M.Tech. (CSE, Civil, ECE, EE, Mech.)

Computer Science and Engineering

M. Tech. Computer Science and Engineering programme builds an advanced level technological base in Computer Science and Engineering. It is aimed at preparing computer professionals for research, academics, design and development in hardware and software and co-design technologies. It enables students to analyze, design, develop and evaluate high-end computing systems, undertake challenging projects and carry out research activities. The graduates will attain employment in the field of research, academics, design & development in hardware & software and co-design technologies or any other closely related field.

Artificial intelligence

Artificial Intelligence is the science and engineering of making computer machines able to perform tasks which normally require human intelligence, such as visual perception, speech recognition etc. Artificial intelligence has a wide scope of applications, from software development, robotics, space exploration, medical diagnosis, stock trading, remote sensing and scientific discoveries, there are many other fields which are likely to be benefited with the concept of artificial intelligence and eventually get employed in world class organisations like NASA, ISRO and many others. Other such applications where there’s a possibility of getting jobs in the field of artificial intelligence are aviation, transportation, toys, gaming and the automated industry. A student completing this program will be able to undertake industry careers involving innovation and problem solving using Artificial Intelligence (AI) and Machine Learning (ML) technologies.

Data Analytics

M.Tech Data Science programme aims to develop computational and statistical skills for data-driven multi-disciplinary problems. Data science integrates statistics and data mining techniques to develop methods to collect, process and extract meaningful information from large and diverse data sets. The M. Tech in Data science curriculum will prepare student in areas such as Machine Learning, Deep Learning, Data Mining, Predictive Analytics, large-scale data analytics and Big Data. The usefulness of this course is in every industry, government organization, and Internet start-ups to financial institutions to handle big data projects at every level.

Cloud Computing

The program focuses on technologies managing huge traditional and non-traditional data including temporal, spatial and multi-dimensional data. It also focuses on cloud computing concepts that feature subjects as well as projects that typically involve construction and experimentation with software prototypes. The aim of the programme is to produce postgraduates with advanced knowledge and understanding of Data Engineering and Cloud Computing, higher order critical, analytical, problem solving and transferable skills, ability to think rigorously and independently to meet higher level expectations of ICT industry, academics, research establishments or take up entrepreneurial route.

Cyber Security

The programme is designed to take students through the wider aspects of security threats, challenges and associated strategies for solving such problems. The Specialization will include challenges on threat intelligence, application security, security analytics etc. During the course, students are exposed to various tools for secure communications, analytics and threat management. The unique design of the Programme focuses on providing a high degree of industry exposure, academic and functional experts from the industry in this domain.

Digital Communication

M.Tech. in Digital Communication is a 2- year course divided into 4 semesters, focussing on both theoretical and practical exposure to students in communication and networking areas. It is designed to offer a modern, industry-oriented education in communication applications. M.Tech. in Digital Communication program aims at producing trained professionals who can successfully meet the demands of the fast- growing telecommunication industry. Telecommunication Engineers manage a variety of communication technologies. They research, design and develop satellite and cable systems, mobile phones, radio waves, the internet and email.

VLSI and Embedded Systems

The 2-Years full time M.Tech program in VLSI and Embedded Systems will cover the fundamentals and engineering aspects of designing and developing IC-based systems. Traditionally, VLSI technology has emerged out as a successful conglomeration of two streams: Material Science and Electrical Engineering. The state of the art VLSI technology requires research in physical devices as well as novel design and development of electrical circuits. The VLSI program will focus on the development of hands-on skills in designing semiconductor devices and circuits, architecting systems using embedded components such as CPU, memory and peripherals. Students will learn several topics that cut across different domains, starting from the lowest level of physical devices to the top level of application development. Students will learn CMOS VLSI Design, SOC Design, Advanced Embedded Systems, VLSI Design and Verification, Design of Analog and Mixed-Mode VLSI circuits, Real- Time OS, Advanced Microcontrollers, Low-Power VLSI Design and more.

Power Systems and Automation

Both the research driven M .Tech programs are designed to cope up recent developments needed by the industries. Applications of artificial intelligence in the electrical power industry provide efficient and accurate operation of the system. Recent developments have been kept in the syllabus. Electrically driven vehicles are the future of transportation system and hence there is huge scope in research and development in the areas of renewable energy sources, batteries and control system for electrically driven vehicles along with other applications in the industries. M. Tech in Power Electronics and Electric Drives applies a comprehensive understanding of advanced skills involved and know how about the tools, designing and maintenance etc. Both the M. Tech courses have an in-depth coverage of advanced developments and syllabus is updated time to time. Faculty members and students are encouraged to present and publish their project work in reputed national / international conferences/ journals.

Power Electronics and Electric Drives

Both the research driven M .Tech programs are designed to cope up recent developments needed by the industries. Applications of artificial intelligence in the electrical power industry provide efficient and accurate operation of the system. Recent developments have been kept in the syllabus. Electrically driven vehicles are the future of transportation system and hence there is huge scope in research and development in the areas of renewable energy sources, batteries and control system for electrically driven vehicles along with other applications in the industries. M. Tech in Power Electronics and Electric Drives applies a comprehensive understanding of advanced skills involved and know how about the tools, designing and maintenance etc. Both the M. Tech courses have an in-depth coverage of advanced developments and syllabus is updated time to time. Faculty members and students are encouraged to present and publish their project work in reputed national / international conferences/ journals.

CAD/CAM

CAD/CAM is a specialization in operation, use and application of computer software to create design for a variety of industries. It is aimed at building drafting skills in electronic structures. M. Tech in CAD/CAM imparts, through a holistic curriculum, skills to apply computer and scientific principles to solve problems related to manufacturing.

Thermal Engineering

M.Tech.Thermal Engineering is a postgraduate course involving- on advanced level-concepts of energy efficiency, renewable energy & environmental preservation, and their entwinement with classical energy technologies and recently discovered technologies. Enrolled candidates are trained in design, development, and simulation and to explore new areas in Thermal Energy Systems and allied sciences. The first two semesters of the course involve theoretical subjects & laboratory sessions, while the third semester is about theory & project work and the fourth semester focuses fully on project work.

Production Engineering

M.Tech. production Engineering is a postgraduate course involving engineering materials, machining technology, casting technology, physical and mechanical joining processes, tool engineering, manufacturing systems, metrology, automation and Rapid manufacturing. The main objective of course is to accomplish the manufacturing processes effectively and efficiently.

Design Engineering

M.Tech. Design Engineering is a postgraduate course aims to prepare the aspirants for a leadership role in Research & Development or Design functions of engineering industries. Learners who pursue this program will acquire skills in Design Thinking, Math & Engineering principles, contemporary Computational Software and Project Management, which is necessary to lead Engineering & Research, functions of organisation.