Here is how you can study this program
Diploma in Semiconductor Technology
Semiconductor technology is the backbone of modern electronics, driving innovations in computing, power systems, and communication. Power Semiconductor Devices focus on high-efficiency switching components essential for power electronics applications. VLSI for Computer Arithmetic explores the design of optimized arithmetic circuits used in processors and digital signal processing. VLSI Design covers Integrated Circuit (IC) design, fabrication, and System-on-Chip (SoC) integration. Analog CMOS VLSI Design emphasizes low-power analog circuits for mixed-signal applications, Introduction to Semiconductor provides fundamental knowledge of semiconductor physics and device operation. Digital Electronics delves into logic circuits, sequential design, and FPGA-based systems. Semiconductor Device Fabrication introduces key manufacturing processes like wafer processing, lithography, and doping. Optoelectronic Devices study light-emitting and sensing components used in communication and imaging technologies. Semiconductor Packaging and Testing ensures the reliability of integrated circuits through advanced packaging techniques and quality control methods. These subjects equip students with the essential skills required for careers in semiconductor design, fabrication, and testing, Shaping the future of electronic technology.
Secure your place
25th August 2026
Applicable deadline
25th August 2026
Batch Commencing
8th July Onwards
Duration
1 year
Credits
180
Seats
60
Fee
₹ 25,000/-
Language
English
Eligibility Criteria
Candidates must have passed their 10+2 (or equivalent) examination from a recognized board.
*Tuition Fees may vary depending on the Country/State in which the candidate has passed their qualifying examination.
Why study this program
Be a part of a engaging learning atmosphere that gives you the tools to excel in the career of your choice.
Explain principles and techniques involved in designing, simulating, and testing both analog and digital semiconductor-based circuits, including their components and functionalities,
Describe the key concepts and processes in the design, simulation, and testing of analog and digital semiconductor circuits, recognizing interaction between their components to achieve desired circuit behavior.
Relate the operation and characteristics of semiconductor devices such as diodes, transistors, and MOSFETs, focusing on their behavior, applications, and performance under varying conditions.
Retrieve various testing techniques, such as I-V characterization and failure analysis, used to evaluate the performance and reliability of semiconductor devices.
Examine the key operating principles and characteristics of semiconductor devices, including diodes, transistors, and MOSFETs, and evaluate their performance in different electronic circuits and systems.
What you can become after studying this program?
Semiconductor Design Engineer
VLSI Design Engineer
Process Engineer
Semiconductor Test Engineer
Packaging Engineering
Semiconductor Engineer
Here is the Important Information you need to Know
Find out if this is the right course for you.
Find out if this is the right course for you.
Download Curriculum
Explore the detailed course structure, subjects, and learning methodologies.
Launch your career with our leading placements
We provide you with leading placement opportunities before you graduate, with the best career training and an exposure to leading recruiters.
4-6 LPA
Average Package
2,200+
Recruiters
60* LPA
Highest Package Offered
Give your future career a head start
Stay Up to Date with latest Trends
What Is Prompt Injection? AI Security in the Age of Agentic AI and MCP
As AI systems move from answering questions to taking actions, they become software that can be attacked. Prompt injection, now ranked the number-one risk to AI applications, is the central threat, and agentic AI and the Model Context Protocol expand the attack surface. Here is what it means, and how to defend against it.
How Students Learn VLSI Design and Semiconductor Engineering at Parul University
The VLSI Lab inside Parul University’s Lakshya 2047 Centre provides 36 computer systems running Verilog HDL, VHDL, and software-driven hardware design tools, with Synopsys Certified Professional (VLSI) and IEEE VLSI Design certifications aligned to India’s Semiconductor Mission.
B.Tech in Semiconductor Engineering: Powering India’s Mission to Become a Global Chip Hub
India’s fast-growing semiconductor industry is creating huge demand for skilled engineers in chip design, VLSI, and semiconductor technology.
How to Choose the Right Diploma Branch after 10th?
Pick a diploma branch based on your interest, strengths, career scope, and future growth, not just what others are choosing.
