MANDATORY DISCLOSURES 1. Name of the Institution/University Name SHARNBASVA UNIVERSITY Address Sharnbasveshwar Institutional Campus Taluk Kalaburagi District Kalaburagi Pin Code 585103 State Karnataka Phone No. 9448193308 Web site sharnbasvauniversity.edu.in Email [email protected]Telphone Number 08472-277854 2. Name and address of the Trust/ Society/ Company and the Trustees Name Sharnbasveshwar Vidya Vardhak Sangha Address Sharnbasveshwar Institutional Campus Taluk Kalaburagi District Kalaburagi Pin Code 585103 State Karnataka Phone No. 6362910169 Email [email protected]Telphone Number 08472-277853 3. Name and Address of the Vice Chancellor/ Principal/ Director Name DR.NIRANJAN V.NISTY Address Sharnbasveshwar Institutional Campus Taluk Kalaburagi District Kalaburagi Pin Code 585103 State Karnataka Phone No. 9448193308 Email [email protected]Telphone Number 08472-277852
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
MANDATORY DISCLOSURES
1. Name of the Institution/University
Name SHARNBASVA UNIVERSITYAddress Sharnbasveshwar Institutional Campus Taluk KalaburagiDistrict KalaburagiPin Code 585103State KarnatakaPhone No. 9448193308Web site sharnbasvauniversity.edu.inEmail [email protected] Number 08472-277854
2. Name and address of the Trust/ Society/ Company and the Trustees
Name Sharnbasveshwar Vidya Vardhak SanghaAddress Sharnbasveshwar Institutional Campus Taluk KalaburagiDistrict KalaburagiPin Code 585103State KarnatakaPhone No. 6362910169Email [email protected] Number 08472-277853
3. Name and Address of the Vice Chancellor/ Principal/ Director
Name DR.NIRANJAN V.NISTYAddress Sharnbasveshwar Institutional Campus Taluk KalaburagiDistrict KalaburagiPin Code 585103State KarnatakaPhone No. 9448193308Email [email protected] Number 08472-277852
Frequently of the Board Meeting and Academic Advisory BodyThe Board meetings are held whenever necessary. Normally it meets every three
months. The Academic Advisory Body meets every six months at the end of semesters of the Institute.
Organizational chart and processesThe functions of each officer are clearly defined and notified. The instructions flow from
top to bottom and execution /compliance flows from bottom to top.
Organization Set Up of the University Administration
Nature and Extent of involvement of Faculty and students in academic affairs/improvements
The syllabus prescribed by the SHARNBASVA UNIVERSITY is as followed. We have made subject Co-ordination committees which consist of faculty members and the students. Feedback about the teaching in the class is obtained through the students
Chancellor
Vice Chancellor
Registrar
Pro Vice Chancellor
Registrar (Evaluation)Dean Librarian
Dean of Faculty
Chairperson of Department
Faculty Members
Deputy Librarian
Assistant Librarian
Office Staff
representative and corrective measures where necessary are taken to improve the quality of teaching.
Mechanism/ Norms and Procedure for democratic/ good GovernanceThe Management has constituted various committees of the faculty members to look
after different activities for smooth running of the University. There is a management committee which consists of Chancellor, Vice Chancellor, Pro Vice Chancellor’s, Registrar, Registrar (Evaluation), Dean and Finance Officer is the Member Secretary. All the staff and faculty members are free to send their issues/proposals to the Member Secretary and these are discussed in the Meeting.
Grievance Redressal mechanism for Faculty, staff and studentsInformation is available &enclosed
http://grievience.sharnbasvauniversity.edu.in/
Establishment of Anti Ragging CommitteeInformation is available &enclosed
http://grievience.sharnbasvauniversity.edu.in/
Establishment of Online Grievance Redressal MechanismInformation is available &enclosed
http://sharnbasvauniversity.edu.in/grievance.html
Establishment of Internal Complaint Committee (ICC)Information is available &enclosedhttp://sharnbasvauniversity.edu.in/ICC%20FORMAT.pdf
Establishment of Committee for SC/ STInformation is available &enclosedhttp://sharnbasvauniversity.edu.in/grievance2.html
Internal Quality Assurance CellInformation is available &enclosed
http://sharnbasvauniversity.edu.in/IQAC.pdf
6. ProgrammesName of Programmes Accredited by AICTE:
NIL Name of Programmes approved by AICTE:
All the programmes are approved by Government of Karnataka and UGC and all the norms and regulations of AICTE are followed.
FacultyofEngineering&Technology(Co-Education)SL.NO Name of the Teacher Designation Educational
QualificationsTeaching
Experience in Years
Date of Appointment
Department of Computer Science Engineering1. Dr.Basavaraj.Matpati Professor M.Tech,Ph.D 15.10 1/09/20182. Prof. S.A.Madival Assoc. Prof M.Tech,(Ph.D) 16.4 1/09/20183. Prof. Syeda Asra Assoc.Prof M.Tech(Ph.D) 14.2 01/08/20174. Prof. Manjula Biradar Asst. Prof M.Tech 7 01/10/20185. Prof. Anandkumar Assoc.Prof. M.Tech(Ph.D) 10 01/10/20186. Prof. Yogita Patil Assoc. Prof M.Tech(Ph.D) 8 01/10/20187. Prof. Mallanagouda B Asst.Prof M.Tech(Ph.D) 6 01/08/20178. Prof. Savita Patil Asst.Prof M.Tech(Ph.D) 7 01/08/20179. Prof.Sharanabasappa R U Asst.Prof M.Tech 5.5 1/09/201810. Prof.Bhimraya Patil Asst.Prof M.Tech 6.5 1/09/201811.
