DEPARTMENT OF MECHANICAL ENGINEERING UNDERGRADUATE CURRICULUM GUIDE Fall 2012 The mechanical engineering undergraduate curriculum at CSU is designed to provide both classroom learning and on-campus experiential engineering. A number of courses incorporate laboratory and design projects into the classroom experience. During the freshman year, students learn the basic fundamentals of the physical sciences and mathematics, and are introduced to the mechanical engineering profession and practice. In the sophomore year, basic engineering courses in mechanics and thermodynamics, as well as introductory design courses are taken. In the junior year, engineering analysis and laboratory classes in mechatronics, mechanisms, thermal/fluids, heat and mass, and mechanics are part of the curriculum. The senior year has a yearlong capstone design course in which students work on group design/engineering projects for the entire year. The senior year also has technical elective courses in specialty areas of mechanical engineering. Students will be expected to have a programmable hand-held calculator for use in many of the classes. Students have access to Engineering Network Services (ENS). ENS supports hundreds of computers in the College of Engineering and the Academic Village, with a variety of operating systems, and a large engineering software applications list including programming languages, math applications, office productivity software, physical solid modelers, and other more specialized engineering analysis packages. Students in the department are required to satisfy the scholastic standards of the university, college, and department. Please review course prerequisites carefully. Many Mechanical Engineering course prerequisites must be passed with a minimum grade of “C”. Students not meeting the minimum grade will be required to retake the prerequisite(s) until the minimum grade is reached. Course descriptions and prerequisites can be found at http://www.catalog.colostate.edu/.
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DEPARTMENT OF MECHANICAL ENGINEERING
UNDERGRADUATE CURRICULUM GUIDE Fall 2012 The mechanical engineering undergraduate curriculum at CSU is designed to provide both classroom learning and on-campus experiential engineering. A number of courses incorporate laboratory and design projects into the classroom experience. During the freshman year, students learn the basic fundamentals of the physical sciences and mathematics, and are introduced to the mechanical engineering profession and practice. In the sophomore year, basic engineering courses in mechanics and thermodynamics, as well as introductory design courses are taken. In the junior year, engineering analysis and laboratory classes in mechatronics, mechanisms, thermal/fluids, heat and mass, and mechanics are part of the curriculum. The senior year has a yearlong capstone design course in which students work on group design/engineering projects for the entire year. The senior year also has technical elective courses in specialty areas of mechanical engineering. Students will be expected to have a programmable hand-held calculator for use in many of the classes. Students have access to Engineering Network Services (ENS). ENS supports hundreds of computers in the College of Engineering and the Academic Village, with a variety of operating systems, and a large engineering software applications list including programming languages, math applications, office productivity software, physical solid modelers, and other more specialized engineering analysis packages. Students in the department are required to satisfy the scholastic standards of the university, college, and department. Please review course prerequisites carefully. Many Mechanical Engineering course prerequisites must be passed with a minimum grade of “C”. Students not meeting the minimum grade will be required to retake the prerequisite(s) until the minimum grade is reached.
Course descriptions and prerequisites can be found at http://www.catalog.colostate.edu/.
Freshman Year [31] Sophomore Year [34] Junior Year [32] Senior Year [32]
FALL [16] SPRING [15] FALL [17] SPRING [17] FALL [17] SPRING [15] FALL [16] SPRING [16]
CALC I [4]
MATH160(F, S, SM)
CALC III [4]
M 261(F, S, SM)
ATH
SOLIDS [3]
CIVE360(F, S, SM)
CALC II [4]
M 161(F, S, SM)
ATH
DIFF EQ [4]
(F, S, SM)MATH340
MACHINE DESIGN [3]
MECH325(F, S)
STATICS [3]
CIVE260(F, S, SM)
MECHANISIMS [4]
MECH324(F, S)
DYNAMICS [3]
CIVE261(F, S, SM)
SMASH LAB [1]
CIVE363(F, S)
PHYSICS I [5]
PH141(F, S, SM)
MECHA-TRONICS [4]
MECH307(F, S)
CAPSTONESR DESIGN A [4]DESIGN III [3]
MECH302(S)
CAPSTONESR DESIGN B [4]
MECH486B(S)
THERMO [4]
MECH337(F, S)
THERMO LAB [1]
MECH338(F, S)
any approved [3]
TE(F, S)
COMPOSITION [3]
CO150(F, S, SM)
CHEM I [4]
CHEM111(F, S, SM)
FLUIDS [3]
MECH342(F, S)
[3]
AH(F, S, SM)
HEAT & MASS [3]
MECH344(F, S)
MATERIALS [4]
MECH331(F, S)
[3]
COMM(F, S, SM)
PHYSICS II [5]
PH142(F, S)
PROBLEM SOLVING [3]
MECH102(F, S)
[3]
SOCIAL(F, S, SM)
CHEM LAB [1]
CHEM112(F, S, SM)
MECH [3]
TE(F, S)
MECH [3]
TE(F, S)
FE Examrecommended
GRE if interestedin graduate school
ASME membershiprecommended
prerequisite corequisite
2.0 Engineering GPA
Engineering-related summerjob or internship recommended
courses offered only onceper academic year:
INTRO TO EE [3]
ECE204(S, SM)
AH
AUCCCOMM
: Arts/ Humanities (AUCC 3B)
: All-University Core Curriculum: Additional Communication (AUCC 2)
ASME: American Society of Mech. Engineers : Science Technical Elective (AA 301, AA 302,
STE
TE: Technical Elective
COE PLI
GLOBALHISTSOCIAL
: College of Engineering Professional Learning Institute Workshop
: Global & Cultural Awareness (AUCC 3E): Historical Perspectives (AUCC 3D)
: Social/ Behavior. Sciences (AUCC 3C)
SCI TECH ELEC [3]
STE(F, S, SM)
[3]
GLOBAL(F, S, SM)
MECH486A(F)
[3]
HIST(F, S, SM)
[3]
AH(F, S, SM)
Consider Track III acceleratedMasters path if staying at CSUfor Master of Science (M.S.) or
MANUF PROCESSES [3]
CAD [2]
MECH201(F, S)
INTRO TO ME [1]
MECH100(F)
PLI (1)
NOTE: Please review prerequisites carefully. Many MECH course prerequisitesmust be passed with a minimum grade of “C”. Students not meeting the minimum
MATH
DESIGN
THERMO
MECHANICS
SCIENCEAND
SYSTEMS
SPECIALIZATION
FLUIDS
STATISTICS [3]
STAT315(F, S, SM)
MECH200(F, S)
PLI (2)PLI (4)PLI (4)
DESIGN II [3]
MECH202(S)
Master of Engineering (M.E.)
