About the Course
The B.E. in Electrical & Electronics Engineering (EEE) is a core undergraduate programme that integrates the principles of electrical engineering, electronics, control systems, and power technologies. The programme is designed to develop graduates who can design, analyze, and manage electrical systems, power generation, distribution networks, renewable energy systems, and automation technologies.
EEE engineers play a vital role in powering industries, modern infrastructure, and smart systems. The programme at Trichy Engineering College equips students with strong technical foundations, problem-solving skills, and exposure to emerging technologies such as smart grids, electric vehicles, and renewable energy integration.
About the Department
The Department of Electrical & Electronics Engineering at Trichy Engineering College has a long-standing commitment to academic excellence and innovation. The department is staffed with experienced faculty members specializing in power systems, machines, control engineering, and renewable energy.
Key strengths include:
- Industry-driven curriculum with a focus on practical applications and research.
- Collaborations with power utilities, renewable energy companies, and manufacturing industries.
- Seminars, workshops, and industrial visits that expose students to real-world engineering practices.
- Department forums and student associations that encourage leadership, teamwork, and innovation.
The department nurtures engineers who are not only technically sound but also socially responsible and ethically grounded.
About the Curriculum
The curriculum is aligned with AICTE and Anna University guidelines, emphasizing Outcome-Based Education (OBE). It covers fundamentals of electrical sciences along with modern applications in automation and renewable energy.
Electives & Advanced Modules
- Electric Vehicle Technology, Energy Auditing, Robotics & Automation, High Voltage Engineering
Project-Based Learning
- Hands-on projects in electrical design, automation, and energy systems from the 3rd year
- A final year Capstone Project in collaboration with industries or research organizations
Core Courses:
- Circuit Theory and Electrical Machines
- Power Electronics and Drives
- Power System Analysis and Protection
- Control Systems Engineering
- Electrical Measurements and Instrumentation
- Transmission & Distribution of Electrical Energy
- Renewable Energy Systems and Smart Grid Technologies
- Microprocessors and Embedded Systems
Laboratory Facilities
The department is equipped with modern and industry-standard laboratories to provide practical knowledge:
Electrical Machines Lab
Experiments on DC and AC machines, transformers, and motors.
Renewable Energy Lab
Solar, wind, and hybrid systems for sustainable engineering research.
Control Systems Lab
PLCs, controllers, and automation kits for system modeling.
Power Systems Lab
Simulation of transmission, distribution, and fault analysis.
Electrical Measurements Lab
Calibration, instrumentation, and testing facilities.
Power Electronics Lab
Testing of converters, inverters, and drive systems.
These labs provide an environment where students can apply theoretical knowledge to solve practical engineering problems.
Career Opportunities
Graduates of EEE have excellent career prospects in core electrical industries, IT-enabled sectors, and government organizations. Career roles include:
- Power System Engineer
- Electrical Design Engineer
- Control & Automation Engineer
- Power Electronics & Drives Specialist
- Renewable Energy Engineer
- Maintenance & Quality Control Engineer
- Government Sector Roles (TNEB, NTPC, BHEL, Railways, DRDO, ISRO, etc.)
EEE graduates are also highly employable in IT companies (hardware, networking, embedded systems) and can pursue higher studies or research in specialized areas of electrical and energy engineering.
Eligibility Criteria
Duration
4 Years (8 Semesters), Full-Time Programme
Minimum Eligibility
- Pass in 10+2 / Higher Secondary with Mathematics, Physics, and Chemistry.
- Minimum marks as prescribed by Government of Tamil Nadu / Anna University norms.
- Admission Process: Through Tamil Nadu Engineering Admissions (TNEA) conducted by Anna University.
- Lateral Entry: Diploma holders in Electrical, Electronics, or related streams can gain admission directly to the second year, as per DOTE/Anna University regulations.
