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NSEP
National Semiconductor Excellence Programme
Industry-aligned national training programmes focused on IC Design, Embedded Systems, and Robotics & AI, developed to equip participants with strong technical foundations, real-world exposure, and clear industry pathways.
Strengthening local talent for future technology industries.
Registrations are closed
Course Details
FULL TIME
1 Month Classroom
3 Months On Job
Training
2 September 2026 -
31 December 2026
Allowances up to RM10,000
*Subject to T&C and Availability
ABOUT ASEM
Why Choose ASEM?
Industry-aligned courses in semiconductor IC design, test and packaging, and AI, to ensure students gain practical, job-ready skills.
Access to world-class labs and tools enhances learning, research, and industry readiness.
Partnerships with 100+ companies provide internships, collaborative projects, and direct job opportunities.
Clear pathways to high-demand, well-paying careers with strong job placement support.
International training and research collaborations with top institutions worldwide.
Contribute to Malaysia’s rise as a global tech leader while boosting academic and industry reputation.
K-Youth Development Programme
K-Youth Development Programme
The Khazanah Youth Development Programme (K-Youth) is a strategic youth employability initiative launched in 2023 by Khazanah Nasional Berhad to cultivate Malaysia’s next generation of talent. Designed to equip final-year students and fresh graduates with commercially relevant skills and hands-on experience, the program aims to enhance their employability within an evolving job market. K-Youth reflects a commitment to fostering innovation, creativity, and entrepreneurship, aligning with the “A Nation that Creates” framework and Malaysia MADANI aspirations to contribute meaningfully to the country’s long-term economic growth
Eligibility
Eligibility Criteria
Who Can Apply?
- Malaysian
- Degree holders in:
- Electronic & Electricals (E&E)
- Electronic Science and Technology
- Communication Engineering
- Microelectronics Science and Engineering
- Electronic Information Science and Technology
- Computer Science
- Computer Engineering
- other electronics-related discplines
- Unemployed Individuals below age of 30
Screening Process
- Mini-Exam*: Topics will be as according to the selected program, such as;
- IC Design: Digital Logic, Analog Circuits, and Semiconductor Electronics
- Embedded Systems: C Programming, Linux, and IoT
- Robotics & AI: Python Programming, AI Fundamentals, and Prompt Engineering
- Personality Test: Focused on the theme “Getting to Know You”
Program Fees & Deposit
- A registration fee of RM 200 and deposit of RM 800 is required
- All deposits will be fully refunded upon successful completion of the program
Training @ ASEM
Our NSEP Programmes
IC Design
Applications Closed
Learning Outcomes
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Apply digital IC design methodologies using Verilog HDL and industry-standard front-end workflows across design, verification, synthesis, and implementation stages.
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Perform functional verification and timing analysis using SystemVerilog testbenches, VCS, and PrimeTime to validate design correctness and timing closure.
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Execute synthesis, DFT, and optimization tasks with Design Compiler and front-end low-power techniques to improve performance and manufacturability.
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Demonstrate end-to-end IC design capability by completing and presenting a mini-project that integrates verification, synthesis, timing, and physical design using ICC II.
Programme Modules
- Introduction to IC Design | Methodology and Verilog HDL
- Verification with VCS
- Logic Synthesis with Design Compiler
- Design for Test
- Front-end Low Power Implementation
- Static Timing Analysis with PrimeTime
- SystemVerilog TestBench
- Physical Implementation with ICC II
- Mini Project
Pre-Requisites
Students are expected to have basic knowledge and understanding of:
- Semiconductor Devices
- Digital Logic
- Digital Logic Design
- VLSI (Microelectronics)
- Computer Architecture
Potential Career Paths
- Digital IC Design Engineer
- ASIC / SoC Design Engineer
- RTL Design Engineer
- Verification Engineer (VLSI / Digital)
- DFT / Test Engineer
- Physical Design Engineer (Entry-level)
- Semiconductor Design Support / CAD Engineer
- Graduate IC Design Engineer / Trainee VLSI Engineer
Embedded Systems Firmware
Applications Closed
Learning Outcomes
-
Develop embedded and IoT applications by programming microcontrollers in C, interfacing sensors and peripherals, and implementing Bluetooth Low Energy communication and standard IoT protocols.
