M. Tech - Electronics and Communication Engineering (Spl: Communication Systems Design)
The development of RF/microwave and wireless communication has been an important milestone enroute to the tremendous progress in global telecommunication. To meet the demand for more transmission band with and other technological changes, the full-time two year Master of Design in Communication Systems is structured to achieve the following objectives:
To build quality manpower with the knowledge of communication system aspects and hardware design aspects.
To expose students to communication systems engineering and provide in-depth knowledge of embedded system design issues.
In addition to the basic design course, courses on Principles of communication, wireless communications, communication networks, EMIC and RF circuits, and LAB courses on PCB, embedded system, RF circuit design with sufficient coverage of VLSI/FPGA are included.
Curriculum & Syllabus
M. Tech - Electronics and Communication Engineering (Spl: Electronics Systems Design)
The two-year full time Master of Design in Electronic Systems program provides theoretical and practical investigation of the design and development of modern electronic systems. The program is designed to build design skills that are required for today's electronic design and manufacturing industry.
The theory and practice courses on design concepts equip the students to use their creativity to design products, visualize design solutions, tackle social issues and to work individually and in teams to share expertise and knowledge. In addition to the basic design courses, electronics engineering design courses suitable to meet the demands of current and future Indian industries are also introduced. This gives students state of the art methodological, technical and scientific knowledge in the design of embedded systems and real time processing systems compatible with EMC regulations. Students are trained in industrial design softwares and engineering softwares such as Multisim, PSpice, Matlab, CC Studio, IAR Embedded Workbench, Design Spark, Autodesk Sketchbook Pro.
Curriculum & Syllabus
M. Tech - Mechanical Engineering (Spl: Mechanical Systems Design)
The Master of Design in Mechanical Systems programme is a two-year full-time Master’s course for young graduates and professionals interested in becoming experts in Engineering Product Design. The main objective of this master’s course is to enable the student to achieve and develop full potential and creativity in core engineering design and design thinking. The curriculum is designed to train the graduates in simulating design problems commonly faced in modern engineering industry by combining creative and technical skills. Students are given the opportunity to examine the fundamentals of design subjects together with more advanced topics such as conceptual methods in engineering design, engineering simulation, creative design and design for quality and reliability.
The course is designed to improve the skills and knowledge of students who want to achieve a high level of professionalism in product design and development. This course also aims to train students to take up entrepreneurial initiatives. Students are trained in industrial design and engineering softwares such as, Autodesk Sketchbook Pro, Inventor Professional Suite, Autodesk Simulation, ANSYS, ADAMS, Multiphysics, DFM, DFA and MATLAB.
Curriculum & Syllabus
M. Tech - Mechanical Engineering (Spl: Smart Manufacturing)
Mechanical (Smart Manufacturing) program has adopted a multi-faceted approach to manufacturing, education by giving equal importance to basic sciences and engineering courses, unit manufacturing processes, automation, assembly, electronic manufacturing, and information systems technology.
Students will be trained in manufacturing processes, manufacturing systems, systems engineering, IT, networks, and basic shop floor communications. Experimental learning approach will be followed and students will be gaining hands-on experience in many spheres of technology related to smart manufacturing.
Students will also undergo internships for five months duration and will be exposed to real world challenges of the present day industry. The students will have an option to serve in smart factories of automobiles, defence, space and consumer goods manufacturing industries.