B. Tech. Electrical Engineering

B. Tech. Electrical Engineering

Program Details

The B. Tech. in Electrical Engineering program at UPES School of Advanced Engineering is a dynamic and forward-looking curriculum that integrates cutting-edge technologies with a strong foundation in electrical engineering principles. The program's structure is carefully crafted to provide students with a holistic education, covering core subjects such as power systems, control systems, digital electronics, and communication systems. This comprehensive approach ensures that graduates are well-equipped to tackle the complexities of the modern electrical engineering landscape. The program places a significant emphasis on practical learning through hands-on projects, industry internships, and laboratory exercises. Students engage with state-of-the-art equipment and software tools to gain practical experience in designing and implementing electrical systems. The curriculum is designed in collaboration with industry experts, ensuring its relevance to current industry needs and trends. This industry-driven approach not only enhances the employability of graduates but also fosters an entrepreneurial mindset among students.

The B. Tech. in Electrical Engineering program's flexibility is a standout feature, allowing students to tailor their education according to their interests and career goals. The diverse range of specialisations, from E-vehicle and Industrial drives to AI & ML applications and Nanoelectronics, reflects the program's commitment to staying at the forefront of technological advancements. This adaptability ensures that graduates possess a unique skill set that meets the demands of a rapidly evolving technological landscape, positioning them as valuable contributors to the global engineering workforce.

In summary, the B. Tech. in Electrical Engineering program at UPES School of Advanced Engineering is a forward-thinking and industry-relevant curriculum that prepares students for success in the ever-changing field of electrical engineering. With a strong emphasis on practical skills, international perspectives, and specialised knowledge, graduates are well-positioned to make meaningful contributions to the field and excel in diverse roles across various industries.

Program Highlights

  • The B. Tech. Electrical Engineering program at UPES School of Advanced Engineering cultivates an environment of innovative research, allowing students to delve into the latest technologies and emerging trends within the field.
  • Students benefit from advanced and interdisciplinary lab facilities, including a dedicated DST FIST sponsored lab for battery testing and advanced communication, Texas Instruments embedded system lab, and an Advanced Power System and Protection lab, enhancing their hands-on learning experience.
  • Boasting a remarkable 100% placement record, the program opens doors to multiple job offers from both core electrical industries and software companies, ensuring students enjoy promising career prospects upon graduation.
  • The B. Tech. Electrical Engineering program is taught by experienced faculty members who are industry experts in their respective domains, providing students with a high-quality and industry-relevant education.
  • Prioritizing practical learning, the curriculum emphasizes hands-on projects, workshops, and collaborations with industry partners, equipping students with the skills needed to tackle real-world challenges effectively.
  • With a focus on holistic development, the program emphasizes the cultivation of effective communication skills, empowering graduates to articulate their ideas and collaborate efficiently in diverse professional settings.

The B. Tech. Electrical Engineering program at UPES School of Advanced Engineering offers a highly promising future for students with a keen interest in the electrical and power sector. Designed to cater to the evolving needs of the industry, the program provides extensive opportunities for further studies and specialisation in crucial areas such as power, energy, and automation. Graduates emerge with a skill set aligned with the latest technologies and industry demands, positioning them for impactful contributions to the advancement of the power sector. The program not only equips students with a solid foundation but also prepares them for diverse career paths in the dynamic and rapidly evolving energy landscape, making it a strategic choice for those aspiring to excel in the field of electrical engineering.

Career Opportunities

Upon completing the B. Tech. in Electrical Engineering program at UPES School of Advanced Engineering, graduates unlock a plethora of promising career paths. Armed with a profound grasp of electrical systems, renewable energy, power electronics, and automation, they are well-prepared for roles across various industries. Lucrative opportunities await in power generation and distribution companies, electrical design and consultancy firms, manufacturing units, automation companies, and research institutions. The program's focus on cutting-edge technologies also equips graduates for roles in renewable energy, smart grid development, electric vehicles, and telecommunications. With a solid foundation and practical experience, UPES graduates are primed to excel in the dynamic field of electrical engineering.

