B.Tech Electronics And Computer Engineering - E-Vehicle and Industrial Drives

The B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) program at UPES School of Advanced Engineering is designed to equip students with a comprehensive understanding of electronics, computer engineering, and their applications in emerging fields such as electric vehicles and industrial drives. The curriculum integrates core concepts of electronics and computer engineering with specialised programs focusing on electric vehicle technologies and industrial drive systems.

Students enrolled in this program will cover foundational courses in electronics, digital systems, computer programming, and communication systems. The specialisation in E-Vehicle and Industrial Drives will delve into advanced topics like power electronics, control systems, and electric vehicle technology. The curriculum may include practical hands-on experiences, industry-oriented projects, and internships to ensure students gain practical skills and are well-prepared for the challenges of the rapidly evolving technology landscape.

The program also emphasizes research and innovation, encouraging students to explore new technologies and contribute to advancements in the field. Faculty members, often with industry experience, guide students through a mix of theoretical knowledge and practical applications. Graduates from this program are expected to be well-equipped for careers in industries related to electric vehicles, automation, and industrial drives, with a strong foundation in both electronics and computer engineering. For the most accurate and updated information, it is recommended to check the official UPES School of Advanced Engineering website or contact the university directly.

•    The B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) program focuses on providing students with specialised knowledge and skills in the areas of electric vehicles and industrial drives, preparing them for the evolving demands of these industries.
•    Emphasis is placed on practical, real-world applications, ensuring students can analyze operational requirements and make informed decisions on the selection of AC and DC drives, addressing the specific needs of diverse industries.
•    The B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) program places a significant emphasis on developing electronic control schemes and controllers for electric vehicles, imparting essential skills to navigate the complexities of control techniques in industrial processes.
•    Students gain a deep understanding of advanced control techniques, enabling them to tackle challenges associated with harmonics and power factors, crucial for optimizing the performance and energy efficiency of industrial drives.
•    The acquired knowledge and skills are geared towards ensuring the smooth and reliable operation of drives in industrial settings, contributing to overall energy efficiency and sustainability.
•    Graduates are equipped with the practical decision-making skills required to analyze industrial demands and select appropriate drives, making them valuable assets in industries relying on electronic vehicle technologies and industrial drives.

The future scope of the B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) program is exceptionally promising, catering to the dynamic needs of both electronics-based hardware and computer-based software industries. The program's versatility allows graduates to seamlessly transition into either domain during higher studies, capitalizing on the perpetual demand in these sectors. The specialized focus on controllers in electrical vehicles positions graduates as valuable assets in the burgeoning field of e-mobility. With a balance between hardware and software expertise, individuals completing this program are well-equipped to thrive in the ever-evolving landscape of technology-driven industries. The program's adaptability, combined with the burgeoning demand for skilled professionals in e-vehicle technology and industrial drives, solidifies its status as an enduring and lucrative choice for those aspiring to make impactful contributions in the intersection of electronics and computer engineering.

B.Tech. Electronics and Computer Engineering with a focus on E-Vehicle and Industrial Drives equips students for diverse roles in the industry, such as Electrical Machine Engineer, E-Vehicle Design Engineer, Automobile System Engineer, and Software Engineer. Graduates can seamlessly integrate into these dynamic fields, contributing to advancements in electrical machinery, electric vehicle technology, automotive systems, and software development. This program opens avenues for a promising career at the intersection of electronics and computer engineering, providing a solid foundation for professional success.

The B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) program consistently boasts commendable placement records, positioning graduates at the forefront of cutting-edge technology and industry demand. Graduates from this program find lucrative placements in leading automotive and industrial sectors, capitalizing on their expertise in electronic vehicle technologies and industrial drives. Companies seeking innovative solutions for sustainable transportation and efficient industrial processes actively recruit from this specialized program, recognizing its graduates' unique skill set. The curriculum's emphasis on hands-on experience, coupled with a robust theoretical foundation, equips students to navigate the dynamic landscape of electronic vehicles and industrial drives. As a result, the program serves as a gateway for aspiring engineers to secure promising careers in industries driving the future of technology and sustainable development.

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Semester 1

Semester 2

Semester 3

Semester 4

Semester 5

Semester 6

Semester 7

Semester 8

Specialisation Courses

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

The selection criteria for individuals seeking admission to the B.Tech. Electronics and Computer Engineering (E-Vehicle and Industrial Drives) programs at UPES are determined based on their individual performance in UPESEAT / JEE / Board Merit / SAT / CUET.

School of Advanced Engineering