Prof. Ramesh JadhavAssociate Professor M.Tech,(Ph.D.) 15
Identified
12. Prof.Sachinkumar Veerashetty
Associate Professor M.Tech,(Ph.D.) 7.5
Identified
13.Prof. Virupakshappa
Associate Professor M.Tech,(Ph.D.) 7.5
Identified
14.Prof. Sharanabasappa V.H
Associate Professor M.Tech,(Ph.D.) 7.5
Identified
15. Prof. Nagalinagayya Mathapati
Associate Professor M.Tech,(Ph.D.) 6.5
Identified
16.Prof. Shilpa Patil
AssistantProfessor M.Tech,(Ph.D.) 6.5
Identified
17.Prof. Somashekhar D
Assistant Professor M.Tech,(Ph.D.) 5.5
Identified
18.
Prof.Shivakumar Kagi
Assistant Professor &TPO M.Tech,(Ph.D.) 5.5
Identified
Department of Electronics and Communication Engineering19. Dr. V.D.Mytri Professor M.Tech,Ph.D 46 29/07/201720. Dr. Shivkumar Jawaligi Professor M.Tech Ph.D 17 01/01/201821. Prof. Shashidhar S Assoc.Prof M.Tech(Ph.D) 10 01/08/201722. Prof. Mahesh R K Asst.Prof M.Tech. 7.3 01/08/201723. Prof. Sanjeev jeevani Asst.Prof M.Tech(Ph.D) 7 01/12/201824. Prof. Revansiddappa kinagi Assoc.Prof M.Tech(Ph.D) 10 01/12/201825. Prof. Anuradha S Asst.Prof M.Tech(Ph.D) 11 01/12/201826. Prof. Sharangouda N Asst.Prof M.Tech(Ph.D) 7.5 01/08/201727. Natraj H Asst.Prof M.Tech. 4.4 01/12/201828. Prof. Revati Assoc Prof. M.Tech(Ph.D) 12 01/12/201829. Prof. Sunil J Asst. Prof. M.Tech 9 1/09/201830. Prof. Vilaskumar M Patil Asst. Prof. M.Tech(Ph.D) 8 1/09/201831. Prof.Sharnbasva Hosamani Asst. Prof. M.Tech 6.5 1/08/201832. Prof.Rangayya A Assoc Prof. M.Tech. (Ph.D) 8.10 Identified33. Prof.Rekha S Assoc Prof. M.Tech. (Ph.D) 12 Identified34. Prof.Padmavati S T Asst.Prof M.Tech. (Ph.D) 11.11 Identified35. Prof.Praveen Hipparge Asst.Prof M.Tech. (Ph.D) 8 Identified36. Prof.Harshavardhan R Asst.Prof M.Tech. (Ph.D) 7.11 Identified37. Prof.Sangeeta Asst.Prof M.Tech. 7.11 Identified
Department of Civil Engineering38. Dr.Lingraj Shashtri Prof ME Ph.D 22 29/07/201739. Prof.Rajshekhar Yergol Professor ME.(Ph.D) 18 01/07/2017
40. Prof. Venkatesh K Assoc. Prof M.Tech(Ph.D) 8.5 01/08/2017
41. Prof. Gajendra Asst. Prof M.Tech(Ph.D) 3.5 01/08/2017
42. Prof. Laxmikanth Asst.Prof M.Tech 4.5 01/10/2018
43. Prof. Lingaraj Pyati Asst. Prof M.Tech 06 1/09/201844. Prof. Trupti Konin Asst. Prof M.Tech 04 1/09/201845. Prof.Sharanamma Patil Asst. Prof M.Tech 03 1/09/201846. Prof.Srikanth Asst Prof. M. Tech 4.5 Identified47. Prof.Sandeep Asst Prof. M. Tech 4.5 Identified
48. Prof.Pradeepkumar Reddy Asst Prof. M. Tech 3.5 Identified
49. Prof.Prema Tengli Asst Prof. M. Tech 5.5 Identified
Department of Mechanical Engineering50. Prof. Shivkumar Rachoti Professor M.Tech .Ph.D 13 01/11/2017
Department of Electrical and Electronics Engineering72. Prof. Jagadish Patil Asst.Prof M.Tech 06 1/09/201873. Prof. Chanabasappa B Asst. Prof M.Tech 0.5 1/09/201874. Prof.Sanjukumar Biradar Asst.Prof M.Tech 0.5 1/09/2018
Faculty of Business Studies(MBA)75. Dr. Gururaj C Proffesor MBA Ph.D 12 01/08/2017
76. Dr. Harish S B Assoc.Prof MBA Ph.D 11 01/08/2017
77. Prof.Shashikant K Asst.Prof MBA(Ph.D), k-Set
9.10 01/08/2017
78. Prof. Basavaraj M Asst.Prof MBA 08 01/08/2017
79. Prof. Mayur R K Asst.Prof MBA 06.10 01/08/2017
80.Prof Chandrakanth B Asst.
ProfessorMBA,(Ph.D) 6.4 01/08/2017
81. Prof. Nitesh Asst.Prof MBA 06 01/08/2017
82.Prof Anil kumar C N Asst.
