Strong foundation in electronics, signals, and communication systems
B.Tech E&TC(Semiconductor & Quantum Technology)
Build expertise in semiconductor design, VLSI, embedded systems, and quantum computing fundamentals through a future-focused curriculum aligned with industry needs.
Programme Overview
The B.Tech E&TC (Semiconductor & Quantum Technology) programme at PCU equips students with the knowledge and skills required to design and develop next-generation electronic systems.
The curriculum blends electronics and telecommunication fundamentals with semiconductor design, VLSI, embedded systems, and quantum computing concepts. Students gain hands-on experience through labs, projects, and industry exposure.
This programme prepares graduates for high-demand roles in semiconductor engineering, embedded systems, electronics design, and emerging quantum technologies.
Strong foundation in electronics, signals, and communication systems
Specialized courses in Semiconductor & Quantum Technology
Hands-on learning through projects, labs, and internships
Exposure to VLSI design, embedded systems, and chip development
Focus on emerging technologies like quantum computing and advanced semiconductors
Opportunities for research, innovation, and industry collaboration
Specialized courses in Semiconductor & Quantum Technology
Hands-on learning through projects, labs, and internships
Exposure to VLSI design, embedded systems, and chip development
Focus on emerging technologies like quantum computing and advanced semiconductors
Opportunities for research, innovation, and industry collaboration
Specializations Offered
Students can explore advanced domains within Semiconductor & Quantum Technology to match industry trends and career goals.
Build focused expertise through practical, industry-aligned learning:
Semiconductor Manufacturing
Explore semiconductor fabrication, process technology, cleanroom practices, and modern chip manufacturing.
VLSI & Chip Design
Focus on digital and analog VLSI design, semiconductor devices, and chip architecture fundamentals.
IoT & Embedded Systems
Learn connected devices, microcontroller programming, real-time systems, and hardware-software co-design.
Quantum Computing
Explore quantum computing fundamentals, quantum devices, and emerging applications.
Semiconductor Testing & Characterization
Develop skills in device testing, failure analysis, characterization, and semiconductor quality assurance.
5G & Next-Generation Communication
Study advanced wireless systems, 5G networks, RF technologies, and future communication platforms.
Robotics & Automation
Apply electronics, embedded intelligence, sensors, and control systems to robotics and industrial automation.
Each specialization connects core electronics knowledge with real-world semiconductor and quantum applications.
Why Choose E&TC Semiconductor & Quantum?
Ideal for students interested in semiconductors, VLSI, and electronics
Built for learners who enjoy problem-solving and systems thinking
Pathways into semiconductor, quantum, and innovation-driven industries
Enhance employability with job-ready semiconductor and quantum skills
What You Will Learn
A progressive four-year curriculum that combines core electronics and communication engineering with semiconductor, embedded systems, and quantum technology.
Build strong foundations in mathematics, science, programming, engineering design, and fundamental electronics.
Core Subjects
- Engineering Mathematics
- Engineering Physics
- Basic Electronics
- Programming Fundamentals
- Engineering Design
Learning Experience
Semiconductor & VLSI Design Lab
Embedded Systems Lab
Quantum Computing Fundamentals Lab
Innovation & Research Lab
Industry Exposure & Certifications
The programme connects classroom learning with the rapidly evolving semiconductor, electronics, communication, and quantum technology industries.
Students gain practical exposure through industry-recognized certification pathways, modern engineering tools, expert-led workshops, internships, and application-oriented projects.
This industry-integrated approach develops the technical capability, professional awareness, and problem-solving skills required for emerging engineering careers.
Why This Matters
Industry-recognized semiconductor technology certification pathways
VLSI design, simulation, verification, and chip-design tool exposure
Embedded systems and microcontroller development training
Hands-on experience with industry-standard EDA tools and platforms
FPGA design, prototyping, and hardware implementation
Internet of Things, sensors, and connected-device applications
Wireless communication, 5G, and advanced networking exposure
Quantum computing fundamentals and emerging technology platforms
Internships and live projects with relevant industry partners
Expert sessions, technical workshops, and industry-led masterclasses
Industry-oriented capstone projects and innovation challenges
Apply Now and gain the skills, experience, and certifications that employers value.
Why This Matters
Enhanced employability and industry readiness
Practical exposure beyond classroom learning
Strong professional network and mentorship opportunities
Better understanding of real-world applications of E&TC
Globally recognized certifications to boost career prospects
Career Opportunities
Graduates can build careers across semiconductor manufacturing, chip design, embedded electronics, telecommunications, quantum technologies, and research.
Potential Career Opportunities
Graduates of this programme may pursue roles such as:
- Semiconductor Design Engineer
- VLSI Design Engineer
- Chip Verification Engineer
- Embedded Systems Engineer
- IoT Engineer
- Telecommunication Engineer
- Quantum Computing Engineer
- Research Scientist
Additionally, students can opt for higher education or specialized certifications to further enhance their expertise and career prospects.
Meet the Faculty
Faculty members bring expertise in semiconductor technology, VLSI design, embedded systems, and research-driven innovation.
- Semiconductor Technology
- VLSI Design
- Embedded Systems
- Quantum Technology
With a passionate team of faculty, modern infrastructure, and partnerships with industry, our department cultivates an engaging educational environment that combines academic rigor with practical experience.
At PCU, we prioritize hands-on learning, research-based teaching, and interdisciplinary projects that enable students to innovate and address real-world issues.
View Faculty Profiles
Semiconductor & Quantum Labs & Facilities
Students gain hands-on experience through advanced electronics, semiconductor, and quantum research environments. The programme provides dedicated facilities for VLSI design, embedded systems, semiconductor testing, quantum computing fundamentals, innovation, and research.
Semiconductor & VLSI Design Lab
Embedded Systems Lab
Quantum Computing Fundamentals Lab
Innovation & Research Lab
Explore Campus Facilities
Admissions & Eligibility
Students aspiring to pursue B.Tech E&TC (Semiconductor & Quantum Technology) must meet the prescribed academic eligibility criteria and complete the admission process through the official PCU admissions portal.
Applicants must fulfill the following requirements:
Completion of 10+2 with Physics and Mathematics
One additional relevant subject as prescribed by university and regulatory guidelines
Minimum qualifying marks as per applicable university admission norms
Valid score in the applicable entrance examination, where required
Frequently Asked Questions
Find answers to common queries related to the B.Tech E&TC (Semiconductor & Quantum Technology) programme.
It is a specialized Electronics & Telecommunication Engineering programme focusing on semiconductor design, VLSI, embedded systems, and quantum computing fundamentals.
Start Your E&TC Semiconductor & Quantum Journey at PCU
Join a future-ready programme that builds expertise in semiconductor technology, VLSI, embedded electronics, communication systems, and quantum computing.