Master of Urban Infrastructure

Faculty of Planning – CEPT University

Master of Urban Infrastructure (MUI) prepares young professionals for career in one or many of these: (i) preparing infrastructure projects for the cities and their regions, (ii) undertaking or advising on governance of infrastructure projects and facilities in cities and their regions, (iii) preparing projects and overseeing their execution in the areas of urban infrastructure in India as well as other developing countries and (iv) undertaking research on policies and processes of urban infrastructure development. It also exposes the students to environmental, social, political, economic and financial dimensions of urban infrastructure development and ethical dimensions of working as professional.... [-]

MTech in Civil Engineering

Master of Technology (M.Tech.) in Civil Engineering programme is designed to have specialization options in Structural Engineering, Water Resources Engineering, Environmental Engineering, Geotechnical Engineering and Construction Technology and Management. The M.Tech. in Civil, Engineering programme will impart advanced knowledge in the field of specialization and will prepare the students for a bright career in industries, research and academic organizations within India and abroad.

The total credits for the Master of Technology in Civil Engineering programme have been fixed as 60. For programme core courses 70 % of total credits and for the programme and open electives, 30% of the total credits are allotted.... [-]

Focused Areas of Research RS & GIS Ground Improvement Sustainable Concrete Water Shed Management Emerging Areas: 1. STRUCTURAL ENGINEERING

a) Green Buildings

b) Concrete Technology and Low Cost Housing

2. Geo Technical and Transportation Engineering

a) Rock Mechanics

b) Rural Road Development

3. Environmental and Water Resources Engineering

a) Solid Waste Management

b) Flood Routing

c) Water and Waste water Engineering

[-]

Program Educational Objectives To make the students achieve a level of competency, cognition, and knowledge in the acquisition of theoretical foundations in the stated specializations related to Computer Science and Engineering at postgraduate level Must be able to conduct research and undertake development in the focused and emerging areas and domains shortlisted for the discipline - Computer Science and Engineering Specify, design, develop, prototype and test the applications that are related to the domains finalized for the program Be able to achieve hands-on practice in using a different type of tools which are related to theoretical aspects covered in the program, and be able to conduct research, and undertake project development using the tools. Understand and practice professional ethics Recognize professional and personal responsibility to the community and undertake all the activities that benefit the society Pursue lifelong learning as a means of enhancing knowledge and skills necessary to contribute to the betterment of the profession. Must learn to work in teams especially for undertaking project execution Program Outcomes Apply knowledge, concepts, methods, and algorithms, techniques in implementing solutions to the problems that are related to the domain areas that are shortlisted for the discipline Computer Science and Engineering. Identify, formulate, research literature and find solutions to the problems and critically evaluate the solutions to the problems that are related to the fields of specialization shortlisted for the discipline “Computer Science and Engineering” Specify, design and develop solutions for complex engineering problems related to specialization areas and domains shortlisted for... [-]

The Aeronautical Engineering course trains the students in the design and development of structural components. The course explores new areas and creates new avenues in the field of Aircraft structural components and focuses on developing talented engineers in the new technologies and business management skills. The field of activity of a qualified engineer involves development (construction, analysis, and testing), priming of work, fabrication, and observation of the functionality of Aircraft and Helicopter structures. The students undergo rigorous training in a simulation with the software, such as MATLAB SIMULINK, ANSYS, MSC/NASTRAN and LABVIEW. The students design and develop according to the specified standards and demonstrate project work in the field of metallic and composite structures.... [-]

MTech in Mechanical Engineering

Overview

It is a 2-year full-time and a 3-year part-time regular program leading to the master's degree in mechanical engineering, with an option of getting specialization in the following fields as per choice of the student:

Thermal Engineering Mechanical Engineering Design Industrial and Production Engineering Automobile Engineering

Some of the salient features of the program

The student enrolled in this program after completion of the program will get M.Tech in Mechanical Engineering. The student enrolled in this program will have an option to get M.Tech in Mechanical Engineering along with a certificate of specialization in any one area mentioned above as per his/her choice To get M.Tech with specialization in any one of the streams mentioned above the student will have to take all the electives in the third semester of the program from any one of the streams as per his/her choice, and he/she will have to do Major Project in the same area. If the student wants to pursue M.Tech in Mechanical Engineering (without specialization) then he/she is free to take electives from any offered stream mentioned above, and there will not be any constraint regarding the area of Major Project. ... [-]

MTech in VSLI Design

The $300 billion global semiconductor industry comprises of four different fields i.e., design, fabrication, assembly, and testing. India is trying to take a stand in the global semiconductor market by creating high-value work in VLSI design, board design, and embedded systems. Companies with domain expertise are driving Indian businesses. India has become the world’s destination for semiconductor design and embedded systems and is increasingly becoming the source as well. India has proven experience in verification, cutting‐edge digital, analogue and mixed-signal design. The country’s rapidly developing VLSI and embedded systems industry allow numerous companies to engage themselves in the area of hardware and software co‐development and verification. However, with the advent of technological advancements, the knowledge of device modelling, circuit design, verification, fabrication, and manufacturing is extremely important. It involves workforce as well as, well-educated learners in the field. It is essential for the country to make a mark in the creation of skilled VLSI professionals to meet the challenges in the Global Semiconductor market. Therefore it is a high time for Indian universities and research centres to develop engineering and science programs in the field of semiconductor ranging from device modelling, circuit design, system-level verification, design synthesis, physical design, fabrication, MEMS, Solar Cells, LEDs, OLEDs, and displays. The ITMU’s postgraduate program in VLSI Design (a two year course) will help in providing the well trained and skilled manpower to VLSI industry (e.g., Intel, Freescale, STMicroelectronics, Cadence, Synopsys, Texas Instruments, AMD, etc.) and R&D (CEERI, NPL, TIFR,... [-]