ProfessorMBA,(Ph.D) 4.11 01/08/2017
83. Prof.Anaveer Asst.Prof MBA 8.2 01/08/2017
MBA(DIOMBA)84. Dr. S H Honnalli Prof. MBA, M.Phil,
Ph.D20 01/08/2017
85. Dr. B S Hugar Professor & Chairman
MBA, M. Phil, Ph.D
15.5 01/08/2017
86. Prof.S G Malipatil Asst. Prof. MBA, M.Phil 12.4 01/08/2017
87. Prof.S S Karaddy Asst. Prof. B.Com, MBA, KSET
8 01/09/2018
88. Prof.B S Nidagundi Asst. Prof. MBA 6.11 01/09/2018
89. Prof.Soumya N Asst. Prof. MBA 5.3 01/09/2018
MBA(Hospital Administration)90. Dr. S H Shahapure Assoc.
Professor & Chairman
MBA, M. Phil, Ph.D
NET, KSET, PGDHHM
11.5 01/08/2017
91. Prof.Rooptara S Asst. Prof. MA, MBA in Hospital
Management
0.5 20/07/2018
MBA(Travel & Tourism)92. Prof.VANISHREE C T Assc.prof MBA (PhD.) 10 01/08/201793. Prof.RAVI M M Asst.prof MBA, KSET 11 1/08/201894. Prof.ANUPAM A PATIL Asst.prof MCA 7 01/08/201795.
Prof.KALYANRAO S PATIL
Asst.prof MTA(5YEARS
INTEGRATED)6
01/08/2017
96.Prof.RAKESH
Asst.prof MBA (MARKETING),
M.COM5 1/10/2018
97. Prof.DILIPKUMAR A PATIL
Asst.prof MTA, IATA, SLET 4 01/08/2017
98.Prof.RAHUL RATHOD
Asst.prof MTA(5YEARS
INTEGRATED3 1/08/2018
99.Prof.MAHESHCHANDRA PATIL
Asst.prof MTA(5YEARS
INTEGRATED)3 1.10.2018
100.Prof.SUDHARANI D H
Asst.prof MTA(5YEARS
INTEGRATED)1 1/10/2018
101. Prof.SHWETA PATIL Asst.prof MTA 1 1/10/2018102. Prof.SAVITA B M Asst.prof MBA 1 1/10/2018
Faculty of Architecture103. Prof.Sharanbasappa c Dean M Arch(P hd) 8 17/08/2018104. Prof.Shivakumar Shellagi Asst.prof B Arch 2 01/09/2018105. Prof.Jagadish patil Asst.prof M Arch 5 months 13/07/2018106. Prof.Sharandouda biradar Asst.prof B Arch 5 months 01/09/2018107. Prof.Divya sutrave Asst.prof B Arch 1 01/09/2018108. Prof.Sapna Asst.prof B Arch 3 01/09/2018
Faculty of Engineering & Technology (Exclusively for Women)SL.NO Name of the Teacher Designation Educational Teaching Date of
Qualifications Experience in Years
Appointment
Department of Computer Science Engineering1. Dr.Sujatha.V. Mallapur Professor M.Tech. Ph.D 14 01/08/20172. Prof.Chethana.S.Patil Asst.Prof. M.Tech.,(Ph.D) 4.2 01/08/20173. Prof.Amruta Asst.Prof M.Tech 01/08/20184. Prof.Shivaleela.
Calendar for admission against Management/vacant seats:As per the guidelines issued by Sharnbasva University
12. Criteria and Weightages for Admission Describe each criterian with its respective weightages i.e. Admission Test, marks in
qualifying examination etcAll the admissions are based on CET/PGCET / K-MAT/COMED-K/NATA/SUK Rank score
in B.TECH. MCA, M.TECH, B.ARCH& MBA respectively. There is no separate weightage for marks in qualifying examination.
Mention the minimum level of acceptance, if anyNot Applicable
Mention the cut-off levels of percentage and percentile score of the candidates in the admission test for the last three years
Not Applicable
Display marks scored in Test etc. and in aggregate for all candidates who were admittedNot Applicable
13. List of ApplicantsList of candidate whose applications have been received along with
percentile/percentage score for each of the qualifying examination in separate categories for open seats. List of candidate who have applied along with percentage and percentile score for Management quota seats
Not Applicable
14. Results of Admission Under Management seats/Vacant seatsAs per the guidelines issued by Sharnbasva University
15. Information of Infrastructure and Other Resources Available
Faculty of Engineering & Technology (Co-Education)
UG Class RoomNumber of Class Rooms 64Size of Each 76 m2
PG Class RoomNumber of Class Rooms 18
Size of Each 33m2
Tutorial Number of Tutorial 24Size of Each 32m2
LaboratoryNumber of Laboratories 79Size of Each 66 m2
Computer LaboratoryNumber of Computer Laboratories 9Size of Each 44 m2
Drawing HallNumber of Drawing Hall 3Size of Each 132 m2 Central Examination FacilityExam Section size 30 m2
Number of Rooms 64Size of Each Room 76 m2
Computer CentreComputer Centre Size 450in m2
Hostel FacilitiesThe University has 2 residential hostels, separately for Boys and for Girls. The facilities available at both boys and girls hostel are
Study Halls Common Rooms Drinking water-hot & cold Entertainment Hall and Indoor Games Magazine Section Areas for Sports and Games
Library Number of Library books/ Titles/ Journals available
Library Facilities for Existing UG:Branch/Course No of Volumes No of Titles No of Journals
Laboratory and Workshop List of Major Equipment/Facilities in each Laboratory/ Workshop
Department of Chemistry (Co –Education)SL.No Equipments
Description Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Conductivity meter 14175/- Working2. Colorimeter 8500/- Working3. PH Meter 9500/- Working4. Digital Balance 36650/- Working5. Deionisation plant 18550/- Working6. Potentiometer 8750/- Working7. Hot air oven 11200/- Working8. Water bath 5000/- Working9. Water distillation plant 3950/- Working
Department Of Physics(Co –Education)SL.No
Equipments Description
Value in rupees Present Condition(Working/Non-working)
Remarks
(If any)1. Transistor Characteristics
(2 Sets)3600+3600 Working
2. Series Resonance Circuit(1 set)
3300+600 Working
3. Parallel Resonance Circuit( 1 Set)
3300+600 Working
4. Zener Diode Characteristics(2 Sets)
3500+3500 Working
5. Stephan’s Law of Radiation(1 Set)
