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B.Tech. Electrical Engineering - E-Vehicle and Industrial Drives

Program details

The B.Tech. program in Electrical Engineering (E-Vehicle and Industrial Drives) at UPES School of Advanced Engineering is designed to equip students with a comprehensive understanding of electrical systems, particularly focusing on emerging areas such as electric vehicles and industrial drives. The program incorporates a balanced curriculum that combines theoretical knowledge with practical skills, preparing students to meet the demands of the rapidly evolving electrical engineering industry.

Students enrolled in this program will delve into core electrical engineering subjects, including circuit analysis, power systems, control systems, and electronics. Specialised courses related to E-Vehicles and Industrial Drives will provide in-depth knowledge of electric vehicle technologies, power electronics, motor drives, and control strategies. The curriculum is crafted to foster innovation and problem-solving skills, ensuring graduates are well-prepared for the challenges and opportunities in the field of electrical engineering, with a specific focus on sustainable and cutting-edge technologies.

The program emphasizes hands-on experience through practical labs, industry internships, and real-world projects. Students will have the opportunity to work with state-of-the-art equipment and collaborate with industry experts, enhancing their practical skills and gaining valuable insights into the application of electrical engineering principles in the context of electric vehicles and industrial drives. Overall, the B.Tech. program at UPES School of Advanced Engineering aims to produce competent and industry-ready electrical engineers with a specialised focus on E-Vehicles and Industrial Drives. For the latest and most accurate information, it is recommended to contact the university directly.

Program Highlights

  • The B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program focuses on providing students with specialised knowledge and skills in industrial drives, enabling them to analyze operational requirements and make informed decisions on the selection of AC and DC drives for diverse industrial applications.
  • Emphasis is placed on real-world industrial demands, ensuring that students gain practical insights into selecting appropriate drives. This prepares them to address the dynamic needs of industries for efficient and effective electrical engineering solutions.
  • The curriculum delves into linear and nonlinear control systems used in various industries, empowering students with the ability to design and implement control schemes. This expertise is crucial for optimizing performance and reducing energy consumption in complex industrial processes.
  • The B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program addresses critical issues related to harmonics and power factors, emphasizing the development of control techniques and strategies. This knowledge equips students to tackle challenges associated with harmonic distortions, ensuring the reliability and efficiency of industrial drives.
  • A key highlight is the program's commitment to promoting energy efficiency and sustainability. Graduates will be well-equipped to contribute to the development of eco-friendly industrial processes by optimizing control systems and mitigating power-related issues.
  • In addition to industrial drives, the program provides students with a deep understanding of electric vehicles. This comprehensive approach ensures that graduates are prepared to navigate the evolving landscape of transportation electrification, contributing to advancements in sustainable mobility.

The future scope of the B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program is promising and versatile, aligning perfectly with the demands of E Vehicle and automobile industries. The program's adaptability allows graduates to seamlessly transition into either field, capitalizing on the high service-based demands prevalent in both sectors. With a focus on control system engineering, electrical vehicle drivers, and power controllers for industrial applications in the automobile service sector, the program ensures graduates are well-equipped for the evolving landscape of these industries. The evergreen nature of this program stems from its ability to cater to the dynamic needs of both E Vehicle and industrial drives, providing a solid foundation for a successful and impactful career in the electrical engineering domain.

Career Opportunities

B.Tech. in Electrical Engineering with a focus on E-Vehicle and Industrial Drives equips graduates for diverse industry roles, including Electrical Machine Engineer, Power Electronics Engineer, Power System Engineer, Electrical Vehicle Design Engineer, Automobile Engineer, Power Analyst, and Battery Management Analyst. These opportunities span the spectrum of electrical engineering, offering graduates a dynamic career path in emerging fields such as electric vehicles and industrial drives.


The B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program offered by UPES School of Advanced Engineering provides outstanding placements for its graduates. The program equips students with comprehensive knowledge and practical skills in the field of industrial drives, making them highly sought-after professionals in the industry. Through its robust curriculum and experienced faculty, UPES ensures that students are well-prepared to meet the demands of the corporate world. Top companies and organizations actively recruit from this program, offering lucrative job opportunities to graduates. With a strong emphasis on industry-oriented training and skill development, UPES School of Advanced Engineering consistently achieves an impressive placement record, fostering successful careers for its Electrical Engineering (E-Vehicle and Industrial Drives) students.

Fee Structure

Click here for detailed Fee Structure.


Semester 1

Critical Thinking2002
Environment and Climate Change2002
Engineering Mathematics I3104
Physics 3104
Object Oriented Programming3003
Basic Electrical and Electronics
Object Oriented Programming Lab0021
Basic Electrical and Electronics 
Engg Lab
Physics Lab0021
Total   21

Semester 2

Living Conversations2002
Environment and Climate Change2002
Analog Electronics I3003
Engineering Mathematics II3104
Workshop Practice0022
Engineering Graphics0022
Living Conversations    
Environment and Climate Change0023
Analog Electronics I3003
Total   21

Semester 3

Exploratory 13003
Design Thinking2002
Measurement and Instrumentation 3003
Analog Electronics II3003
Signals and Systems3003
Network Theory3104
Social Internship   0
Analog Electronics II lab0021
Simulation Design -I0021
Electronics Workshop0020
Total   20

Semester 4

Working with Data2002
Exploratory 23003
Electromagnetic Field Theory3003
Digital System Design3003
Control System Engineering3003
Electrical Machines3104
Digital System Design lab0021
Control System Engineering Lab0021
Simulation Design -I0021
Electrical Machines lab0020
Total   21

Semester 5

Technologies of Future/Meta 1012002
Leadership & Teamwork2002
Exploratory 33104
Communication System3104
Microprocessors and Microcontrollers3003
Industrial Power Electronics3003
Power Electronics Lab0021
 Microprocessors and 
 Microcontrollers Lab
Capstone I0021
Total   20

Semester 6

Start you own Start-up2002
Exploratory 43003
Advanced Electrical Machines3003
Power System I3003
Embedded Systems and IoT3003
Advanced Electrical Machines Lab0021
Embedded Systems and IoT lab0021
Specialization Course II3003
Capstone II   2
Industrial visit   0
Total   21

Semester 7

Exploratory 53003
Switchgear and Protection3003
Power System Lab0021
Power System II3003
Specialization Course II3003
Specialization Course III3003
Major Project I0002
Industrial Internship0001
Total   22

Semester 8

Exploratory 63003
Specialization Course IV3003
Specialization Course V3003
Industrial Communication
and Networking
Major Project II   7
Total   19

Specialization Courses

6thAdvanced Microcontrollers &
7thAdvanced Electrical Drives3003
7thIndustrial Converters3003
8thNonlinear Control System3003
8thHybrid Electrical Vehicle3003


To be eligible for consideration in the B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program, prospective students need to satisfy the specified minimum eligibility criteria provided below: Minimum 50% marks in Classes X and XII. with 50% in PCM (Physics/Chemistry and Mathematics) in Class XII.

Selection Criteria

The eligibility standards for individuals seeking admission to the B.Tech. Electrical Engineering (E-Vehicle and Industrial Drives) program at UPES is determined based on the individual's performance in UPESEAT / JEE / Board Merit / SAT / CUET.

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