This specialized minor track introduces you to the dynamic world of embedded technology and intelligent systems
It covers essential skills such as circuit design, coding, device security, and smart application development
Students learn to build real-world solutions, including automated sensors and robotic controls, regardless of their primary discipline
The program opens doors to exciting career opportunities in the rapidly evolving embedded systems field
It’s perfect for innovators eager to develop creative, technology-driven solutions.
(2)Next Generation Communications Systems
This specialized minor track equips students to design high-speed networks, sensor communications, and cutting-edge technologies like optical wireless and autonomous vehicle systems
The curriculum covers core principles, protocols, and innovations driving the future of connectivity
Students gain the skills needed to thrive in rapidly growing fields such as 5G, IoT, and autonomous communications
It’s an ideal pathway for those aiming to build the communication systems of tomorrow.
(3)VLSI Design
This specialized minor track offers in-depth learning in chip design and semiconductor technology
Students gain skills in designing circuits at the transistor level and optimizing chips using AI and ML techniques
The curriculum spans digital and mixed-signal design, IC testing, and manufacturing practices
It prepares students for high-demand careers in modern VLSI design and semiconductor industries
This track is ideal for those aiming to contribute to the next generation of computing technologies
(4)Bio Medical Engineering
This specialized minor track explores the exciting fusion of healthcare, technology, and machine learning
Students learn to design smart medical devices and analyze complex biosignals and medical images
The curriculum covers instrumentation, medical imaging, and ML applications in healthcare
It prepares students for impactful careers focused on advancing personalized medicine and patient care
This track is ideal for those aiming to develop innovative solutions that improve health outcomes.
(5)Automotive Electronics
This specialized minor track prepares students to design control systems, vehicle sensors, and software-defined, autonomous, and connected vehicles
The curriculum covers automotive control, vehicle-to-vehicle communication, perception, and safety systems
It equips students with the skills needed for high-impact careers in the fast-evolving automotive industry
This track is ideal for those aiming to develop smarter, safer, and more efficient vehicles
Become a pioneer in shaping the future of mobility.
(6)Semiconductor Technology
This course provides a comprehensive understanding of the principles, materials, and processes involved in modern semiconductor technology
It covers the fundamental physics of semiconductors, crystal growth, doping techniques, fabrication of integrated circuits, and emerging trends such as nanoelectronics and advanced packaging
Students will explore how semiconductors power modern electronics, from microprocessors and memory to sensors and power devices, with practical insights into cleanroom procedures and semiconductor manufacturing environments
The course prepares learners for further study or careers in electronics, nanotechnology, and advanced material engineering.
(7)Quantum Technologies
This specialized minor track introduces you to the transformative field of quantum technology and next-generation computing
It explores foundational concepts such as quantum physics, qubits, superposition, entanglement, and quantum algorithms, along with practical exposure to quantum hardware and simulators
Students learn to model quantum systems, develop quantum circuits, and apply quantum principles to real-world challenges in communication, sensing, and computing
The program opens pathways to emerging careers in quantum engineering, cybersecurity, and advanced research
It’s ideal for forward-thinking learners eager to explore futuristic, high-impact technologies.
