Division of Electrical and Electronics Engineering Established 1994

Best University for Electrical and Electronics Engineering in India

Our focused and practical electrical and electronics engineering education since 1994 has shaped us into the best university for EEE in India.

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Years of Excellence

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+Crores Funded Research

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Best University for EEE in India

Since 1994, we have built a strong legacy of academic depth and technical excellence. Through continuous growth in areas like power systems, automation, and renewable energy technologies, we have shaped a learning environment that connects theory with application.

We have built lasting connections with global giants like SIEMENS, SALZER Electronics, and SELENS Elevators. These collaborations enable structured training and certification programmes that strengthen technical learning with direct industry relevance.

Why Enroll in B.Tech EEE?

  • Heart of Modern Systems: From EVs to Smart Grids.
  • Core Skills: Circuit Design, Power Electronics, DSP.
  • Advanced Tools: MATLAB, PSpice, LabVIEW, Python.
  • Future-Proof: Critical for Global Electrification.
Our Vision

To produce globally competent electrical and electronics engineers for addressing the needs of humanity with ethical values.

Our Mission

  • To empower the students with knowledge in recent trends in Electrical and Electronics Engineering.
  • To impart technical skills to resolve industrial problems through innovative teaching learning practices and research.
  • To raise professionals, academicians, researchers and entrepreneurs with a passion for solving societal problems.

PEOs

Program Educational Objectives

POs

Program Outcomes

PSOs

Program Specific Outcomes

PO Attainment

Outcomes Achievement

Program Educational Objectives (PEOs)

PEO I Pursue a successful career by demonstrating the knowledge acquired in Electrical Engineering.
PEO II Exhibit technical skills in solving real world problems considering societal, technological and business challenges.
PEO III Engage in professional practice with ethical values and attitude of lifelong learning.

Program Outcomes (POs)

1. Engineering knowledge Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
2. Problem analysis Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions.
3. Design/development of solutions Design solutions for complex engineering problems and design system components or processes.
4. Conduct investigations Use research-based knowledge and research methods including design of experiments.
5. Modern tool usage Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools.
6. The Engineer and society Apply reasoning informed by the contextual knowledge to assess societal issues.
7. Environment and sustainability Understand the impact of the professional engineering solutions.
8. Ethics Apply ethical principles and commit to professional ethics.
9. Individual and team work Function effectively as an individual, and as a member or leader.
10. Communication Communicate effectively on complex engineering activities.
11. Project management Demonstrate knowledge and understanding of engineering and management principles.
12. Life-long learning Recognize the need for and have the preparation and ability to engage in independent and life-long learning.

Program Specific Outcomes (PSOs)

PSO 1 Provide solid foundation in mathematical, scientific and engineering fundamentals which is required to solve electrical and electronics engineering problems.
PSO 2 Specify, architect, analyze and design the systems that efficiently generate, transmit, distribute, convert and utilize electric power.
PSO 3 Understand, analyze, simulate and design the electrical machines, modern electrical drives, modern lighting systems, energy systems and automation of systems and to determine their performance through testing.
PSO 4 Specify, analyze, design, implement and test the analog and digital systems using the state of art components, software tools and ICT.

ACADEMIC PROGRAMS

4 YEARS

B.Tech Electrical & Electronics Engineering

A comprehensive program mastering power systems, machines, and control systems. Aligned with global industrial benchmarks.

AI & ML
4 YEARS

EEE Specialization
(AI & ML)

Fuse core electrical principles with modern AI methodologies for smart grids and predictive automation.

Ph.D Research
Ph.D RES

Ph.D. in Electrical Engineering

Advanced research in power electronics and embedded systems for aspiring scholars.

Pioneering
Research Impact

We believe in the transformative power of engineering. Our dedicated team of researchers guides innovation toward sustainable energy, smart grids, and healthcare solutions.

View All Projects
UGC Funded

Smart Grid
Applications

Intelligent power network communication protocols under IEEE 802 series to enhance grid reliability.

MNRE Funded

Valara MHP
Kerala

Development of renewable hydro-power generation systems (15 kW) for sustainable energy in Kerala.

DST Funded

Neurological
Algorithms

Advanced signal processing algorithms for the early detection and separation of neurological disorders.

Internal

Embedded
System Design

Next-generation embedded controllers for industrial automation and robotics applications.

