Dual Degree Programme · 2022 Batch · Electrical Engineering · IIT Bombay
Control & Computing
65 courses · 10 semesters · 381 total credits · 77 electives
Semester 1
Total: 39 + PP creditsCalculus I
MA 109
Calculus II
MA 111
Makerspace
MS 101
Biology
BB101
Organic & Inorganic Chemistry
CH105
Physical Chemistry
CH107
Chem lab
CH117
NCC/NSS/NSO
NOCS 01
Gender in the workplace
GC 101
Semester 2
Total: 39 + PP creditsLinear Algebra
MA 106
Differential Equations
MA 108
Introduction to the arts (H)/Introduction to Psychology/Introduction to Design/Economics-HASMED CORE
HS112/HS110/DE109/EC101
Computer programming
CS 101
Introduction to classical physics
PH 111
Introduction to quantum physics
PH 112
Physics lab
PH 117
NCC/NSS/NSO
NOCS 02
Introduction to Management
SOM101
Teaching Assistant Skill Enhancement & Training (TASET)
TA 101
Semester 3
Total: 33 creditsHASMED CORE
TBD
Semester 4
Total: 39 creditsDesign Thinking-HASMED CORE
DE 250
Semester 5
Total: 39 creditsHASMED Elective-1
TBD
Department Elective -1
TBD
Semester 6
Total: 36 creditsDepartment Elective - 2
TBD
HASMED Elective-2
TBD
Interdisciplinary STEM Elective-1
TBD
Semester 7
Total: 42 creditsDepartment Elective - 3
TBD
Flexible Elective - 1
TBD
Interdisciplinary STEM Elective-2
TBD
Supervised Research Exposition
TBD
Environment Studies
ES 200 & HS 200
Semester 8
Total: 42 creditsFlexible Elective - 2
TBD
Flexible Elective - 3
TBD
Flexible Elective - 4
TBD
Flexible elective - 5
TBD
Semester 9
Total: 36 creditsDual Degree Project - I
TBD
Semester 10
Total: 36 creditsDual Degree Project - II
TBD
Specialization Electives
Space flight dynamics
AE713
Navigation of Autonomous Vehicles
AE688
Guidance of Aerospace Vehicles
AE686
Motion planning and coordination of autonomous vehicles
SC627
Principles of Data and System Security
CS745
Robust Control
EE6111
Introduction to Stochastic Control
EE737
Advanced Computing for Electrical Engineers
EE717
Mathematical and Statistical Methods in Chemical Engineering
CL602
Process Modelling and Identification
CL625
State Estimation Theory and Applications
CL653
Computational Methods in Chemical Engineering
CL701
Games and Information
SC631
Optimization Techniques
IE601
Adaptive Control Theory
SC617
Advanced Process Optimization
CL647
Advanced Process Control
CL686
Embedded Control System
SC700
Introduction to Linear Filtering and Beyond
SC612
Introduction to Stochastic Control
EE737
Combinatorics/CS604 Combinatorics
SI419
Decision Analysis and Game Theory
IE616
Integer Programming: Theory and Computations
IE716
Networks, Games and Algorithms
IE718
Convex Analysis
IE804
Machine learning theory
CS726
High Performance Scientific Computing
ME766
Robotics
ME604
Intelligent Feedback and Control
SC645
Principles of Data and System Security
CS745
Guidance and control of unmanned autonomous vehicles
AE700
Motion planning and coordination of autonomous vehicles
SC627
Embedded systems
CS684
Embedded Control System
SC700
Foundations of Machine Learning
CS725
Probabilistic foundations of AI (previously CS726)
CS791
Introduction to Linear Filtering and Beyond
SC612
State Estimation Theory and Applications
CL653
Foundations of Intelligent and Learning Agents
CS747
Markov Decision Processes
IE708
Decision Analysis and Game Theory
IE616
Games and Information
SC631
Networks Games and Algorithms
IE718
Game Theory and Algorithmic Mechanism Design
CS6001
Combinatorics
SI419
Combinatorics
CS604