Core Courses
The candidate has to complete the following core courses.
| Code | Course Title |
| EE 7101 | Research Methodology |
| EE 7102 | Simulation, Modeling and Optimization |
| EE 7107 | Linear System Theory |
| EE 7110 | Stochastic Processes |
The fields of specialization offered are:
Industrial Automation
Control and Artificial Intelligence
Industrial Automation
| Code | Course Title |
| EE-6102 | Industrial Control Systems |
| EE-6103 | Advanced Digital Electronics and Interfacing Techniques |
| EE-6104 | Electronic Design Automation |
| EE-6105 | Measurement and Calibration of Electronic Systems |
| EE-6106 | Intelligent Measurements and Instrumentation |
| EE-6107 | Advance Power Electronics |
| EE-6108 | Sensors and Systems |
| EE-6109 | Robotics and its Application of Industrial Electronics |
| EE-6110 | Selected Topics in Industrial Electronics |
| EE-7112 | Design of Industrial Control Systems |
Control and Artificial Intelligence
| Code | Course Title |
| EE 6113 | Fuzzy Logic and Intelligent Electronic Control Systems |
| EE 7104 | Dynamics and Controls of Nonholonomic Systems |
| EE 7109 | Advance Digital Signal Processing |
| EE 7116 | Digital Image Processing and its applications |
| EE 7118 | Artificial Intelligence and Advanced Neural Networks |
| EE 7119 | Machine Learning |
| EE 7120 | Selected Topics in Control and Artificial intelligence I |
| EE 7121 | Selected Topics in Control and Artificial intelligence II |
General Electives
| Code | Course Title |
| EE 6114 | Solid State Drives |
| EE 6115 | FPGA Based Systems |
| EE 7103 | Mechatronics |
| EE 7105 | Embedded System Modeling |
| EE 7106 | Advance Engineering Mathematics |
| EE 7108 | Adaptive Systems |
| EE 7109 | Advance Digital Signal Processing. |
| EE 6199 | MS Thesis |