Future Readiness

Emerging Roles after B.Tech Electrical and Electronics Engineering from Karunya

A B.Tech in Electrical and Electronics Engineering from Karunya opens pathways to both established industries and emerging technology sectors. Students develop the technical foundation required to contribute to areas like electric mobility, energy efficiency, smart infrastructure, and digital systems. This includes innovations in agriculture, urban planning, healthcare, and advanced manufacturing.

EV Systems Engineer
Smart Grid Specialist
Embedded Developer
Automation Engineer
Renewable Designer
Medical Electronics
Cybersecurity Analyst
Power Data Analyst
Drone Technologist
3D Printing Engineer

Alumni Speak with Pride

"Our students completed their journey with a depth of learning and exposure that shapes both their careers and character. Look at what they have to say about their academic journey at Karunya."

Christy C Varghese Abraham
Mr.Christy C Varghese Abraham Senior Consultant,Mercedes Benz R&D, India
Ebenezer Samuel
Mr.Ebenezer Samuel Y Hyundai Motor India Ltd.,Sriperumpudur.
Vinoliney
Ms.Vinoliney Alstom
Aruna-lawerence
Ms.Aruna Lawrence Borg Warner,German
Lidwin
Ms.Lidwin Diana Antony Senior Engineer , Schneider Electric, India
View Success Stories

Frequently Asked Questions

If you have just completed your 12th and are curious about power systems, electronics, and new technologies, a B.Tech in Electrical and Electronics Engineering (EEE) can be a strong choice. The course covers the generation and distribution of electrical power along with the design and development of electronic devices. With this foundation, you can explore opportunities in sectors such as power companies, manufacturing industries, renewable energy, automation, and IT. You can also choose to continue your studies or specialise in areas like electric vehicles and energy management.

When choosing the best college for B.Tech in Electrical and Electronics Engineering, start by looking at the academic quality of the department. Check the qualifications of the faculty, the range of courses offered, and whether the curriculum is updated to include emerging technologies. The best college for EEE should have well-maintained labs for electrical machines, power systems, electronics, and related fields. Good industry connections are also important, as they help with internships, projects, and placements. Finally, consider the placement record, alumni network, and opportunities for higher studies or specialised training.

Karunya Institute of Technology and Sciences is shaping its position as the best university for EEE in India by combining strong academics with practical exposure. The department keeps its curriculum aligned with industry needs, supports learning through advanced laboratories, and works closely with companies for projects and internships. Students graduate with the skills and confidence to excel in core engineering roles as well as emerging areas like renewable energy and smart systems.

After completing a B.Tech in Electrical and Electronics Engineering, you have several paths to choose from depending on your interests and goals. Many graduates start working in sectors like power generation, manufacturing, automation, IT services, and renewable energy. Companies in these areas often value EEE graduates for their versatility and technical knowledge. If you want to continue your studies, you can pursue M.Tech or MBA, or specialise in fields like power systems, VLSI design, or renewable energy. Some also choose certifications in areas such as industrial automation, electric vehicles, or data analytics to strengthen their profile. Government jobs, research roles, and opportunities abroad are also open to EEE graduates.

Placement support for EEE students at Karunya begins well before the final year itself. The department, along with the career guidance cell, conducts training in technical skills, aptitude, communication, and interview preparation. Students also get opportunities to work on industry-linked projects and internships, which strengthen their profiles for recruiters. The institute regularly invites core companies, IT firms, and emerging tech organisations for campus recruitment. Mock interviews, resume workshops, and alumni interactions are organised to help students understand industry expectations. This structured approach ensures that EEE graduates are confident and well-prepared to secure roles in their chosen field.

Yes, we offer scholarships for students joining B.Tech in Electrical and Electronics Engineering. Scholarships are awarded based on 12th board exam marks, JEE Main scores, sports achievements, and other special categories. Merit-based awards can cover a significant portion of the tuition fee, and there are additional schemes for Christian minority students, wards of alumni or staff, and students with notable achievements. Eligible students are encouraged to apply during the admission process to benefit from these opportunities.

Karunya offers a fully residential campus with facilities that support both learning and student life. Our students have access to modern classrooms, specialised laboratories, and a central library with extensive technical resources. Beyond academics, the campus provides sports complexes, gymnasiums, hostels, dining halls, and spaces for cultural activities. This environment allows students to focus on their studies while also engaging in sports, arts, and student-led clubs, making their time at Karunya both productive and memorable.