4400 Working
6. Diffraction Grating(2 Sets)
8000+8000 2 Working & 2 Not Working
7. Dielectric Constant(1 Set)
4900 Working
8. Fermi Energy (1 Set) 5000 Working9. Young’s Modulus
(1 Set)650+1100 Working
10. Photodiode Characteristics (2 Sets)
8015 Working
11. Torsional Pendulum 4008 Working12. Newtons Rings 13750 Working
Programming for Problem solving Lab (Co –Education)
Computer Science and Computer Networking (Co –Education)
SL.No Equipments Description
Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. WI-FI D-Link Router-02 3,123
Working
2. PRINTER HP lazer Jet M 1005(CSE )
12,199 Working
3. SHARP PHOTOCOPY MACHINE
50,000 Working
4. PRINTER HP lazer Jet P 1007(CSE )
4,600 Working
5. Epson Projector Ceiling Mount
38,650 Working
6. LAPTOPS HP -30 6,46,920 Working
Department Of Physics (WOMEN’S)SL.No Equipments
Description Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Diode Zener Characteristics Expt Setup ( 2 set )
8,900/- Working
2. Photo Diode Expt Setup ( 2 set)
13,250/- Working
3. Ultrasonic interferometer ULT – 501 ( 1 set )
18,000/- Working
4. BH Curve Expt. Setup with CRO Dual ( 1 set )
22,000/- Working
5. Spectrometer-6 with Light( 1 set )
7,000/- Working
6. Mercury vapour lamp-160W ( 1 set )
225/- Working
7. Mercury vapour lamp Box ( 1 set )
750/- Working
8. Grating Imported 15000LPI
3,750/- Working
9. Fermi energy Expt setup and coil , beaker glass ( 2 set )
13,000/- Working
10. Black body radiation-BBR301 ( 2 set )
14,000/- Working
11. Uniform bending apparatus ( 2 set )
1,100/- Working
12. Newtons rings / Airwedge microscope ( 2 set )
18,250/- Working
13. Solid state lamp SSL-501 ( 1 set )
1,500/- Working
14. Electric stove 1,600/- Working15. Digital multimeter, 20,000/- Working
extension box, screw driver set, one meter scale, Thermometer 110c, half meter scale, retort stand with clamp and boss head, screw guage, vernier calipers, soldering gun and stand, soldering lead 0.5kg roll, Fulx, SL100,
16. Laser diffraction set – LAS 301 and Grating 500 LPI ( 2 set )
19,000/- Working
17. Sodium vapour lamp complete set ( 1 set )
4,250/- Working
18. Resonance expt setup – RES201 and Function generator – KFG201 ( 2 set )
8,800/- Working
19. Transistor Characteristics apparatus –TRC501 ( 2 set )
10,000/- Working
20. Capacitor charging and discharging expt setup –CDC201 ( 2 set )
11,150/- Working
21. Photo electric effect and determine planck’s constants ( 1 set )
27,000/- Working
22. Resistivity of semiconductor by four brobe –FP501 ( 1 set )
22,000/- Working
23. cutting plair , servo stabilizer 2KVA, Spirit level, digital multimeter, Patch card set with pin, Test tube , paraffin oil , connectors (8.5’’, 6.0’’,2.5’’), Function generator cable with connectors, Patch cords (2mm-2mm & 4mm 3 inch,6
16,000/- Working
inch,9 inch, 12inch)
24. Torsional pendulum apparatus with circular disc & experimental wire ( 2 set )
3,600/- Working
25. Young’s modulus by uniform bending setup & Travelling microscope (2 set )
8,400/- Working
Department Of Chemistry (WOMEN’S)SL.No Equipments
Description Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Conductivity meter 14,500/- Working2. Colorimeter 9,500/- Working3. PH Meter 9,500/- Working4. Digital Balance 26,335/- Working5. Deionisation plant 15,550/- Working6. Hot Plate 4,200/- Working
Department Of DCN (WOMEN’S)SL.No Equipments
Description Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Digital Communication
Modulation Demodulation Kits
(2 kits)
1,86,000/- Working
2. Antenna Radiation Kits (2 Kits) 2,68,379/-
Working
3. DSP Processors (2 ) 2,90,000/-
Working
4. HP LaserJet 1020 Printer
6,625/- Working
5. CRO AP LAB 30 MHz (2CH 4
Trace)
78,195/- Working
6. Fixed DC +5V Power Supply
8,750/- Working
7. Function Generator 20,000/- Working8. Regulated Dc Dual
power factor of incandescent lamp, fluorescent lamp and LED lamp
9,500/- Working
3. Measurement of energy by using single – phase energy meter
18,000/- Working
4. Two way and three way control of
lamp and formation of truth
table
4,500/- Working
5. Measurement of three-phase power
using two wattmeter method
26,515/- Working
6. Demonstration of fuse and MCB separately by
creating a fault
14,000/- Working
Department Of Mechanical Engineering(CAED) (WOMEN’S)
SL.No Equipments Description
Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Wipro Desktops 2nd Gen core i3,3.3GHz
Processor (61)
11,32,831/- Working
2. D-Link 24 port(04) 5,200/- Working3. Epson Projector 25,497/- Working
4. Projector Screen 8X6 Pull-on(1)
6,113/- Working
5. Techser online 7.5KV with 12
Battery & Stand(2)
2,25,714/- Working
6. HP Laserjet 1213 printer
13,666/- Working
B.ARCH DEPARTMENTSL.No Equipments
Description Value in rupees
Present Condition(Working/Non-working)
Remarks(If any)
1. Computer 24745/- Working2. Laptops (22) 5,59,306/- Working3. Projector with
screen 21,484/- Working
4. Printer 13,983/- Working
List of Experimental Setup in each Laboratory/ WorkshopLab Name: Engineering Physics Lab (18PHYL16/26)
SL.No Experiment Name1. Determination of spring constants in Series and Parallel combination2. Determination of Magnetic field intensity at the center of a circular coil carrying
current(by deflection method).
