Program Review

B Tech In Electrical Engineering at Atharva University, Mumbai is designed for students who want to build careers in electrical systems, energy technology, automation, power electronics, renewable energy, and modern control systems. The programme helps learners understand key areas such as power generation, transmission, distribution, electrical machines, control systems, smart grids, industrial automation, and energy-efficient technologies through classroom learning and practical exposure. The B.Tech in Electrical Engineering course focuses on preparing students to design, test, manage, and improve electrical systems for industries, infrastructure, power utilities, and modern energy solutions. This makes it a strong choice for students planning to pursue a Bachelor of Technology in Electrical Engineering.

Students also gain exposure to modern technologies such as solar and wind energy systems, electric vehicles, smart power systems, automation tools, and simulation-based learning. With laboratory training, real-world projects, industrial visits, and industry interactions, the programme helps students connect engineering concepts to practical needs in the electrical and energy sectors.

Complete Curriculum

This comprehensive program combines essential core engineering subjects with advanced technical knowledge in electrical engineering. Students gain both theoretical foundations and practical expertise to handle real-world engineering problems, including power systems, control engineering, and smart energy solutions.

Key Learning Areas

Electrical systems, power electronics, automation, and control form the core curriculum, with emphasis on smart grids, renewable energy integration, and modern electrical technologies for real-world applications.

Practical Skills

Hands-on training includes laboratory work on electrical machines, circuits, power systems simulations, control systems design, and use of modern simulation tools like MATLAB/Simulink and PSCAD. Industrial visits, real-world projects, and collaborative workshops reinforce practical expertise.

Hands-On Learning

Students benefit from state-of-the-art engineering labs, real-time industry projects, and compulsory internships that offer exposure to practical industry environments and design challenges.

Global Certifications

The program offers opportunities to earn globally recognized certifications in areas such as power system design, PLC & SCADA automation, renewable energy systems, and advanced industrial control technologies.

Research & Innovation

Students are encouraged to participate in research projects, innovation challenges, and technology incubators. The curriculum integrates research opportunities aligned with modern electrical engineering trends and emerging industry demands.

Duration & Eligibility

Requirements and selection process for the BBA + MBA Integrated Program

B Tech In Electrical Engineering is a four-year full-time undergraduate engineering programme. Students who have passed Std XII from a recognised board with Physics and Mathematics, along with Chemistry, Computer Science, Electronics, Information Technology, Biology, Informatics Practices, Biotechnology, Technical Vocational subject, Agriculture, Engineering Graphics, Business Studies, or Entrepreneurship, can apply.

A minimum of 45% marks is required for general category students, while 40% marks are required for reserved category students. Admission is based on a valid score in JEE Main 2026, MH CET 2026, PERA CET 2026, or Atharva University All India Entrance Test, followed by a personal interview.

Duration

4 Years (Full-time) – Eight semesters of credit-based engineering coursework

Eligibility

10+2 (HSC) or equivalent with Physics, Chemistry & Mathematics. Minimum 45% marks (40% for reserved categories)

Selection Process

Admission through JEE Main / MHT-CET / PERA CET or Atharva University All India Entrance Test, followed by a personal interview.

Program Highlights

B Tech In Electrical Engineering at Atharva University, Mumbai offers a curriculum aligned with current advancements in renewable energy, smart systems, automation, and modern electrical technologies. Students get hands-on training through advanced laboratories for electrical machines, power electronics, control systems, automation, and related engineering applications.

The programme also includes training in tools such as MATLAB, PSCAD, AutoCAD Electrical, and other simulation tools. Students benefit from industrial visits to power plants, substations, and manufacturing units, as well as guest lectures by energy experts, researchers, and industry leaders. After completing the programme, graduates can explore roles such as Electrical Engineer, Power System Engineer, Control Engineer, Automation Specialist, Power Plant Engineer, PLC/SCADA Programmer, Renewable Energy Consultant, and Maintenance Engineer.

Industry-Aligned Curriculum

Designed with current trends in electrical engineering and energy technologies.

State-of-the-Art Labs

Dedicated labs for control systems, machines, power electronics, and automation.

Industrial Exposure

Projects and internships with leading electrical and energy companies.

Professional Development

Workshops and certifications to enhance career-ready skills.

Atharva Cutting-Edge Labs:

Artificial Intelligence and Expert System Lab
Reinforcement Learning Lab
Natural Language Processing Lab
Deep Learning Lab
Data Analytics and Visualization Lab
Machine Learning Lab

Programme Outcomes

After completing this program, graduates will be able to:

Understand and apply

core electrical engineering principles to design and operate electrical systems.

Analyze and optimize

power distribution and control systems for real-world applications.

Develop solutions

for renewable energy integration and smart infrastructure projects.

Function effectively

in multidisciplinary teams and complex engineering environments.

Career Support & Opportunities

Atharva University bridges academic knowledge with industry expectations through targeted career support, internship programs, and placement assistance. Graduates are prepared for roles such as: