite CE 23100 (min. C grade)

Corequisite None Corequisite CE 10100, CE 26400, MATH 39100 (min. C grade)

Credits 4 Credits 4 Hours 5 Hours 5 Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Fully Online

Description Stresses and strains in elastic and inelastic materials subjected to axial, torsional, and flexural loads and combinations of loads for statically determinate and indeterminate configurations. Deformations and deflections due to loads and temperature. Combined stresses. Mohr circles and principal stresses. Introduction to energy methods. Castigliano’s theorem. Stability of columns and critical loads. Testing of engineering materials. Stress-strain characteristics, including creep, shrinkage and hysteresis effects. Effects of temperature and impact loading on material properties.

Description Stresses and strains in elastic and inelastic materials subjected to axial, torsional, and flexural loads and combinations of loads for statically determinate and indeterminate configurations. Deformations and deflections due to loads and temperature. Combined stresses. Mohr circles and principal stresses. Introduction to energy methods. Castigliano’s theorem. Stability of columns and critical loads. Testing of engineering materials. Stress-strain characteristics, including creep, shrinkage and hysteresis effects. Effects of temperature and impact loading on material properties.

Rationale The purpose of the CE 10100 prerequisite update is to remove an unnecessary restriction delaying progress for transfer students. Taking CE 10100 as a corequisite, students will have an adequate understanding of the scope of the profession when beginning applied coursework in CE 332. Additional edits are being made to correct errors in the current bulletin and realign the bulletin with the approved CE curriculum matrix.

General Education Designation

x Not Applicable General Education Designation

x Not Applicable College Option College Option Required Required English Composition English Composition

Mathematics and Quantitative Reasoning

Mathematics and Quantitative Reasoning

Life and Physical Sciences Life and Physical Sciences Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AV. 5 Effective: Spring 2022

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

CE 35000 Course Subject & Number

CE 35000

Course Name Fluid Mechanics Course Name Fluid Mechanics Prerequisite CE 23100 (min. C grade), CSC 10200,

CE10100 Prerequisite CE 23100 (min. C grade), CSC 10200

Corequisite MATH 39100 (min. C grade) Corequisite MATH 39100 (min. C grade), CE 10100 Credits 3 Credits 3 Hours 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Fully Online

Description Study of behavior of viscous and non-viscous fluids at rest and in motion through development and application of the principles of fluid statics, continuity, energy, momentum, similitude, and dimensional analysis. Applications include flow in open and closed conduits, the boundary layer, dynamics of drag and measurement of velocity and discharge.

Description Study of behavior of viscous and non-viscous fluids at rest and in motion through development and application of the principles of fluid statics, continuity, energy, momentum, similitude, and dimensional analysis. Applications include flow in open and closed conduits, the boundary layer, dynamics of drag and measurement of velocity and discharge.

Rationale The purpose of the CE 10100 prerequisite update is to remove an unnecessary restriction delaying progress for transfer students. Taking CE 10100 as a corequisite, students will have an adequate understanding of the scope of the profession when beginning applied coursework in CE 350.

General Education Designation

x Not Applicable General Education Designation

x Not Applicable College Option College Option Required Required English Composition English Composition

Mathematics and Quantitative Reasoning

Mathematics and Quantitative Reasoning

Life and Physical Sciences Life and Physical Sciences Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AV. 6 Effective: Spring 2022

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

CSc 10200 Course Subject & Number

Same

Course Name Introduction for Computing Course Name Same Prerequisite Math 19500 (min C grade) or pre/coreq

Math 20100 (min C grade) Prerequisite Same

Corequisite Corequisite Credits 3 Credits Same Hours 2 class, 2 rec. hr./wk. Hours Same, Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Not Applicable Fully Online Not Applicable

Description The structure and operation of a computer, concepts, and properties of algorithms and a programming language. Introduction to programming in a modern programming language, such as C/C++. The emphasis is on applications of interest to scientists and engineers.

Description The structure and operation of a computer, concepts, and properties of algorithms and a programming language. Introduction to programming in a modern programming language, such as Python. The emphasis is on applications of interest to scientists and engineers

Rationale Python becomes the most popular language for teaching introductory computer science courses at top-ranked U.S. departments. Python possesses a nice mix of qualities that makes it an excellent teaching tool for CSC 10200, such as a simpler syntax than C++ and a wide variety of readily usable library set, allowing novices to start writing programs almost immediately. At the same time, it can scale up for heavy industrial usage in various engineering and science fields. This change is motivated to catch up with today’s STEM teaching trend. x Not Applicable x Not Applicable

General Education Designation

College Option General Education Designation

College Option Required Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AV. 7 Effective: Spring 2021

From To Career x Undergraduate Graduate Career x Undergraduate Graduate Course Subject & Number

EE 59800 Course Subject & Number

EE 47200

Course Name Digital Design using Verilog Course Name Digital Design using Verilog Prerequisite EE 25900 or CSC 22100 Prerequisite EE 25900 or CSC 22100 Corequisite EE 34400 or CSC 34200 Corequisite EE 34400 or CSC 34200 Credits 3 Credits 3 Hours 3 Hours 3 Liberal Arts & Sciences (As defined by NYSED)

Yes x No Liberal Arts & Sciences (As defined by NYSED)

Yes x No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Not Applicable Fully Online Not Applicable

Description Students in this class will become familiar with Verilog programming, synthesizable digital design, ASIC and FPGA design flow.

Description Same

Rationale This proposal is to change an existing temporary course to a permanent course. General Education Designation

x Not Applicable General Education Designation

x Not Applicable College Option College Option Required Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression

Individual and Society Individual and Society Scientific World Scientific World

AV. 8 Effective: Spring 2022

From To Career X Undergraduate Graduate Career X Undergraduate Graduate Course Subject & Number

EE 25900 Course Subject & Number

EE 25900

Course Name Programming for Electrical Engineering Course Name Programming for Electrical Engineering Prerequisite CS 10200, Engr 10300, Math 39100 (min C)

Math 39200 (min C) Prerequisite CS 10200, Engr 10300, Math 39100 (min C)

Math 39200 (min C) Corequisite Corequisite Credits 4 Credits 4 Hours Hours Liberal Arts & Sciences (As defined by NYSED)

Yes No Liberal Arts & Sciences (As defined by NYSED)

Yes No

Online/Hybrid

Hybrid Partially Online Online/Hybrid Hybrid Partially Online Online Web Enhanced Online Web Enhanced Fully Online Not Applicable Fully Online Not Applicable

Description Part I. C++ and UNIX: UNIX preliminaries, C++ program format, data types, file I/O classes, overload operators, inheritance. Part II. Electrical engineering applications: projects on numerical solutions of linear equation systems, numerical differentiation/integration, least square approximations, etc.

Description Part I. Python, C++ and Linux: Linux preliminaries, Python and C++ program format, data types, file I/O classes, overload operators, inheritance. Part II. Electrical engineering applications: projects on numerical solutions of linear equation systems, numerical differentiation/integration, least square approximations, etc.

Rationale Computer Science will change their CS 10200 course from using C++ language to using Python language. This change is supported by Electrical Engineering Department since it will provide a broader exposure for Electrical Engineering students in terms of programming languages and software applications. As a result of this change in CS 10200, we propose a change in EE 25900 such that the course materials and projects will be modified to cover both C++ and Python languages.

Not Applicable Not Applicable

General Education Designation

College Option General Education Designation

College Option X Required X Required

English Composition English Composition Mathematics and

Quantitative Reasoning Mathematics and Quantitative

Reasoning Life and Physical Sciences Life and Physical Sciences

Flexible Flexible World Cultures & Global

Issues World Cultures & Global Issues

US Experience in its Diversity US Experience in its Diversity Creative Expression Creative Expression Individual and Society Individual and Society Scientific World Scientific World

AVI. 1 COURSES WITHDRAWN

Course Number EE 59800 Course Title Digital Design using Verilog Rationale After years of course offering, the temporary number course EE 59800 is changed to

the permanent number course, EE42700 with the same course name, Digital Design using Verilog. The contents of these two courses are identical.