B.Tech( Electrical Engineering)

Curriculum Structure

About the Department

Electrical Engineering plays a vital role across every sector of the economy—from power generation and distribution to manufacturing, renewable energy, telecommunications, electronics, semiconductors, automation, and signal processing. Its applications range from microchips implementing complex communication protocols to everyday electrical and electronic devices.

The Department of Electrical Engineering is one of the oldest and core departments of Mewar University, established in July 2009. Since its inception, the department has been actively engaged in quality teaching, research, and innovation, contributing to the academic and professional growth of its students.

The department offers B.Tech and M.Tech programs with specializations in Power Systems, Power Electronics & Drives, and Renewable Energy. It is supported by a team of highly qualified and well-trained faculty members with expertise across diverse domains of Electrical Engineering. The department encourages innovative thinking, challenges conventional problem-solving approaches, and promotes practical, industry-oriented learning.

Laboratory & Practical Learning Facilities

The Department of Electrical Engineering is equipped with state-of-the-art laboratories, making it a strong hub for hands-on technical and practical training. Major laboratories include:

• Basic Electrical Engineering Laboratory

• Electrical Circuit Theory Laboratory

• Electrical Machines Laboratory

• Power Systems Laboratory

• Power Electronics & Drives Laboratory

• Control Systems Laboratory

• Electrical Measurements & Instrumentation Laboratory

• Electrical Workshop

• Power Electronics & Power System Simulation Laboratory

• Project Laboratory

These facilities ensure students gain strong experimental, analytical, and design skills aligned with industry requirements.

The department actively promotes holistic knowledge development through:

• National-level workshops and seminars

• Industrial visits

• Skill-oriented training programs

• Online technical learning resources

The department has also inaugurated Mewar University’s first department-specific library, the “C. V. Raman Library”, providing specialized learning resources exclusively for Electrical Engineering students—making them more competitive and research-oriented.

Objectives of the Department

• To develop a center of excellence for imparting quality education in Electrical Engineering to meet global market demands

• To promote Research & Development, especially in Power Systems and Power Electronics for Renewable Energy applications

• To offer continuing education programs for working professionals

• To collaborate with government agencies, reputed national and international industries, and universities through sponsored research, consultancy, and training initiatives

• To strengthen research methodology, counseling, and academic mentorship within the university ecosystem

Admission Process

The admission to B.Tech Computer Science program is based on entrance exam scores followed by counseling. Here's the step-by-step process:

Career Opportunities

Career Opportunities

Graduates of Electrical Engineering can pursue rewarding careers in diverse domains, including:

• Power Engineer

• Control Systems Engineer

• Research & Development Engineer

• Electronics Engineer

• Robotics Engineer

• Renewable Energy Engineer

• Micro Electrical Engineer

• Instrumentation Engineer

• Telecommunications Engineer

• Electrical Design Engineer

• CAD Engineer

• Acoustic Engineer

• Aerospace Engineer

Career Opportunities in Electrical Engineering

Electrical Engineering graduates have access to a wide range of career opportunities across power, manufacturing, aerospace, transportation, electronics, and automation industries.

Electrical Engineer

Electrical Engineers are responsible for designing, developing, testing, and maintaining electrical systems and equipment used in industries such as power generation, aerospace, transportation, construction, and manufacturing, ensuring efficiency, safety, and reliability.

Design Engineer

Design Engineers focus on innovating and developing electrical products and systems based on consumer needs and industry standards. Their role includes creating designs, developing prototypes, testing performance, and supporting the manufacturing process.

Project Manager

Project Managers oversee the planning, design, testing, manufacturing, and troubleshooting phases of electrical engineering projects. They manage project teams, coordinate resources, monitor progress, and ensure projects are completed on time and within budget.

Test Engineer

Test Engineers conduct detailed testing and quality assessments of electrical components and systems to ensure they meet design specifications, safety standards, and performance requirements, identifying and resolving defects or design issues.

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