grade will be required to retake the prerequisite(s) until the minimum grade is achieved.
AA 303, ATS 150, CHEM 113, GEOL 150, LIFE 102, PH 314, NR 130, or NR 150)
(bold arrows indicates minimum C grade requirement)
Nine credits of technical electives are required. At least two courses must be selected from the list of OPEN MECH and/or RESTRICTED MECH course listings. A minimum cumulative GPA of 3.0 is required to register for any of the RESTRICTED courses. The third course may be selected from any of the four Technical Elective groups – OPEN MECH, RESTRICTED MECH (if the 3.0 GPA requirement is met), the ALTERNATE group, or the RESTRICTED ALTERNATE group (if the 3.0 GPA requirement is met).
OPEN MECH MECH 303 Energy Engineering (CBE 310 or ECE 341 or MECH 237 or MECH 337 or PH 361) 3 F Any MECH 4xx except: MECH 486A, MECH 486B (these courses are required in the curriculum) MECH 408, MECH 410 (distance courses for engineering management) MECH 495, MECH 498 (restricted)
RESTRICTED MECH (Minimum cumulative GPA of 3.0 is required) MECH 495 (written permission of the Associate Department Head) MECH 498 (written permission of the Associate Department Head) Any MECH 5xx course except: MECH 509, MECH 510, MECH 513 (distance courses for engineering management)
ALTERNATE CS 150 Interactive Programming with JAVA (Placement into MATH 117) 4 F,SP CS 155* Introduction to Unix (no prerequisites) 1 F,SP CS 156* Introduction to C Programming I (CS 155 or concurrent registration; MATH 118) 1 F,SP CS 157* Introduction to C Programming II (CS 156 or concurrent registration; MATH 118) 1 F,SP CS 160 Foundations in Programming (MATH 118 with a C or better) 4 F,SP BMS 300 Principles of Human Anatomy and Physiology (BZ 101 or BZ 110 or LIFE 102; CHEM 103 or CHEM 107
or CHEM 111) 4 F,SP,SM
CIVE 367 Structural Analysis (CIVE 360) 3 F,SP CIVE/ENVE 438 Environmental Engineering Concepts (CHEM 113; CIVE 300 or CBE 331 or MECH 342) 4 F,SP ECE 411 Control Systems (ECE 312 with grade of C-‐ or better) 4 F ECE 465 Electrical Energy Generation Technologies (ECE 202) 2 SP HES 207 Anatomical Kinesiology (no prerequisites) 3 F,SP,SM MATH 331 Introduction to Mathematical Modeling (MATH 161 or concurrent registration; MATH 229 or
concurrent registration or MATH 369 or concurrent registration) 3 F
MATH 332 Partial Differential Equations (MATH 340 or 345) 3 SP MATH 369 Linear Algebra (MATH 161) 3 F,SP,SM MGT 305 Fundamentals of Management (must be declared in the Business Minor) 3 F,SP,SM MGT 340 Entrepreneurship in the Contemporary World (no prerequisites) 3 F,SP,SM MKT 305 Fundamentals of Marketing (AREC 202 or ECON 101 or ECON 202. ) (must be declared in the Business
Minor ) 3 F,SP,SM
PH 341 Mechanics (MATH 340; PH 141) 4 F PH 353 Optics and Waves (MATH 261; PH 142) 4 F PH 451 Introductory Quantum Mechanics I (MATH 340; PH 314) 3 F Other 300-‐level and above courses may be used with written permission of the Associate Department Head. * EXTREMELY TIME INTENSIVE
RESTRICTED ALTERNATE (Minimum cumulative GPA of 3.0 is required) ENGR/ECE 501 Foundations of Systems Engineering 3 F,SP CIVE 504 Wind Engineering (CIVE 300) 3 F CIVE 560 Advanced Mechanics of Materials (CIVE 360) 3 F CIVE 562 Fundamentals of Vibrations (CIVE 261, CIVE 360) 3 SP Course(s) within parentheses indicate prerequisite(s). 10/5/12