3. n & I by Torsional pendulum (radius of the wire, mass and dimensions of the regular bodies to be given). (In the examination either n or I to be asked).
4. Young’s modulus of a beam by Single Cantilever experiment (breadth and thickness of the beam to be given)
5. Radius of curvature of plano convex lens using Newton’s rings(wavelength of light to be given)
6. Study Series and parallel LCR resonance and hence Calculate inductance, band width and quality factor using series LCR Resonance
7. Determine Acceptance angle and Numerical aperture of an optical fiber.8. Determine Wavelength of semiconductor laser using Laser diffraction by calculating
grating constant.9. Estimation of Fermi Energy of Copper.10. Study of input and output Transistor characteristics and hence calculate input
resistance11. Draw photodiode characteristics and calculate power responsivity12. Calculation of Dielectric constant by RC charging and Discharging.
Lab Name: Engineering Chemistry Lab (18PCHEL16/26)SL.No Experiment Name
Instrumental Experiments1. Potentiometric estimation of FAS using standard K2Cr2O7 solution.
2. Conductometric estimation of acid mixture.3. Determination of Viscosity co-efficient of the given liquid using Ostwald’s
viscometer.4. Colorimetric estimation of Copper.5. Determination of pKa of the given weak acid using pH meter.6. Flame photometric estimation of sodium and potassium.7. Determine the surface tension of a given liquid at room temp using
stalgmometer by drop number methodVolumetric Experiments
8. Estimation of Total hardness of water by EDTA complexometric method.9. Estimation of CaO in cement solution by rapid EDTA method.10. Determination of percentage of Copper in brass using standard sodium thiosulphate
solution.11. Determination of COD of waste water.12. Estimation of Iron in haematite ore solution using standard K2Cr2O7 solution by
external indicator method.13. Estimation of percentage of available chlorine in the given sample of bleaching
powder (Iodometric method)14. Determination of chloride content of water by Iodometric method
Lab Name: Computer Programming Lab (18CPL17/27)SL.No Experiment Name
PART-A1. Computer Office Applications
• Working with MS Access.• Working with MS Word.• Working with Power point.
2. Familiarization with programming environment, concept of naming the program files, storing, compilation, execution and debugging. Taking any simple C- code.
3. Simple computational problems using arithmetic expressions and use of each operator leading to implementation of a Commercial calculator.
4. Problems involving if-then-else structures. Implement different ways of finding the largest of given three positive integers.
5. Problems Solving using looping statements.
PART-B6. Introduce Iterative problem solving and implement Taylor series approximation to
compute Sin(x) or polynomial.7. Introduce 1D/2D Array manipulation and implement bubble sort technique.8. Implement Matrix multiplication and ensure the rules of multiplication are
checked.9. Use functions to check whether the given string is a Palindrome. Convince the
parameter passing techniques.10. Implement structures to read, write, and compute average- marks and the
students scoring Above and below the average marks for a class of 60 students.11. Implement addition of array elements using Pointers.12. Implement Recursive functions, namely, GCD and Binary to Decimal Conversion.13. Implement a C program to maintain a record of “n” student details using an array
of structures with four fields (Roll number, Name, Marks, and Grade). Each field is of an appropriate data type. Print the marks of the student given student name as input.
Lab Name: Electronics & Electrical Lab (18EECL17/27)Sl.No Experiment Name
PART-ACourse content: Electrical laboratory
01 To verify KCL and KVL02 Measurement of Power, Power factor of incandescent lamp, Fluorescent
lamp, CFL lamp and LED lamp.03 Measurement of Energy by using 1-phase meter and its caliberation04 Two way and three way control of lamp05 Measurement of power in 3-phase system using two -wattmeter method
Demonstration experiment for CIE only01 Wires and cables of different size and its current carrying capacity02 Electrical switch gears MCCB, MCB, RCCB and fuse03 Cut out section of electrical machines, D.C machines, Power transformer,
Induction motor (1-phase and 3- phase) , Synchronous machinesPART-BCourse content: Electronics laboratory
01 Measurement of the following using CROi) Frequency/Time measurement of the following using sine and square waveii) AC and DC voltagesiii) Component testing (Diode and Transistor)
02 Study of characteristics of PN junction diode03 Implementation of half wave, full wave and Bridge rectifiers04 Study of CB, CE transistor characteristics05 Realization of logic gates using IC’s
Lab Name: C-Programming Lab (17MCA16)SL.No Experiment Name
1. a ) Write a C program to Convert degrees into Fahrenheit’s and vice versab) Write a C program to Calculate salary of an employee given his basic pay,HRA=10% of basic pay,TA=5% of his basic pay and deductions IT=2.5% of his basic pay.
