Why Electrical and Electronics Engineering(EEE)?

Electrical and Electronics Engineering (EEE) is a core Engineering branch that forms the backbone of modern technological systems. Electrical and Electronics  Engineering mainly deals with the study of  electricity generation, transmission, and distribution .The curriculum begins with basic concepts in electrical circuits, network analysis, electromagnetic fields, and semiconductor physics, and then  focus  on electrical machines ,power systems, power electronics and control systems. Analog and digital electronics  courses in EEE  enable the design and control of systems that process real-world signals and form the foundation of modern technologies like embedded systems, automation, and smart energy solution. Courses on signals and systems, digital signal processing, and communication systems bridge the gap between electrical and electronic applications, equipping students with analytical and signal handling skills.

In response to global technological trends, the program also integrates emerging areas such as renewable energy systems, smart grids, and electric vehicle technologies, preparing students for sustainable engineering challenges. The program also covers programming using C, Python, Microprocessors and microcontrollers. Throughout the course, students engage in laboratory experiments, simulation-based learning using software like MATLAB/Simulink, and programming using C, Python, and embedded C. This practical training is further enhanced through industry-relevant seminars. project-based learning, internships, and Add on Courses.

Electrical and Electronics Engineering opens up a wide range of opportunities in PSUs that are technically rewarding and socially impactful. EEE graduates can apply for various Engineering posts in ‘Electrical ‘ as well as ‘Electronics’   and also software roles. Fields such as electric vehicles and renewable energy have become essential pillars of modern technology, and it is Electrical and Electronics Engineers who are leading this transformation.

Major PSUs Hiring EEE Graduates

•  NTPC, Power Grid (PGCIL), BHEL, ISRO
•  Indian Railways & Metro Rail projects
•  Defence R&D — DRDO, Navy, Air Force
•  State Electricity Boards & DISCOMs

Why EEE at FISAT?

The B.Tech program is accredited by National Board of Accreditation(NBA) .The department has  a highly  energetic team of  well qualified and experienced faculty members, many with Ph.D and industry experience.

• Excellent Placement Support
  The Placement Cell offers soft skills training, mock interviews, and career guidance tailored for EEE as well as careers in  leading IT, software, and analytics companies.
• Research Activities
  Well-equipped laboratories, research center, and computer facilities that enable hands-on learning. Conducting hands on workshops,  interactions with technical experts from industry, Industrial visits, project expo, technical fest etc  to facilitate advanced learning. Support to students for publications  and patent filing related to their project works .
• Internship Opportunities Support to find internship opportunities in industries as well as research domain in academic institutions.

• Add on Programmes  are conducted to enhance the employability skills of students which bridges gap between industry and syllabus.
• Quality Education & Campus Environment
  Experienced faculty, good infrastructure, and a disciplined academic environment supporting overall student growth.

Choosing EEE at FISAT means becoming part of a vibrant academic community with strong values, technical excellence, and a clear path to a successful career in Electrical and Electronics engineering. Whether your goal is to enter core industries, crack PSU exams, or pursue research and innovation, FISAT provides the right environment to grow, explore, and achieve.

Click here  to visit admissions main page of the college.

For admission enquiry contact our faculty team

Dr. Rinku Scaria- Ph:8075933939

Mr. Stany E George- Ph: 9037131535