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Bachelor of Engineering
& Technology

Electrical
Engineering

Building Tomorrow’s Technology Leaders Today

Bachelor of Engineering
& Technology

Electrical
Engineering

Building Tomorrow’s Technology Leaders Today

apply-now

Overview

Electrical Engineering is one of the largest and fastest growing fields which generally deals with the study and application of energy- generation, transmission and distribution, electrical motors and drives, measurement, control and automation. The mission of the department is to offer quality instruction and undertake scholarly research that engages each student in a challenging electrical engineering education and prepares graduates for the full range of career opportunities in the high technology marketplace, enabling them to reach their fullest potential as a professional and as a member of society. It is also one of the most challenging branches with a blend of challenging subjects like Engineering Mathematics, Circuit and Networks, Power System, Control System, Power Electronics and Drives, Switchgear and Protection, Renewable Energy etc.
Electrical Engineering has a wide scope in today’s industrial requirement era because without energy, survival of anything is not possible. Due to diversities in industry requirement, electrical engineering has been subdivided into various specializations like High Voltage Engineering, Power System Engineering, Renewable Energy and Technology, Control and Automations, Power Electronics and Drives. Each of these fields of Electrical Engineering has its own relevance and role in the industry.
The department also offers Post Graduate programmes in Electrical Engineering (Power System), Electrical Engineering (Power Electronics and Electrical Drives) and Electric & Hybrid Vehicle.

Things You Need to Know

Program Inception

July 1, 2025

Eligibility

Passed HSC in any Stream with 50% marks with Maths and Physics as compulsory subjects.

Downloadable

Course Outline

Our proprietary 3 layered education

The Three Layers of Learning ensures that all learners acquire key technical skills and soft skills and possess all the necessary attributes that ensure a successful life.

  • LAYER 1

    Knowledge

  • LAYER 2

    Skills

  • LAYER 3

    Development

Knowledge

This is the first stage where a student is taught to be a lifetime learner. The programme encourages critical thinking, collaboration, self-awareness, bouncing back from failure, identifying opportunities, and decision-making; all life skills are taught through stories, activities, and discussions.

Skills

This is the first stage where a student is taught to be a lifetime learner. The programme encourages critical thinking, collaboration, self-awareness, bouncing back from failure, identifying opportunities, and decision-making; all life skills are taught through stories, activities, and discussions.

Development

This is the first stage where a student is taught to be a lifetime learner. The programme encourages critical thinking, collaboration, self-awareness, bouncing back from failure, identifying opportunities, and decision-making; all life skills are taught through stories, activities, and discussions.

Duration and Programme Fees

The Bachelors of Technology in Electrical Engineering is a 4 year course comprising eight semesters.

For Indian Students (INR)

Electrical Engineering

4 Years

For International Students (USD)

Electrical Engineering

4 Years

Career Opportunities

Electrical Engineering is a versatile field, and graduates with a degree in Electrical Engineering have a wide range of career opportunities in various industries. Here are some common career paths for individuals with a degree in Electrical Engineering:


  • Power Electronics Engineer: Design, develop, and test power electronic systems and components used in various electrical devices and applications.
  • Power Systems Engineer: Work on the design, analysis, and maintenance of electrical power systems, including power generation, transmission, and distribution.
  • Control Systems Engineer: Design and implement control systems for various applications, such as manufacturing processes, robotics, and automation.
  • Embedded Systems Engineer: Develop embedded systems for various applications, including consumer electronics, automotive systems, and industrial automation.
  • Renewable Energy Engineer: Focus on the design and implementation of renewable energy systems, such as solar power and wind power systems.
  • Instrumentation Engineer: Design and maintain control and measurement instruments used in various industries, including healthcare, manufacturing, and research.
  • Aerospace Engineer: Contribute to the design and maintenance of electrical systems in aircraft and spacecraft.
  • Smart Grid Engineer: Design, implement, and maintain smart grid systems, integrating advanced technologies for more efficient and reliable energy distribution.
  • Automotive Engineer: Work on the electrical systems of vehicles, including the design of automotive electronics, powertrains, and control systems.
  • Energy Manager: Provide expertise to utilities and businesses in optimizing their energy consumption and improving efficiency through smart grid technologies.
  • Research and Development (R&D): Engage in research activities to advance technology and contribute to innovations in electrical engineering.
  • Project Manager: Take on leadership roles in project management, overseeing the planning, execution, and completion of engineering projects.
  • Entrepreneurship: Start or join a startup to develop innovative technologies or solutions in various electrical engineering domains.

These are just a few examples, and the field of Electrical Engineering continues to evolve, creating new opportunities in emerging areas such as artificial intelligence, internet of things (IoT), and smart systems. Graduates can find roles in industries such as telecommunications, energy, healthcare, manufacturing, and more.

Student Outcomes

In Marwadi University – one of the Best Engineering Colleges in Rajkot we have devised a curriculum that provides better learning opportunities and is targeted to fulfill the programme objectives with following student outcomes:


  • Ability to design machines in such a way that maximum people are served with the least investment and setup.
  • Grasp engineering trade-offs, analyze, design, and synthesize data and technical concepts to form products and solutions for real-life problems.
  • Ability to devise effective solutions including efficient hardware setup, distribution lines, monitoring, maintenance, and several other tasks.
  • Ability to follow and create innovative practices and production lines that ensure better utilization of resources.
  • Cultivate competence to take challenges associated with future technological issues associated with green energy, energy harvesters, energy conservators, energy cells, ocean energy, smart grid, wireless energy transmission, etc.

Electrical Energy is the only form of the energy which transmits over distance. Electrical Engineering is one of the oldest branches and is the base for many technological streams. We cannot assume our life without electricity. Electrical Engineers can work with Government sectors, private companies, as consulting engineers or as entrepreneurs in the field of research, design, projects, production, maintenance and testing etc. Requirement of energy audit, renewable energy sources, smart systems, automation etc has opened up new exciting careers for electrical engineers.
Objective of the Electrical Engineering Department, Faculty of Technology is to prepare graduates as per industrial and societal needs. Graduates of the department will be skilled to work with the latest technology including DSP, Microcontrollers, Power Electronics, Renewable, modern computer tools etc. To achieve this goal, the department has a team of highly qualified, committed and self motivated learners who will nurture the career of young and enthusiastic students as teacher, guide and mentor. Laboratories are equipped with equipment that are in line with current industrial trends. Teaching -learning process is well defined and is student centric. The department will constantly interact with scholars from industry , research organizations and academia to produce globally competent and locally relevant engineering graduates. Above these, the department will nurture human values, sense of responsibility and ethics for all stakeholders.


Dr Amit Ved (PhD)

HoD, Department of Electrical Engineering

Our Recruiters

500+

Participating  Companies

34.5 LPA

Highest Salary  Offered

1000+

Students bagged a package 5 LPA+

3,000+

Industry Associations for Placements & Internships

Stories of Excellence

Awards & Recognition

Best Research Paper Award

Research Work Published in Journal

Received First Rank at State Level Competition

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