Introduction to the Microchip Design Program
The Microchip Design major aims to train a highly qualified workforce equipped with in-depth knowledge of electronics, embedded programming, VLSI design (Very Large Scale Integration), AI hardware, and semiconductor materials.
Graduates will have opportunities to become VLSI Design Engineers, Hardware Engineers, Embedded Systems Engineers, IoT Specialists, or Semiconductor Project Managers at leading companies such as Intel, NVIDIA, TSMC, Samsung, Bosch, Renesas, VinGroup, and FPT Semiconductor.
Duration: 4.5 years
Program Highlights
Strong international connectivity
Development of soft skills and practical work experience
Program Objectives
Professional Knowledge: Graduates will have comprehensive knowledge in Computer Engineering and Electronics, especially in semiconductors and microchip design, meeting high-quality workforce demands both domestically and internationally, as well as preparing for further advanced studies.
Skills: Graduates will acquire technical skills (using EDA tools, simulation, and testing) and soft skills (teamwork, communication, critical thinking) to participate in the design, development, and optimization of microchip projects, meeting societal and economic needs.
Attitude & Responsibility: Graduates will demonstrate high work responsibility, proactive communication, and a strong commitment to learning and updating knowledge in computer engineering, semiconductor science, and microchip technology.
Career Prospects
Design, Analysis, and Development: Work as IC Design Engineers, Logic Design Engineers, or Physical Design/Layout Engineers at chip design companies or major technology corporations.
Simulation and Verification: Work as Verification Engineers or Simulation Engineers to ensure design correctness and performance.
Testing and Applications: Work as Test Engineers or Application Engineers to verify product quality and support clients in integrating chips into systems.
Research and Development (R&D): Conduct scientific research and apply microchip technologies at research institutes, corporate R&D centers, or universities.
Advanced Studies: Continue to Master’s or PhD levels to become experts or researchers in semiconductor microchip technology.