2. a ) Write a C program to Solve Quadratic Equation for given values of A,B and Cb) Write a C program to Check weather a given number is Perfect or Not
3. a ) Write a C program to generate all Armstrong numbers up to nb) Write a C program to find GCD and LCM of a Number
4. a) Write a C program to calculate Fibonacci of a given Number.b) Write a C program to calculate Factorial of a given Number.
5. Write a C program to sort a given array using Bubble Sort [Ascending or Descending Order]
6. a) Write a C program to search a element by using liner searchb) Write a C program to search a element by using binary search.
7. Write a C program to read two matrices A and B of size M X N & perform the multiplication of two matrices.
8. Write a C program to perform String handling Operations Compare two strings Concatenate two strings
Display the length of string.Display reverse of a string.
9. a) Write a C Program to create User defined function named SUM() which accepts 2 arguments of type integers and return the sum of them. b) Write a C program to create User defined function namedEVENODD() which accepts one arguments of the Integer Type and return if the Number is Even or Odd.
10. Using structure use fields like city_name,population,district_name,Total_Engg_colleges&Medical_colleges. Read and Display same data on screen.
11. To create a structure named EMP,that have member variables as.Employeeno,Employee_ Name,basicsalary,DA,HRA,TA,PF and gross salary.
12. To illustrate file program, to read and write text file.13. To illustrate a file program to find a size of file.14. To illustrate file program copy data from one file to another file
Lab Name: Probability and statistics Lab(17MCA17)SL.No Experiment Name
1. To find mean of a grouped data. Test your program data set.
2. To find the median for grouped data. Test your program with suitable data
set.
3. To find the standard deviation of grouped data. Test your program with
suitable data set.
4. To find the Karl Persons Correlation co-efficient. Test program with data set.
5. To find the quartile deviation and co-efficient of quartile deviation with
suitable data set.
6. To find the co-efficient of variance for the data given by the user with
suitable data set.
DE lab7. Convert the following numbers to decimal
a) (1001001.011)2
b)(12121)3
c) (1032.2)4
d) (0.342)6
e) (50)7
f) (8.3)9
g) (198)12
8. Represent the decimal number 8620 in the following:a) BCDb) Excess-3
9. Demonstrate by means of truth tables the validity of the following theorems of Boolean algebra .
a) Associative Lawsb) DeMorgans theorem for three variables.
10. Obtain the simplified expressions in sum of products for the following Boolean functions
11. Design a combinational circuit that accepts a 3 bit number and generates an output binary equal to the square of the input number
12. Implement a full-subtractor with two half subtractor and an OR gate.13. Implement a full adder circuit with a decoder and two OR gates.14. Design a combinational circuit using ROM that accepts a 3 bit number and
generates an output binary number equal to the square of the input number.15. Design a circuit to convert excess-3 to BCD code converter.16. Design a counter that has a repeated sequence of six states as listed below
using JK flip flopCount SequenceA B C0 0 00 0 10 1 01 0 01 0 11 1 0
17. Design a counter to count 0,3,6,2,1 and repeat using D flip flop
Lab Name: Unix lab (17MCA36)SL.No Experiment Name
1. Write a shell script program to display the current date, time, username and current working directory of active session of a Linux.
2. Write a Shell Script Program to check whether the file is in the root folder or not, file name is supplied as command line argument.
3. Write a shell script program to print a message “HELLO WORLD” on the screen with bold and Blink effect and also in different colors like RED, BROWN ETC...Using echo command.
4. Write a shell script program find even sum and odd sum of given numbers.
5. Write a shell script program to ADD two integers, which are supplied as command line arguments.
6. Write a shell script program to find the smallest numbers supplied as command line arguments.
7. Write a shell script program to compute the area of Square and rectangle, the input is supplied as command line arguments.
8. Write a shell script program to print given numbers in reverse order.
9. Write a shell script program to print Sum of all digits in a given Number.
10. Write a shell script program to print 5 Odd numbers.
11. Write a shell program to concatenate two strings and find the length of the resultant string in Unix.
12. Write a shell program which would receive the log name during execution, obtain information about it from /etc/passswd and display this information on screen in UNIX.
13. Write a shell program to display time in word in Unix/Linux.
14. Write a shell script to find the largest among the 3 given numbers in UNIX.
Lab Name: Computer Network lab (17MCA37)SL.No Experiment Name
Flow control5. Stop-and-Wait6. Go-back-N7. Selective and Repeat
Stuffing8. Bit9. Character
Network protocol10. IP address is valid or not11. Find a class in a given IP address12. Shortest path
Cryptography
13. Public-key. 14. RSA cryptography.
Lab Name: Visual programming Lab (17MCA38)SL.No Experiment Name
1. Design a form using Label, TextBox, and Button to perform arithmetic operations.
2. Design a form to calculate the simple interest and compound interest.
3. Obtain age of a person and determine through a function whether the person is eligible for voting or not.
4. Design a login form with username and password to check whether the entered username and password are correct or not using TextBox and Button controls. Set * as password character.
