Mtech Program Structure| IcfaiTech Hyderabad

M.Tech Program Structure

Year	Semester I		Semester II
Year	Courses	Credits	Courses	Credits
I	Research Methods-I	5	Research Methods-II	5
	DC-I	5	Interdisciplinary Course-I	5
	DC-II	5	Interdisciplinary Course-II	5
	DC-III	5	Elective-I	5
	DC-IV	5	Elective-II	5
	Total Credits	25	Total Credits	25
Summer
II	Elective-III	5	Internship/Thesis	20
	Elective-IV	5
	Special Project	10
	Total Credits	20	Total Credits	20
Total Credits for the Program				90

DC: Discipline Course

Note: Program structure is tentative, subject to change.

M.Tech. CS (AI&ML)
S. No	Discipline Courses
1	Research Methods I
2	Applied Machine Learning
3	Natural Language Processing & Cognitive Computing
4	Deep Learning
5	Reinforcement Learning
6	Research Methods II
Interdisciplinary Courses
1	Recommender System Using Machine Learning
2	Computational Intelligence
Electives
1	Algorithmic Complexity
2	Computational Aspects of Robotics
3	Computational Genomics
4	Pattern Recognition
5	Computer Vision
6	Real Time Intelligent Systems
7	Artificial Intelligence in Intelligent Systems

Note: Program Structure is tentative, subject to change.

M.Tech. (Robotics& Automation)
S.No	Discipline Courses
1	Research Methods I
2	Robotics: Analysis & Systems
3	Drives & Control Systems for Automation
4	Sensors Applications in Robotics
5	Robotic Engineering Applications
6	Research Methods II
Interdisciplinary Courses
1	Analytics in IoT
2	Applied Machine Learning
Electives
1	Advances in Robotics
2	Bio-Robotics
3	Finite Element Methods
4	Automation Manufacturing
5	Computer Aided Engineering
6	Embedded Systems
7	Automatic Control Systems
8	Digital Image Processing
9	Human Computer Interaction
10	Robotics Science & Systems

M.Tech ECE (Digital Electronics & Communication Systems)
S. No	Discipline Courses
1	Research Methods-I
2	Digital Systems Design
3	Advanced Microcontrollers & Processors
4	Wireless communication & computer Networks
5	VLSI Physical Design
6	Research Methods-II
Inter disciplinary Courses
1	Machine Learning based Signal Processing
2	Advanced soft computing Techniques
Electives
1	Advanced Digital Signal Processing
2	Detection and Estimation of Signals
3	SATELLITE and RADAR Communication Systems
4	MIMO Wireless Communication
5	VLSI Design Verification and Testing
6	Programming Languages for Embedded Software
7	RTL Simulation and Synthesis
8	Advanced Antennas for Space Communications
9	Machine Learning for Wireless Communication
10	OPTICAL Communication and Networks
11	VLSI Signal Processing
12	Embedded and Real Time Systems
13	DSP Processors and Architectures
14	Analog and Digital IC Design
15	Smart Antennas