Department of Electrical & Computer Engineering
Building strong foundations in electrical systems, computers, and intelligent technologies that power modern engineering.
Department overview
The department of electrical and electronics engineering at Mahindra University focuses on developing engineers with a strong grounding in core electrical sciences, electronics, and system-level thinking. The programme balances theoretical depth with hands-on learning, enabling students to work across traditional and emerging domains of electrical engineering.
Strong engineering fundamentals
A rigorous foundation in circuits, signals, systems, electro-magnetics, and electronic devices.
Integrated theory and practice
Laboratory courses and design projects that translate concepts into working systems.
Exposure to emerging technologies
Learning pathways that include communication systems, embedded systems, automation, and power technologies.
Project-driven learning
Multiple departmental projects that build problem-solving, design, and implementation skills.
Department details
Philosophy
The programme is structured to progress from fundamentals to application, enabling students to build depth while developing the ability to work across domains.
- Industry and research readiness: the curriculum prepares students for professional practice as well as advanced study and research.
- Foundational learning: early coursework establishes a strong base in mathematics, physics, and core electrical engineering principles.
- Systems thinking: courses emphasise understanding how components, subsystems, and networks interact within complex electrical and electronic systems.
- Hands-on design: laboratories and projects focus on experimentation, prototyping, and validation of engineering ideas.
Learning environment and facilities
Students have access to dedicated laboratories that support learning and experimentation in areas such as:
- electrical machines and power systems
- electronic circuits and devices
- control systems and automation
- communication and signal processing
- embedded and digital systems
These facilities support coursework, design projects, and independent exploration under faculty guidance.
Program educational objectives (PEOs)
- Graduates shall excel in their professional career and/or higher education by acquiring fundamental knowledge in basic & applied sciences, basic engineering principles and computational skills.
- Graduates shall analyze and be successful in designing new products and finding technically sound, cost-effective and socially acceptable solutions to engineering problems.
- Graduates shall exhibit professionalism, ethics, communication skills, teamwork in their profession, adapt to current trends by engaging in lifelong learning and participate in research & development.
Core courses
- Advanced VLSI design
- Digital signal processing
- Digital electronics and microprocessors
- Electromagnetic theory
- Linear IC design
- Material sciences
- Networks & filters
- Optical communication
- Power electronics
Aspire to be a ‘next-gen engineer’ equipped to take on the challenges and opportunities of an automated world at MU!
Faculties
Our faculty combines academic depth with real-world expertise, guiding students through both fundamental theory and applied innovation.