5. Design a form to concatenate two strings and find the length of the resultant string and also convert the resultant string to uppercase/lowercase letters.
6. Design a form that displays food item names, price and then compute the amount to be paid for the items based on the number of items purchased.
7. Create a form using CheckBox and RadioButton to give the effect of fonts such as Bold, Italic, and Underline respectively for the text entered in the RichTextBox control.
8. Design a student admission form for the PG course.
9. Design and implement MDI form that contains two or more child forms.
10. Develop a menu based application to implement a text editor with cut, copy, paste operations.
11. Create a class named Data with data members and functions to read and display the values of data members. Create another class Addition that inherits class Data and performs addition on data members.
12. Implement method overloading to compute area of circle and area of rectangle.
13. Implement method overriding by creating classes named Base and Derived.
14. Create an interface named Interface1. Implement this interface in a class Test.
15. Design and implement database application to store the details of employee using ADO.NET and perform insert, update and delete operations
Lab Name: Structural Analysis and Design Lab-I(17CSEL16)SL.No Experiment Name
1. Static and Dynamic analysis and design of Multistory Building structures using software (ETABS/ STAADPRO)
2. Preparation of EXCEL sheets for structural design.
Lab Name: Structural Analysis and Design Lab-IISL.No Experiment Name
1. Testing of beams for deflection2. Testing of beams for flexure 3. Testing of beams for shear4. Experiments on Concrete, including Mix design5. Experiments on vibration of multi storey frame models for Natural
frequency and modes. 6. Use of Non destructive testing (NDT) equipments –Rebound
hammer,7. Ultra sonic pulse velocity meter and Profometer
Lab Name: Design Engineering Lab-I(17MDE16)SL.No Experiment Name
1. Numerically Calculation and MATLAB Simulation2. Modelling and Simulation of Control Systems using MATLAB.3. Vibration Characteristics of a Spring Mass Damper System.4. Stress analysis of rectangular plate with circular hole under
Uniform Tension and Compression using FEA package5. Fluid Flow Analysis of engineering Structures using FEA package.6. Advanced Composite Material Testing
Lab Name: Design Engineering Lab-2(17MDE26)SL.No Experiment Name
1. Numerically Calculation and MATLAB Simulation2. Modelling and Simulation of Control Systems using MATLAB.3. Vibration Characteristics of a Spring Mass Damper System.4. Stress analysis of rectangular plate with circular hole under
Uniform Tension and Compression using FEA package5. Fluid Flow Analysis of engineering Structures using FEA package.6. Advanced Composite Material Testing
Lab name: Digital Electronics lab-1 (17LDEL16)SL.NO EXPERIMENT NAME
01 Using Cadence OrCAD or OrCAD Lite or any EDA Tool, designand verify the following:a) 3½ Digit Digital Voltmeterb) Monolithic function Generatorc) Regulated Power suppliesd) Batch counter using TTL ICs.e) DAC and ADCf) P, PI, PID and ON/OFF Controllersg) Programmable Timersh) Filters and Resonance Circuits
02 Develop Verilog Program for design and testing the followingdigital circuits (for 4/8 bits) using FPGA/CPLD. Use logicanalyzer/ Chipscope for the verification of results.
(Note: Programming can be done using any complier. Down load theprograms on FPGA/CPLD boards and performance testing may bedone using pattern generator (32 channels and logic analyzer)/Chipscope pro. Implementing the above designs onXilinx/Altera/Cypress/equivalent based FPGA/CPLD kits.)
a) Carry skip and carry lookahead adderb) BCD adder and subtractorc) Array Multiplication (signed and unsigned)d) Booth multiplication (radix-4)e) Magnitude comparatorf) LFSRg) Parity generatorh) Universal Shift Register
i) Sequence generation (11101 say) using Mealy/Moore FSM
Lab name: Digital Electronics lab-2 (17LDEL26)
SL.NO EXPERIMENT NAME01 PART-A: Graphical Programming using LabVIEW
a) Design of 4 bit Adders (CLA, CSA, CMA, Parallel adders)b) Design of Binary Subtractorsc) Design of Encoder (8X3), Decoder(3X8)d) Design of Multiplexer (8X1), and Demultiplexer (1X8)e) Design of code converters & Comparatorf) Design of FF (SR, D, T, JK, and Master Slave with delays)g) Design of registers using latches and flip-flopsh) Design of 8 bit Shift registersi) Design of Asynchronous & Synchronous Counters
02 PART-B: ARM-CORTEX M3[Programming to be done using Keiluvision 4 and download theprogram on to a M3 evaluation board such as NXP LPC1768 orATMEL ATSAM3U]a) Write an Assembly language program to calculate10+9+8+.........+1b) Write a Assembly language program to link Multiple object files and link them together.c) Write a Assembly language program to store data in RAM.d) Write a C program to Output the "Hello World" message usingUART.e) Write a C program to Design a Stopwatch using interrupts.f) Write an Exception vector table in Cg) Write an Assembly Language Program for locking a Mutex.h) Write a SVC handler in C. Use the wrapper code to extract thecorrect stack frame starting location. The C handler can thenuse this to extract the stacked PC location and the stacked register values
Lab name: - VLSI and ES LAB - 1 (17LVEL16)SL.NO EXPERIMENT NAME
01 Digital Design Experiments: Using Verilog code and any Compiler. Download code to FPGA/CPLD board and verify the output using Logic Analyzer or Chipscope a) Design and verify an 8 to 3 programmable priority encoder b) Design and verify 3-bit Arbitrary Counter and repeat the given sequence. c) Design and Verify BCD adder and subtractor d) Design and verify a sequential block to generate a sequence (say 11101) using appropriate FSM. e) Design and verify 8 bit Ripple carry adder and Carry skip adder. f) Design and verify a Linear feedback shift register based on a given polynomial expressiong) Design and verify the following 8 bit multipliers. Also report on area delay trade-off i) Serial Multiplier ii) Parallel Multiplier h) Design and verify a parameterized FIFO i) Design and verify register file which has 32-entry 3-ports
