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B.Tech. Electrical Engineering - WEARABLE DEVICES

Program details

The B.Tech. Electrical Engineering (Wearable Devices) program by UPES School of Advanced Engineering is designed to equip students with a profound knowledge of designing, developing, and integrating advanced wearable technologies. Throughout the course, students will delve into sensor technology, wireless communication protocols, embedded systems, and human-computer interaction to gain specialized expertise in this rapidly growing field.

The program's core focus is on enabling students to create wearable devices that seamlessly integrate with the human body, paving the way for diverse applications in healthcare, fitness, fashion, and beyond. By combining theoretical knowledge with hands-on practical training, students will develop a deep understanding of the various components that constitute wearable devices and the intricacies of their functionalities.

Moreover, the program is tailored to provide students with an industry-relevant skill set that enables them to stay ahead in this cutting-edge domain. Graduates of the B.Tech. Electrical Engineering (Wearable Devices) program will be well-prepared to embark on exciting careers as wearable technology experts, making significant contributions to the future of wearable devices and their applications in multiple sectors. With UPES School of Advanced Engineering's focus on innovation and cutting-edge research, students can expect a dynamic learning environment that fosters creativity and exploration in the field of wearable technology.

Program Highlights

  • The B.Tech. Electrical Engineering (Wearable Devices) program at UPES School of Advanced Engineering offers a cutting-edge specialization focused on revolutionizing wearable technology and contributing to IoT advancements.
  • Students gain expertise in advanced microcontrollers, sensors & interfacing, enabling them to design and develop innovative wearable devices.
  • The curriculum includes courses on ubiquitous computing, empowering students to create seamless and interconnected wearable solutions for diverse applications.
  • Students learn to work with real-time operating systems, enabling them to design wearable devices with efficient and responsive functionalities.
  • The B.Tech. Electrical Engineering (Wearable Devices) program emphasizes contributing to the IoT ecosystem, preparing students to create impactful solutions in the rapidly evolving field of wearable technology.
  • Through hands-on projects and practical training, students gain valuable experience in designing, prototyping, and implementing wearable devices, fostering their creativity and problem-solving abilities.

The future scope of the B.Tech. Electrical Engineering (Wearable Devices) program looks promising with wearable technology set to become essential in the healthcare industry. Graduates in this field will find ample opportunities to contribute to healthcare advancements. Pursuing masters or PhD in biomedical engineering also opens up rewarding prospects. Key recruiters such as GE Healthcare, GeBBS Healthcare Solutions, Apple, and more, offer exciting career options for students specializing in this domain. The field promises a bright future with the potential to revolutionize healthcare and improve the quality of life through wearable devices.

Career Opportunities

Completing the B.Tech. Electrical Engineering (Wearable Devices) program at UPES School of Advanced Engineering opens up an array of promising career opportunities in the rapidly growing field of wearable technology. Graduates can explore exciting roles as Wearable Device Engineers, contributing to the design, development, and optimization of innovative wearable gadgets. They may also pursue careers as Embedded Systems Engineers, working on integrating cutting-edge technologies into wearable devices. Additionally, opportunities abound in Research and Development positions, enabling them to delve into futuristic wearable advancements. With the program's comprehensive curriculum and practical experience, graduates are well-equipped to join tech companies, healthcare organizations, consumer electronics firms, and other industries at the forefront of wearable technology innovation.


The B.Tech. Electrical Engineering (Wearable Devices) program offered by UPES School of Advanced Engineering has proven to be highly rewarding in terms of placements. Graduates from this program have secured promising positions in leading industries related to wearable technology. The school's emphasis on practical skills and cutting-edge research has equipped students with the expertise to design and develop innovative wearable devices. This has garnered the attention of top recruiters, who actively seek out UPES graduates for their proficiency and industry-relevant knowledge. With an impressive placement record, the program continues to provide excellent career opportunities for aspiring electrical engineers specializing in wearable devices.

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

Specialisation Courses

6thAdvanced Microcontrollers3003
7thSensor and Interfacing3003
7thUbiquitous Computing3003
8thReal-Time Operation System3003
8thWearable Technology3003


Interested students must fulfill the minimum eligibility criteria for B.Tech. Electrical Engineering (Wearable Devices) as stated below: Minimum 50% marks in Classes X and XII. with 50% in PCM (Physics/Chemistry and Mathematics) in Class XII.

Selection Criteria

Admission to the B.Tech. Electrical Engineering (Wearable Devices) program at UPES depends on the individual's performance in UPESEAT / JEE / Board Merit / SAT/ CUET.

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