Transform your engineering ideas into upcoming breakthroughs of the century

The construction sector in India receives significant funding from the government, making it a thriving industry with many job opportunities. The M.Tech in Civil Engineering (Construction Engineering and Management) programme prepares students for careers in this field by combining engineering principles with project management skills and practical experience with modern materials, processes, and technologies. Students also learn how to use software programs like MSP, Primavera, and PRRT, which can help them be more competitive in the job market. Graduates of this two-year programme can work in managerial roles at project management consultancies, contracting firms, public sector organizations, private construction companies, and multinational corporations. Many students from this programme have secured paid internships at companies like VJ Developers and Afcons Infrastructure and have been placed at firms like L & T and Shapoorji Pallonji Engineering & Construction with competitive packages.

The M.Tech in Civil Engineering (Structural Engineering) is a specialised programme that focuses on training students in critical thinking and problem-solving skills for the structural engineering field. The curriculum includes hands-on training in modern engineering tools and computer simulation methods for analysing and designing civil engineering structures according to Indian and international standards. The programme also includes seminars, projects, and internships that allow students to gain real-world experience and connect with the industry. In addition to technical skills, the programme also emphasises value-based education through peace courses.

India is experiencing a high demand for tunnel construction due to various infrastructure projects, and there is a shortage of qualified tunnel engineers to meet this demand. To address this need, the Department of Civil Engineering has launched a Master's programme in Tunnel Engineering in collaboration with Montan University in Leoben, Austria, a leading institution in tunnel engineering education. This programme provides students with a comprehensive understanding of the technologies, machinery, software, and equipment used in tunnel engineering and is taught by experienced faculty and industry experts.

M. Tech. CSE in Network Management and Cyber Security is an industry relevant programme that deals with the study of network management, advanced cryptography, network programming, digital forensic analysis, and wireless security. The objective of the programme is to provide expertise in maintaining the security of wireless networks. Students learn how to actively monitor and defend the network, as well as basic security approaches and methods. . This programme helps students apply cyber security principles to protect the data and manage their personal conduct in relation to protecting the data and information. Students find excellent internship and job placement opportunities in various domains of network management and cyber security.

The M.Tech. in Data Science and Analytics is an innovative programme in the rapidly growing field of Data Science. This programme trains students to become proficient data analysts and scientists through training in data engineering, data warehousing, machine learning, deep learning, cognitive computing, big data analytics, and industrial and societal application scenarios. The programme is highly application-oriented and involves the implementation of algorithms on real-world data in various domains. Students can find excellent internship and placement opportunities in various areas of data science.

Electric vehicles (EVs) have the potential to play a major role in addressing climate change by reducing greenhouse gas emissions. As the demand for EVs grows, so does the need for professionals trained in researching, developing, and working with these technologies. The M. Tech by Research in e-Mobility programme at the Department of Electronics and Electrical Engineering at MIT-WPU is designed to prepare students for careers in e-Mobility research and development. The programme focuses on helping students understand and apply complex systems in this field and addresses the challenges of working in the e-Mobility sector. By providing specialized training in this area, the programme helps students to develop the skills and knowledge needed to succeed in this field.

The M.Tech in Electronics and Communications Engineering in VLSI and Embedded Systems at MIT-WPU covers various domains within the field of electronics and communication engineering, including Hardware Description Languages, Algorithms, System Architectures, Design and Verification of ICs, Simulation, and Synthesis. The programme aims to provide students with the knowledge and skills needed to develop VLSI chips, which are used in advanced technologies such as AI, robotics, IoT, AR, VR, cloud computing, and mobility. Students also learn about EDA development, analogue and mixed-signal design, semiconductor chip design, FPGA development, and SOC design. The programme focuses on the analysis, design, and implementation of integrated circuits using standard tools, as well as advanced embedded systems design from an application perspective. By training students in these areas, the programme prepares professionals to establish VLSI chip design capabilities that can be applied to a wide range of technologies and industries.

The M.Tech by Research Environmental Engineering is a programme designed to give students advanced knowledge and research skills in environmental engineering. The curriculum covers emerging areas in environmental engineering and includes a research project that culminates in a dissertation and publications in scientific journals. This programme is unique and it combines traditional coursework with research opportunities, allowing students to gain practical experience in their field. Upon graduation, students will have a strong foundation in environmental engineering and the ability to pursue research in this area.

Computer-aided design, manufacturing, and engineering (CAD/CAM/CAE) is a specialised field within mechanical engineering that involves the use of computer software and scientific principles to solve problems related to manufacturing and design in engineering. The M.Tech Mechanical Engineering (CAD/CAM/CAE) programme at MIT-WPU trains students in various areas of CAD/CAM/CAE, including computational geometry, artificial intelligence, customisation of CAD/CAM software, advanced sheet metal forming, design for X, composite materials, micro-nano manufacturing technology, bio mechanics, mechanobiology, and more. The goal of the programme is to produce engineers who are skilled in designing high-quality, low-cost products and machines that can be used in a wide range of industries. As global markets become more interconnected and demand for these skills increases, the need for engineers trained in CAD/CAM/CAE will continue to grow in future as well.

Design engineering is a specialised field within mechanical engineering that focuses on the design and development of practical technologies and applications that solve real-world problems. The Master's in Design Engineering programme at MIT-WPU teaches students how to design and model various tools and software used in the industry, as well as how to incorporate mechanical, electrical, and electronic systems into product design. The programme also covers the selection of materials for optimal performance and provides hands-on experience through various core and elective courses. The goal of the programme is to give students the knowledge and skills necessary to understand the design elements of complex machines and to develop products that meet the needs of the industry.

The M.Tech. in Petroleum Engineering at MIT-WPU focuses on the exploration, drilling, production, and management of subsurface oil and gas resources. The programme builds on the knowledge acquired in graduation and trains the students in the design and use of the various principles, tools, and systems to locate, extract, process, and refine crude oil and petroleum. The students are trained in the essential drilling and mining systems as well as the various environmental states, laws, and safety systems. The Department of Petroleum Engineering has developed a strong connection with leading oil and gas companies such as ONGC, OIL, Cairn, Shell India, Halliburton, Weatherford, Baker Hughes, TietoEvry, Enverus, and John Energy International, to name a few, for numerous internships and placement opportunities.