Placements

The B. Tech. in Electrical Engineering program at UPES School of Advanced Engineering is distinguished by its outstanding placement record, achieving a commendable 100% placement rate. Graduates of this program have excelled in securing lucrative opportunities, with the highest package reaching an impressive 6.2 LPA, while the average package stands at a noteworthy 5.1 LPA. This remarkable success underscores the program's commitment to delivering high-quality education and fostering strong industry connections. UPES ensures that its students are thoroughly prepared for the professional landscape, making them highly sought after by leading companies in the field of Electrical Engineering. The program's consistent success in placements reflects its dedication to producing industry-ready graduates who contribute effectively to the dynamic field.

Fee Structure

Click here for detailed Fee Structure.

Curriculum

Curriculum 2023-2027
 

Curriculum 2024-2028

Semester 1

CourseLTPCredits
Critical Thinking2002
Environment and Climate Change2002
Engineering Mathematics I3104
Physics3104
Object Oriented
Programming
3003
Basic Electrical and Electronics 
Engineering
3003
Object Oriented
Programming Lab
0021
Basic Electrical and Electronics 
Engineering Lab
0021
Physics Lab0021
TOTAL   21
,

Semester 2

CourseLTPCredits
Living Conversations2002
Environment and Climate Change2002
Analog Electronics I3003
Engineering Mathematics II3104
Workshop Practice0022
 Engineering Graphics0022
Digital Logic and Computer Design0023
Chemistry3003
TOTAL   21
,

Semester 3

CourseLTPCredits
Exploratory I3003
Design Thinking2002
Measurement and Instrumentation3003
Analog Electronic II3003
Signals and Systems3003
Network Theory3104
Social Internship0000
Analog Electronics II Lab0021
Simulation Design I0021
Electronics Workshop0020
TOTAL   20
,

Semester 4

CourseLTPCredits
Working with Data2002
Exploratory 23003
Electromagnetic Field Theory3003
Digital System Design3003
Electrical Machines3003
Digital System Design Lab0021
Control System Engineering Lab0021
Simulation Design I0021
Electrical Machines Lab0021
TOTAL   21
,

Semester 5

CourseLTPCredits
Technologies of Future/Meta 1012002
Leadership and Teamwork2002
Exploratory 33003
Communication System3003
Microprocessor and Microcontrollers3003
Industrial Power Electronics3003
Power Electronics Lab0021
Microprocessor and
Microcontrollers Lab
0021
Capstone Project 10002
TOTAL   20
,

Semester 6

CourseLTPCredits
Start your own Start-up2002
Exploratory 43003
Advanced Electrical Machines3003
Power System I3003
Embedded Systems and IoT3003
Advanced Electrical Machines
Lab
0021
Specialization Course II3003
Capstone Project II0002
Industrial Visit    
TOTAL   21
,

Semester 7

CourseLTPCredits
Exploratory 53003
Switchgear and Protection3003
E-Vehicle3003
Power System Lab0021
Power System II3003
Specialization Course II3003
Specialization Course III3003
Major Project I0002
Industrial Internship   1
TOTAL   22
,

Semester 8

CourseLTPCredits
Exploratory 63003
Specialization Course IV3003
Specialization Course V3003
Major Project II0007
Industrial Communication
and Networking
3003
TOTAL   19

Eligibility

Students who are interested must fulfill the prescribed minimum eligibility requirements for B. Tech. in Electrical Engineering: Minimum 50% marks in Classes X and XII. with 50% in PCM (Physics/Chemistry and Mathematics) in Class XII.

Selection Criteria

Students who are interested must fulfill the prescribed minimum eligibility requirements for B. Tech. in Electrical Engineering: Minimum 50% marks in Classes X and XII. with 50% in PCM (Physics/Chemistry and Mathematics) in Class XII.

Minors

SemesterCourseLTPCredits
2/4/6Analog Electronics I3003
3/5/7Industrial Power
Electronics
3003
4/6/8Digital System Design3003
3/5/7Network Theory3003
4/6/8Control System
Engineering
3003
4/6/8Electrical Machine3003
4/6/8Embedded System
and IoT
3003
3/5/7E-Vehicle3003
 TOTAL   24

Varied Specialisations to pick from

Microelectronics

Microelectronics

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AI and ML Applications

AI and ML Applications

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5G and 6G Technology

5G and 6G Technology

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Wearable Devices

Wearable Devices

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E-Vehicle And Industrial Drives

E-Vehicle and Industrial Drives

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