having explicit address decoder. The ports are dedicated for read and write and will take one clock cycle for read or write operation
02 ARM Cortex M3 Programs: (Programming to be done using Keil uvision 4 and download the program on to a M3 evaluation board such as NXP LPC1768 or ATMEL ATSAM3U) a) Write an Assembly language program to calculate the sum and display the result for the addition of first ten numbers. SUM = 10+9+8+.........+1 b) Write a Assembly language program to link multiple object files and link them together c) Write an Assembly language program to store data in RAM d) Write a C program to Output the “Hello World” message using UART e) Write a C program to Design a Stopwatch using interrupts
Lab name: VLSI and ES LAB - 2 (17LVEL26)SL.NO EXPERIMENT NAME
01 Part – A: Experiments to be done using CADENCE / SYNOPSIS / MENTOR GRAPHICS / TANNER Tool) 1. Design an Inverter with given specifications*, completing the design flow mentioned below:a. Draw the schematic and verify the following i) DC Analysis ii) Transient Analysisb. Draw the Layout and verify the DRC, ERCc. Check for XXd. Extract RC and back annotate the same and verify the Designe. Verify & Optimize for Time, Power and Area to the given constraint***( Following specification may be used to design an Inverter in gpdk180nm technology with minimum area:i. Maximum output rise time=100psii. Maximum output fall time=100psiii. Pavg≤15μwiv. Load capacitance= 50fFv. Input rise time=200psvi. Input fall time=200ps Choose maximum frequency based on the power)
Design the following circuits with given specifications*, completingthe design flow mentioned below:a. Draw the schematic and verify the following i) DC Analysisii) AC Analysis iii) Transient Analysisb. Draw the Layout and verify the DRC, ERC, LVSc. Check for XXd. Extract RC and back annotate the same and verify the Design.2. i) A Single Stage differential amplifier ii) Common source amplifier3. Design an op-amp with given specification* using given differential amplifier Common source amplifier in library**
4. Design a 4 bit R-2R based DAC for the given specification**5. Design an Integrator and Differentiator using OPAMP (First Order)6. Design and characterize a basic Sigma delta ADC from the available designs.7. Design a simple NAND/NOR gate using any one of the tools given above.
Any other experiments may be added in supportive of the course)* Appropriate specification should be given.** Applicable Library should be added & information should be givento the Designer.*** An appropriate constraint should be given
02 Part – B: Experiments to be done using Linux
Develop and test programs to (a) create child process anddisplay it‘s id and (b) Execute child process function usingswitch structure2. Develop and test program for a multithreaded application,where communication is through a buffer for the conversion oflowercase text to uppercase text, using semaphore concept.3. Develop and test program for a multithreaded application,where communication is through shared memory for theconversion of lowercase text to uppercase text.4. Develop program for inter-thread communication usingmessage queue. Data is to be input from the keyboard for thechosen application.5. Create ‗n‘ number of child threads. Each thread prints themessage ―I‘m in thread number …‖ and sleeps for 50 ms andthen quits. The main thread waits for complete execution of allthe child threads and then quits. Compile and execute inLinux.6. Implement the multi-thread application satisfying thefollowing :i. Two child threads are created with normalpriority.ii. Thread 1 receives and prints its priority and sleeps for 50ms andthen quits.iii. Thread 2 prints the priority of the thread 1 and rises its priorityto above normal and retrieves the new priority of thread 1, prints itand then quits.iv. The main thread waits for the child thread to complete its job and quits.7. Implement the usage of anonymous pipe with 512 bytes fordata sharing between parent and child processes using handleinheritance mechanism
Computing Facilities
Internet Bandwidth : 30 Mbps Number and configuration of System : 158 & core i3, 4gm Ram, 1TB HD Total number of system connected by LAN :200 Total number of system connected by WAN :Nil Major software packages available :Windows 10 home edition, Windows
server 2008 R2, Mysql server, Visual studio 2008
Special purpose facilities available :CISCO Training
List of facilities available Games and Sports Facilities are
Outdoor Game Basket Ball Cricket Track & Field Volley Ball Kabaddi Kho-kho
Indoor Game Carom Chess Table Tennis
Extra-Curricular ActivitiesA cultural festival, which is conducted every Year, is an expression of their solidarity and team spirit.
Teaching Learning Process Curricula and syllabus for each of the programmers as approved by the University
Academic Calendar of the University Information is available & enclosed
http://www.sharnbasvauniversity.edu.in/img/academic.jpg Teaching Load of each Faculty
24 Hrs per week
Internal Continuous Evaluation System and placeUniversity academically conducts 3 internals per semester. After evaluation weaker students
are identified and extra tutorial classes are conducted. This cycle continues until the completion of course. Student’s assessment of Faculty, System in place
Feedback forms about faculty performance are collected from the students every semester. The feedback forms are evaluated and deficiencies are noted to improve efficiency and give quality output.
For each Post Graduate Courses give the following:
Title of the Course:M.Tech.- Computer Science Engineering