© ® Shridevi Institute Of Engineering And Technology
DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING
Electrical and Electronics Engineering (EEE) is one of the core and evergreen branches of engineering, offering exciting career opportunities in power systems, renewable energy, electric vehicles, power electronics, automation, industrial control, electronics, smart grids, and emerging technologies.
The Department of Electrical and Electronics Engineering at Shridevi Institute of Engineering and Technology (SIET) was established in 2004 with the vision of developing technically competent, innovative, and industry-ready engineers. Over the years, the department has focused on providing quality technical education, practical exposure, research opportunities, and professional development to students.
The department has well-equipped laboratories aligned with the VTU curriculum, enabling students to gain hands-on experience in electrical machines, power systems, power electronics, control systems, electrical measurements, microcontrollers, renewable energy systems, and other core areas of Electrical and Electronics Engineering.
OUR VISION
To develop technically competent Electrical and Electronics Engineers who contribute effectively to society and address its evolving needs.
OUR MISSION
• To build a strong foundation in electrical engineering principles, problem-solving, analytical thinking, communication, and soft skills for the overall development of students.
• To provide outcome-based technical education and encourage faculty development through training, research, industry interaction, and consultancy.
HOD PROFILE
Greeting from the Department of Electrical & Electronics Engineering at Shridevi Institute of Engineering and Technology. I am delighted to connect with you through this where we highlight the progress, achievements and upcoming opportunities in our department. In recent academic year our department has witnessed remarkable growth in academic, skill and research endeavours. Our students have excelled in various technical competitions, secured internships in leading industries and actively contributed to innovative projects. We are also proud of our faculty members for their dedication to research and their role in guiding students towards excellence. Looking ahead, we have several exciting events lined up, including workshops, guest lectures, industrial visits and Technical symposiums. These initiatives aim to equip our students with hands-on experience and industry insights, preparing them for future challenges in the dynamic field of Electrical &Electronics Engineering.
I encourage all students to actively participate in departmental activities, explore new learning avenues and strive for excellence. Let us continue to innovate, collaborate and work towards a bright future together.
The department encourages students to learn and work with modern technologies that are transforming the electrical engineering industry, including:
• Electric Vehicles (EV) and EV charging technology
• Solar photovoltaic (PV) and renewable energy systems
• Battery Energy Storage Systems (BESS)
• Smart Grid and Smart Energy Management
• Power Electronics and Advanced Converters
• Industrial Automation and PLC-based Control
• Internet of Things (IoT) and Industrial IoT (IIoT)
• Artificial Intelligence (AI) and Machine Learning (ML) applications in electrical engineering
• Robotics and automation
• Embedded systems and microcontrollers
• SCADA and industrial control systems
• Digital protection and modern power-system technologies
• Energy efficiency and energy management
• Microgrids and distributed energy resources
• Power-quality monitoring and management
• Automation, sensors and intelligent control systems
• Industry 4.0 technologies
The department gives importance to learning by doing. Students are encouraged to participate in:
• Hands-on workshops and technical training
• Industrial visits and field exposure
• Technical talks by industry experts
• Project exhibitions and technical competitions
• Mini-projects and major projects
• Internships and industry-oriented training
• Innovation and entrepreneurship activities
• Research and development activities
• Skill-development and placement training
Students are encouraged to identify real-world engineering problems and develop innovative solutions using modern electrical, electronic, digital and automation technologies.
The department’s objective is not limited to academic knowledge. Students are developed with technical skills, practical knowledge, communication skills, problem-solving ability, teamwork, leadership qualities and innovation mindset.
With the rapid growth of electric mobility, renewable energy, smart grids, automation, artificial intelligence and Industry, Electrical and Electronics Engineering continues to play a vital role in shaping the future of technology and sustainable development.
At SIET, the EEE Department aims to transform students into competent, innovative and industry-ready engineers capable of contributing to the rapidly evolving technological world.
EEE graduates have opportunities across a wide range of sectors, including:
• Power generation, transmission and distribution
• Renewable energy and solar industries
• Electric vehicle and automobile industries
• Battery and energy-storage industries
• Electrical manufacturing industries
• Automation and robotics
• Industrial control and instrumentation
• Electronics and embedded systems
• Infrastructure and construction
• Railways and transportation
• Government and public-sector organizations
• Research and development organizations
• Software and technology companies
• Entrepreneurship and start-ups
- Integrated Learning: Develops problem-solving and innovation through Psychology, Design Thinking, and Critical Thinking.
2. Student-Centered Learning: Uses interactive and practical teaching methods to create an engaging learning experience.
3. Industry-Aligned Curriculum: Covers current technologies and industry requirements in Electrical and Electronics Engineering.
4. Blended Learning: Combines classroom teaching, digital resources, laboratory work, and practical applications.
5. Project-Based Learning: Encourages students to apply their knowledge through projects, research, and real-world applications.
6. Future-Ready Skills: Develops technical, communication, teamwork, creativity, and design-thinking skills.
7. Flexible Electives: Provides opportunities to explore smart grids, renewable energy, power electronics, electric vehicles, and automation.
8. Specialization and Research: Encourages advanced learning and research in emerging areas of electrical and electronics engineering.
9. Innovation and Entrepreneurship: Supports students in developing innovative solutions through projects, mentorship, incubation, and entrepreneurial activities.