Curriculum - BTech in CS + MS by Research in CNS

Curriculum and Graduation Requirements [Subject to Changes]

 
September 2012
Year
Semester
CD
AD
CNO
CName
L-T-P-Credits
I
I
In
MA
IMA 101
Mathematics I
3-1-0-4
I
I
In
CS
ICS 101
Computer Programming
3-1-3-5
I
I
In
EC
IEC101
Digital Logic Processors
3-1-3-5
I
I
In
CS
ICS102
IT Workshop I
2-0-3-3
I
I
In
HS
IHS141/131
English/HSS Group A
2-0-0-2
I
I
In
HS
IHS151
Human Values I
0-2-0-2
I
I
PR
CNS
SCI101
General Physics (CM+QM)
3-1-0-4
Total 16-6-9-25
Total In-class hours: 22
I
II
In
MA
IMA102
Mathematics II
3-1-0-4
I
II
In
CS
ICS103
Data Structures
3-1-3-5
I
II
In
CS
ICS104
Computer System Organisation
3-1-0-4
I
II
In
CS
ICS105
IT Workshop II
2-0-3-3
I
II
In
HS
IHS142/132
English/HSS Group A
2-0-0-2
I
II
PR
CNS
SCI341
General & Structural Chemistry (Including Symmetry)
3-1-0-4
 
 
 
 
 
I
II
PR
CNS
SCI101
Introduction to Biology
3-1-0-4
Total 19-4-6-26
Total In-class hours: 23
II
I
In
MA
IMA201
Mathematics III
3-1-0-4
II
I
In
CS
ICS211
Algorithms
3-1-0-4
II
I
In
CS
ICS241
Introduction to Databases
2-1-0-2
II
I
In
CS
ICS261
SSAD & Project
3-0-3-3
II
I
PR
CNS
SCI331
Thermodynamics & Statistical Mechanics
3-1-0-4
II
I
PR
CNS
SCI345
Biomolecular Structure & Supramolecular Chemistry
3-1-0-4
II
I
PR
CNS
SCI371
Science Lab I
0-1-4-4
Total 17-6-7-25
Total In-class hours: 23
II
II
In
HS
IHS201
Introduction to Humanities
3-1-0-4
II
II
Pr
CS
CSE311
Formal Methods
2-1-0-2
II
II
In
HS
IHS152
Human Values II
0-2-0-2
II
II
Pr
CS
CSE251
Graphics
2-1-0-3
II
II
PR
 
SCI346
Organic Chemistry
3-1-0-4
II
II
PR
CNS
SCI372
Science Lab II
0-1-4-4
II
II
PR
CNS
SCI347
Select topics in Phys Chemistry: (Kinetics, Rxn. Dynamics, solid state, electrochemistry)
3-1-0-4
Total 13-8-4-23
Total In-class hours: 21
III
I
In
CS
ICS231
Operating Systems
2-1-1-3
III
I
Pr
CS
 
Bouquet Core
3-1-0-4
III
I
Pr
CNS
SCI471
Honours project I (CNS)
0-0-8-4
III
I
Pr
CNS
SCI437
QM-II & spectroscopy
3-1-0-4
III
I
Pr
CNS
SCI421
Advanced Biology (cellular/molecular/genetic)
3-1-0-4
III
I
Pr
CNS
SCI373
CNS Lab
0-1-4-4
Total 11-5-12-23
Total In-class hours: 16
III
II
Pr
CNS
SCI438
Electromagnetism and Optics
3-1-0-4
III
II
Pr
CS
CSE481
Optimization Methods
3-1-0-4
III
II
Pr
CS
 
Bouquet Core
3-1-0-4
III
II
Pr
CNS
 
CNS Elective
3-1-0-4
III
II
Pr
CS
CSE492
Honours Project II (CS)
0-0-8-4
III
II
In
CS
 
CS Elective
3-1-0-4
Total 15-5-8-24
Total In-class hours: 20
 
IV
I
Pr
CS
 
Bouquet Core
3-1-0-4
IV
I
OT
[+]
 
Free Elective
3-1-0-4
IV
I
Pr
CNS
 
CNS Elective
3-1-0-4
IV
I
Pr
CNS
 
CNS Elective
3-1-0-4
IV
I
Pr
CNS
SCI472
Honours Project III (CNS)
0-0-8-4
IV
I
Pr
CS
 
CS Elective
3-1-0-4
Total 15-5-8-24
Total In-class hours: 20
IV
II
Pr
CS
 
Bouquet Core
3-1-0-4
IV
II
Pr
CNS
 
CNS Elective
3-1-0-4
IV
II
Pr
CNS
SCI473
Honours Project IV (CNS)
0-0-8-4
IV
II
OT
[+]
 
Free Elective
3-1-0-4
IV
II
EG
 
 
Engineering Elective
3-1-0-4
Total 12-4-8-20
Total In-class hours: 16
 
V
 
I+II
 
SCI 800
Thesis work
12 +12 Credits
Total 24 credits

CNS Electives:

Introduction to Bioinformatics

Advanced Bioinformatics
Quantum Mechanics III
Advanced Biology
Science of Quantum Computing
Complex Systems: Dynamics
Research Proj. In Compu. Biology
Physics of Advanced Materials
Nanotech. & sci of nanobio systems
Systems Biology
Graduate Requirements
 
Institutional Core
66
66
Programme Core
52
118
Bouquet Core (5)
5*4 = 20
138
Engineering Elective (1)
1*4 = 04
142
CNS Electives (4)
4*4 = 16
158
CS Electives (2)
2*4 = 08
166
CS Project (1) (Honors project II)
1*4 = 04
170
Honours Project I, III, IV
3*4 = 12
182
Free Electives (2)
2*4 = 08
190
Thesis Credits – Typically in 5th year
12*2=24
214
TOTAL
 
214 Credits
 
  1
2
3
4
5
6
7
8
Total
Maths
4
4
4
-
-
-
-
-
12
CS
8
8
9
9
7
16
8
4
69
CNS
4
8
12
12
16
8
12
8
80
Humanities
4
2
-
6
-
-
-
-
12
EC
5
-
-
-
-
-
-
4
9
Free
-
-
-
-
-
-
4
4
8

 

 
In order to graduate with B.Tech (Honours) in Computer Science and MS by Research in Computational Natural Science, a student must successfully complete 190 course credits and 24 Thesis credits, with minimum CGPA of 7.00 and meet the following requirements.
 
1) Meet the requirements as given in the above table and
 
2) Students are required to complete 4 PT Credits which will be counted towards extra-curricular credits (not part of credit requirements mentioned above).
 
3) Must successfully complete the four 4 credit Honours Projects in semesters V, VI, VII & VIII and obtain a GPA greater than 8 in these projects.

 

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