• Optimal mix of fundamental theory and practical, current, industry-relevant subjects
• Equips students for post-graduate courses in the best global universities
• Students build specialist knowledge in the field of applied computer sciences with the flexibility to follow their interest through the choice of optional modules, courses and electives

• Project-based learning to develop problem-solving skills in students
• Special topic courses for a hands-on, project-based approach

• Robust pedagogy combined with out-of-the-box assignments and project ideas
• Industry/research based one-year internships to gain practical knowledge
•  Peer learning via PESU I/O (Peer to Peer collaborative learning platform)
• One-year Capstone Project
• Strong focus on statistical modeling, data visualization, machine learning, microprocessor, analysis of massive data sets and acquisition
• Topics include cloud computing, big data, deep learning, cyber-security and AI methods in different fields like IoT and explainable AI
• Interaction with  senior data scientists who share their experience of solving of real life Machine Learning programs

• Deals with the science and technology involving electricity, electronics and electromagnetism to design, construct and maintain products, services and information systems
• Theoretical and practical knowledge in a wide variety of subjects, including devices, power electronics, control theory and signal processing
• Covers both traditional areas like generation transmission and distribution of electricity, as well as new age applications in electronics ranging from telecommunication to computers, nano-technologies and microcontrollers

• Equips students to play key roles in a wide range of industries: automotive (from the car chassis to subsystems like engine, transmission, sensors); aerospace (airplanes, aircraft engines, control systems for airplanes and spacecraft); micro-elecromechanical systems, or MEMS (sensors, actuators, micro-power generation); energy conversion (gas turbines, wind turbines, solar energy, fuel cells); environmental control (HVAC, air-conditioning, refrigeration, compressors); automation (robots, data and image acquisition, recognition, control); manufacturing (machining, machine tools, prototyping, micro-fabrication)

• Focused on nurturing students who can solve biotechnological problems through innovative solutions and an integrated approach
• Real-world applications include alternative renewable energy sources, mitigating climate change, producing medicines, discovering new drugs, treatment for health, tackling food requirements and treating water and waste

Students select an area of specialization, called a major. In addition, they can also pursue a minor area of specialization from a different field of study from any branch of engineering. For example, a student pursuing Electrical Engineering B.Tech as her/his major can opt to pursue a minor in Computer Science Engineering.

• Students can opt for a B.Tech + M.Tech degree switch program in their 3rd year of study while pursuing their B.Tech degree.

  The M.Tech degree can be in a specialization which is different from their B.Tech degree, provided the student has complete the requirements for the program. For example, a student studying B.Tech with Electronics & Communication major and Computer Science minor, can complete an M.Tech in Computer Science

  This requires:
  – 4 years of B.Tech

  – 1 year of M.Tech

  – 1 year of compulsory internship

  In this example, the student will graduate with the following degrees

  – B.Tech in Electronics & Communication

  – M.Tech in Computer Science