Programme Overview


In the past three decades, we have seen a drastic growth in electronics, communication and computing, giving birth to ICT Technologies. The electronic devices and hardware are getting smaller and more intelligent with the help of advances in network and software technologies. Modern communication needs have made the internet truly pervasive by means of Internet of Things. The role of qualified Electronics and Communication Engineers has become critical in automation, control, core manufacturing, transport, water, environment, pharmaceutical, food processing, disaster management, smart cities and many others. Broadband and ICT technologies have a unique potential to meet the United Nation’s sustainable development goals, SDGs, by 2030.

Along with these opportunities, there are many challenges to study and carry out research on electronic materials, devices and circuits, micro-controllers and their interfacing devices, communication technologies and related signal processing, and development of efficient software tools to drive them. Hence, in order to tackle these challenges and leverage the opportunities in the fastest growing electronics, networking and communication industry, MIT-World Peace University has designed a unique Bachelor of Technology (B. Tech.) Program in Electronics and Communication Engineering with emphasis on life skills development and world peace. This Four year full-time degree provides comprehensive theoretical, practical and real life knowledge of electronics and communication to match the current and future needs of the Industry.

Programme Objectives


Salient features


The B.Tech. Program in Electronics and Communication Engineering at MIT-WPU is unique in its education delivery mechanism. The academic framework designed by noted Academicians, Researchers, and Industry experts strikes a balance of science, mathematics, engineering and technology along with humanities, social sciences, professional, and industry practices, ensuring the students emerge as winning personalities at the end of four years. Key features of the program are:

  • Perfect blend of academia, Industry, and research

  • International exposure as a part of curriculum

  • Internship/ Industry project

  • Industrial tours to realize live Industrial scenario and requirements

  • Week long continuous learning at rural areas to understand the problems and provide solutions

  • Curriculum delivered through highly qualified and experienced domestic/international faculty’s and Industry professionals

  • Opportunity to work on interdisciplinary projects

  • Excellent academic ambience and vibrant campus life

  • Effective mentoring scheme

  • On-campus Incubation Centre to nurture the start-ups

  • State-of-the-art infrastructure

  • Scholarships/On-campus jobs

Programme Structure


  • Signal Processing

  • Communication Networks

  • VLSI and Embedded Systems

  • Industrial tour at national level

  • International study tour

  • Rural/Social immersion program

  • Internship/Project in Industry/research organization

  • Workshop/Training through the Industry experts

  • Guest Lectures on engineering, technology, peace, social, and others on regular basis

  • Project/Problem based learning

  • Experiential and collaborative learning

  • Opportunity to work on interdisciplinary projects

  • Yoga and meditation as a continuous practice