Electrical Engineering

About the Program

The four-year B.Tech in Electrical Engineering (EE) program at MIET is designed to nurture innovation-driven engineers who are equipped to meet the evolving challenges of the energy and technology sectors. The curriculum strikes a balance between foundational electrical engineering concepts and emerging areas such as renewable energy systems, smart grids, electric mobility, and automation.

Students gain hands-on experience through lab work, industry internships, live projects, and exposure to advanced simulation and design tools. The program also integrates industry-recognized certifications and value-added courses that enhance technical proficiency and employability.

What distinguishes MIET is its emphasis on individualized learning pathways—students can choose electives, pursue interdisciplinary projects, and participate in real-world problem-solving experiences. With dedicated mentorship, strong industry collaborations, and robust placement support, MIET prepares graduates to become not just skilled engineers, but future-ready leaders in energy, innovation, and technology.

Whether you aim to work with leading energy firms, contribute to smart infrastructure, or pursue research and higher studies, MIET’s EE program lays a solid foundation for a successful engineering career.

Faculty

Placements

Internships

Industry Linkages

Scholarship

Apply Now

Where Excellence Meets Recognition

Our program has earned national recognition from top-ranking agencies. These accolades highlight our commitment to academic excellence, industry-aligned curriculum, and holistic student development.

Bachelor of Technology - Electrical Engineering

The B.Tech Electrical Engineering program at MIET delivers a forward-looking, application-driven curriculum designed to shape future-ready electrical engineers. With a strong foundation in core concepts and exposure to cutting-edge technologies like renewable energy, smart grids, electric vehicles, and automation, students gain hands-on experience through labs, industry projects, and internships. Globally recognized certifications, expert mentorship, and real-world learning ensure graduates are equipped to excel—whether in power systems, electronics, or sustainable energy innovation.

Industry-Aligned Curriculum

Covers core EE subjects with focus areas like renewable energy, e-mobility, smart grids & power electronics.

Specialization Flexibility

Options to specialize in Automation, Embedded Systems, Energy Systems, or Control Engineering.

Practical & Lab-Oriented Learning

Modern labs for power systems, machines, robotics, and IoT to ensure strong practical exposure.

Skill Certifications

Earn certifications in MATLAB, SCADA, PLCs, EV Technologies, and Industrial Automation.

Innovation & Startup Support

Access to MIET’s IIC & Startup Studio to develop solutions for the energy and automation sectors.

Capstone & Industry Projects

Solve real-world power and control challenges in your final year with industry collaboration.

Global Exposure Opportunities

Participate in global challenges, webinars, and training by international tech & energy firms.

Mentorship & Career Support

Personal guidance from experienced faculty, alumni, and industry experts for career planning.

Power your future with B.Tech Electrical Engineering at MIET

Step into the future of smart energy and innovation with MIET’s B.Tech Electrical Engineering program. Designed for the engineers of tomorrow, the curriculum integrates core electrical concepts with real-world applications in renewable energy, automation, and electric mobility. Engage in hands-on labs, industry-driven projects, and specialized tracks that prepare you to lead in a fast-evolving technological landscape.

Minor Degree (24 Credits)

Atrificial Intelligence

Cyber Security

Cloud Computing

Data Science

Program Flexibility

Dual Majors or Minors*

Flexible Exit Programs*

Interdisciplinary Learning

Career Versatility

Placements

Whether you’re aiming to work with leading energy firms, contribute to smart infrastructure, launch innovative solutions in automation, or pursue advanced research and higher studies, MIET’s B.Tech Electrical Engineering program equips you with deep technical expertise, a problem-solving mindset, and industry-relevant skills to thrive in the evolving world of electrical and energy technologies.

Electrical Design Engineer
Power System Engineer
Maintenance Engineer
Protection & Relay Testing Engineer
Power Plant Engineer
SCADA System Engineer

ElEectrical Estimation Engineer
Telecom Power Engineer
Systems Analyst
Compliance & Safety Officer (Electrical)
IoT Developer
Strategy Consultant

Our Prominent Recruiters

Internships

Internships are an integral part of the B.Tech Electrical Engineering experience at MIET. Students gain real-world exposure by interning with power plants, electrical utilities, manufacturing companies, and automation firms. These hands-on opportunities help students apply technical knowledge to live projects, understand industry practices, and build the skills needed for successful careers in the electrical and energy sectors.

2nd Semester

Exploratory Internship

Community orientation, early work exposure, and development of empathy and problem-solving in real-world settings.

4th Semester

Summer Internship

Application of core electrical engineering skills in power systems, automation, renewable energy, and control systems; hands-on learning through lab simulations, field training, and industry internships.

6th Semester

Domain Specific Internship

Deeper functional exposure through an in-depth project in a chosen sector, helping students align academic learning with career interests.

8th Semester

Advanced Capstone / Research / Industry Internship

In the final semester, students pursue an advanced internship through a capstone project, research assignment, or strategic industry role aligned with their career or higher education goals.

Program Highlights

Future-Ready Curriculum
Aligned with AICTE guidelines and industry trends, covering core EE concepts and emerging areas like renewable energy, electric mobility, and smart grids.
Specialization Options
Opportunity to specialize in Automation, Power Systems, Embedded Systems, or Renewable Energy in the later semesters.
Industry Internships
Mandatory 6–8 week internships with reputed power plants, utilities, automation companies, or manufacturing units.
Advanced Lab Infrastructure
State-of-the-art labs equipped with tools like MATLAB, Simulink, PSCAD, AutoCAD Electrical, and PLC/SCADA systems.
Live Projects & Capstone Work
Final-year students work on industry-oriented or research-based projects to solve real-world problems.
Certifications & Skill Development
Value-added certification programs in Industrial Automation, EV Technology, Smart Grid, and more.
Strong Industry Linkages
Collaborations with leading firms in energy, automation, and infrastructure sectors for training, guest lectures, and placements.
Experienced Faculty & Mentorship
Guidance from qualified faculty and industry mentors to support career development and higher studies.
Interdisciplinary Learning
Flexibility to take open electives in IoT, AI, sustainability, and entrepreneurship.
Career & Placement Support
Dedicated training for GATE/PSUs, along with placement support in core companies and allied industries.