B.Tech in Electronics
and Computer Engineering

Electronics and Computer Engineering (ECE) is at the heart of modern technological innovation. From microelectronics to global communication networks, this discipline is vital for developing intelligent systems and shaping future technologies.

To contribute to this rapidly evolving field, Ajeenkya D Y Patil University (ADYPU) is launching the B.Tech in Electronics and Computer Engineering for first year & lateral entry (DSE) from the Academic Year 2025–26 . This forward-thinking program is a long-term investment in creating competent, future-ready engineers equipped to tackle global challenges.

The department begins with an intake of 60 students, providing a blend of software and hardware knowledge. The focus areas include:

  • Embedded Design
  • Semiconductor Devices & VLSI
  • Artificial Intelligence & Machine Learning
  • Cryptography & Network Security
  • Cloud & Edge Computing
  • Parallel, Distributed & High-Performance Computing
  • Algorithm Development
  • Data Science & IOT

Supported by state-of-the-art infrastructure and led by an enthusiastic team of faculty members, the department aims to deliver a strong academic foundation, practical exposure, and industry relevance.

Vision of the Department

To become a center of excellence in Electronics and Computer Engineering by fostering innovation, research, and industry-driven education to produce skilled and socially responsible engineers.

Mission of the Department

  1. To provide a strong academic foundation in electronics and computing.
  2. To encourage innovation and research in emerging technologies.
  3. To build strong industry-academia partnerships.
  4. To develop ethical, communicative, and innovative professionals.
  5. To promote lifelong learning and adaptability in a dynamic tech environment.

Program
Objectives

  • To equip students with core and advanced knowledge in electronics and computing.
  • To prepare students for industry roles, higher studies, and entrepreneurship.
  • To encourage multidisciplinary learning and critical thinking.
  • To foster leadership, teamwork, and communication skills.
  • To align student learning with the National Education Policy (NEP) 2020.

Key Features
of the Program

  • Core learning in Mathematics, Physics, Circuit Theory, and Programming
  • Conceptual clarity in Digital Systems, Microcontrollers, and Computer Architecture
  • Development of analytical and logical problem-solving abilities
  • AI, Machine Learning, and Data Science
  • Cloud Computing, Edge Computing, and IoT
  • Cybersecurity, Cryptography, and VLSI Design
  • Embedded Systems and Sensor Networks
  • Lab sessions and simulation-based learning
  • Mini-projects and innovation challenges from the second year
  • Hardware-software integration and prototyping
  • Problem-based and case-based learning
  • Mandatory internship after the third year
  • Final-year Capstone Projects in collaboration with industry mentors
  • Guest lectures, technical webinars, and workshops with industry experts

NEP 2020
Alignment

  • Flexible academic structure with interdisciplinary electives
  • Multiple entry and exit options with credit-based certifications
  • Focus on skill development, ethics, and entrepreneurship
  • Strong emphasis on communication skills and real-world application

Career
Opportunities

Graduates of the ECE program can pursue careers in:

  • Embedded System Design
  • AI/ML Development
  • IoT & Smart Systems
  • Semiconductor & VLSI Industry
  • Cybersecurity and Network Management
  • High-Performance & Cloud Computing
  • Tech-based Startups and Entrepreneurship
  • Government and Public Sector
  • Medical Electronics
  • Research and Higher Studies (M.Tech, MS, Ph.D.)