The Department of Electrical and Electronics Engineering at Shri Ram Murti Smarak College of Engineering & Technology (SRMSCET), Bareilly, established in 1996, offers comprehensive B.Tech and M.Tech programs designed to equip students with both theoretical knowledge and practical skills in the field. Here are the key features of the department:

Academic Programs

1. B.Tech in Electrical & Electronics;

Intake 30

2. M.Tech in Electrical Engineering:

A 2-year postgraduate program initiated in 2010, focusing on specialized knowledge in Electrical Engineering;

Intake 9

Faculty and Teaching Methodology

The department’s faculty comprises experienced educators and industry professionals who are passionate about teaching and mentoring students. They employ modern teaching methods to make the learning process more effective and encourage students to develop critical thinking and problem-solving skills.

Research and Innovation

SRMSCET encourages students and faculty members to engage in cutting-edge research. The college has dedicated research like PLC etc. focusing on various fields of engineering and technology. Students and faculty are encouraged to apply for research grants from government bodies such as the Department of Science and Technology (DST) and the All India Council for Technical Education (AICTE).

Industry Collaboration and Placement

The department emphasizes practical training through projects, internships, and industry collaborations. Students have opportunities to participate in workshops, seminars, and conferences, further enhancing their academic and professional growth.

The dedicated Training, Development & Placement (TDP) Cell facilitates campus and off-campus placements, with top recruiters including TCS, Infosys, Wipro, and Accenture etc.. The average salary package offered ranges from 3.5 LPA to 10 LPA.

Laboratory Facilities: Strengthening Practical Engineering Skills

  • PLC and Automation Lab

    Equipped with Programmable Logic Controllers (PLCs) from leading brands like Siemens and Allen Bradley. Enables hands-on training in industrial automation, SCADA systems, and HMI programming. Simulates real-world industrial setups for automation-based projects.

  • Control Systems Lab

    Features modules for PID controllers, feedback systems, and real-time control hardware. Helps students analyze system stability, transient response, and frequency response. Supports MATLAB/Simulink simulations for theoretical validation.

  • Power Systems Lab

    Facilitates simulation-based learning on load flow analysis, fault analysis, and power quality. Uses software tools like MATLAB and PSCAD. Reinforces understanding of transmission, distribution, and protection systems.

  • Power Electronics Lab

    Contains experiments for rectifiers, inverters, converters, and choppers. Integrates software tools s uch as PSpice and PSIM for design and simulation. Enables students to design motor control systems and switching circuits.

  • Network Lab

    Offers experimentation with network theorems, RLC circuits, resonance, and transient analysis. Teaches students how to model and analyze real-time electrical circuits.

  • Electrical Machines Lab

    Features DC/AC machines, transformers, alternators, and load testing setups. Includes experiments on efficiency calculation, speed control, Synchronization of Machine and torque testing. Prepares students for careers in power generation, Machine, Control, and energy systems. Synergy Club Activities: Technical and Non-Technical Growth

  • Technical Activities (Under Synergy Club )

    Hackthon: Foster innovation, problem-solving, and team collaboration among students. Encourage students to develop real-time hardware/software solutions to pressing industrial or societal problems.

Techvoym: Annual technical fest.

  • Circuitry: Circuit design and debugging competition.
  • Electro quiz: Department-specific technical quiz.
  • Project Expo: Exhibition of innovative student-developed electrical projects.
  • Workshops: Skill-building sessions on trending tech platforms.
  • Paper Presentation & Poster Making: Platform for showcasing research and creativity.

Skill Enhancement Workshops:

  • MATLAB, AutoCAD Electrical, Python for Engineers.
  • Hands-on sessions on Solar PV system design and Energy Auditing.

Non-Technical Activities (Under Zero Hour Initiative)

Zero Hour Activity: A unique initiative for holistic personality development, beyond academics.

  • Group Discussions, Public Speaking, and Debates.
  • Cultural Events (festivals, open mic, and creativity challenges).
  • Soft Skills & Personality Development sessions.
  • Team-building games, ice-breaking activities, and stress-busting events.

Summary:

  • Industry-Oriented Learning through real-time labs and automation platforms.
  • Exposure to Cutting-edge Tech like IoT, Power System Simulation, Drives and Control Strategies.
  • Active Student Participation via Techvoym and Zero Hour programs.
  • Balanced Development through technical mastery and personal grooming.
  • Career Readiness supported by project-based learning, workshops, and internships.