The curriculum is designed in alignment with national and international accreditation frameworks, ensuring a robust Outcome-Based Education (OBE) model supported by periodic curriculum reviews, expert inputs from academia and industry, and the integration of emerging technologies such as IoT, Electric Vehicles, Renewable Energy, Smart Grids, and AI/ML applications. Well-structured through the Choice-Based Credit System (CBCS), the program provides flexible learning pathways, offering open and professional electives to enhance student competence.
To support an engaging and comprehensive learning experience, the department is equipped with state-of-the-art laboratories that cater to both academic instruction and advanced research. These include
All laboratories adhere to strict safety protocols, equipment calibration standards, and quality assurance processes required by accreditation bodies. Alongside this infrastructure, the department fosters a vibrant culture of research, innovation, and interdisciplinary development through funded projects, consultancy, hackathons, product design challenges, and student research publications. Centres of Excellence, incubation facilities, and industry-supported labs enable students and faculty to explore advanced technologies in Renewable Energy, Energy Storage, Power Quality, Embedded Systems, and AI-driven electrical applications.
The department also nurtures strong industry collaboration through technical workshops, industrial internships, guest lectures, certification programs, and collaborative student projects. Student-centric initiatives such as mentoring systems, remedial coaching, bridge courses, and value-added programs further enrich the academic environment. Professional societies like IEEE, IE (I), ISTE, and Energy Clubs actively contribute to technical exposure and skill development. A structured internship framework aligned with NBA guidelines ensures purposeful experiential learning supported by defined outcomes, mentorship, and systematic evaluation.
With consistent placement support from the Career Development Cell (CDC), students secure opportunities in both core and IT sectors. Backed by highly qualified faculty with strong research credentials, the department maintains a legacy of quality education, innovation, and social responsibility. Through its comprehensive academic ecosystem, the EEE department continues to shape ethical, competent, and future-ready engineers equipped to lead in a technology-driven world.
Producing professionally competent graduates in the domain of electrical engineering to serve the industry/society addressing the challenges.
M1: Provide professional skills in electrical circuit design and simulation to the students.
M2: Develop industry institute interface for collaborative research, internship and entrepreneurial skills among the stakeholders (Students and Faculty).
M3: Bringing awareness among the students with emerging technologies to meet the dynamic needs of the society.
M4: Encourage multi-disciplinary activities through research and continuous learning activities.
To Strengthen Core competency through enhancing the students skills in Circuit Design & Simulation
Conduct regular hands-on workshops and training sessions on advanced simulation tools such as MATLAB, PSIM, PSCAD, Multisim, and MI power to enhance students’ proficiency in circuit design and analysis.
Encourage collaboration between EEE students and peers from CSE, ECE, and Mechanical Engineering to develop real-time, interdisciplinary projects addressing societal and industrial challenges.
Set up Centres of Excellence in domains such as Power Electronics, Electric Vehicles, and Smart Grids through MoUs with leading industries to foster innovation and research.
Build a strong internship-to-placement framework by partnering with core electrical engineering companies and strengthening industry relationships.
Support student- and faculty-driven start-ups in electrical engineering by providing incubation facilities, expert mentoring, and assistance in accessing seed funding opportunities.
Continuously integrate advanced topics such as AI-enabled Power Systems, Electric Vehicles, Energy Storage Systems, and Smart Grid technologies to align with evolving global industry needs.
Increase the number of quality publications by faculty and students in SCI/Scopus-indexed journals & promote participation in funded research projects from government & private agencies.
Offer certification and skill-development programs in EV technology, Smart Grids, IoT-based Power Systems, and Solar PV technologies to prepare students for future technological demands.
Organize annual or bi-annual hackathons uniting EEE and other engineering students to solve real-world challenges in smart energy, e-mobility, automation, IoT, power electronics, and renewable solutions.
To Organize periodic guest lectures, expert interactions, industrial webinars, and panel discussions to bridge the gap between the academia and industry.
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