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Operate and automate Linux-based environments using command-line tools, shell scripting, and virtualized platforms for software deployment and system testing.
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Build full-stack IoT-enabled solutions by developing dynamic web interfaces with JavaScript and integrating PHP, MySQL, and SQL databases for real-time data storage and visualization.
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Demonstrate job-ready competencies through hands-on projects aligned with entry-level roles in embedded systems, IoT application development, systems programming, and web development.
Programme Modules
- Electronics Instrumentation and Measurement
- Signal Conditioning with Operational Amplifiers
- Practical Layout and Routing of Mixed-Signal PCBs
- C Programming for Engineers
- Embedded C Workshop
- Efficient Implementation of DSP Algorithms with C
- Introduction to Linux - Command Line Power
- Bluetooth Low Energy Communication with Embedded Linux
- IoT Communication Protocols and Data Formats
- Data Storage and Access with MySQL and PHP
- Developing Realtime, Interactive Webpages
Pre-Requisites
Students are expected to have basic knowledge and understanding of:
- C Programming
- Linux
Potential Career Paths
- Embedded Systems Engineer
- Firmware Engineer
- IoT Engineer
- Embedded Software Developer
- Linux Systems Engineer
- Hardware–Software Integration Engineer
- Test & Validation Engineer (Embedded)
- Graduate Embedded / Firmware Engineer
Robotics IoT and AI
Applications Closed
Learning Outcomes
- Develop robotic and automation systems by assembling mobile robotic platforms, integrating sensors and actuators, and implementing motion control using kinematic models and PID tuning.
- Program and coordinate robotic behaviors by implementing finite state machines, embedded control logic, and multi-component system interactions for autonomous operation.
- Integrate IoT technologies into robotic systems by connecting microcontrollers and sensors to cloud platforms for remote monitoring, telemetry, and data visualization.
- Design and prototype smart automation solutions by applying design thinking methods, rapid prototyping techniques, and system-level problem solving for real-world industrial applications.
- Demonstrate job-ready competencies through hands-on projects aligned with entry-level roles in robotics engineering, automation systems development, embedded systems, and industrial IoT applications.
Programme Modules
- Design Thinking and IoT Strategy
- Robotic System Assembly and Motion Control
- Robotics Kinematics and System Integration
- IoT Connectivity and Precision Automation
- System Optimization and Final Project Assessment
Pre-Requisites
Students are expected to have basic knowledge and understanding of:
Programming fundamentals (e.g. C, Python, or similar)
Basic electronics and circuit concepts
Fundamental engineering or technical problem-solving skills
Potential Career Paths
- Robotics Engineer
- Automation Engineer
- IoT Engineer
- Embedded Systems Engineer
- Mechatronics Engineer
- Industrial Automation Engineer
- Systems Integration Engineer
- Smart Manufacturing Engineer
Embedded Systems for IoT
Applications Closed
Learning Outcomes
-
Develop embedded and IoT applications by programming microcontrollers in C, interfacing sensors and peripherals, and implementing Bluetooth Low Energy communication and standard IoT protocols.
-
Operate and automate Linux-based environments using command-line tools, shell scripting, and virtualized platforms for software deployment and system testing.
-
Build full-stack IoT-enabled solutions by developing dynamic web interfaces with JavaScript and integrating PHP, MySQL, and SQL databases for real-time data storage and visualization.
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Demonstrate job-ready competencies through hands-on projects aligned with entry-level roles in embedded systems, IoT application development, systems programming, and web development.
Programme Modules
- C Programming for Embedded Systems
- Embedded C Workshop
- Introduction to Linux - Command Line Power
- Linux Shell Programming
- Bluetooth Low Energy Communication with Embedded Linux
- IoT Communication Protocols and Data Formats
- Introduction to PHP
- Fundamentals of Database Access with SQL
- Data Storage and Access with MySQL and PHP
- Fundamentals of JavaScript
- Developing Realtime, Interactive Webpages
Pre-Requisites
Students are expected to have basic knowledge and understanding of:
- C Programming
- Linux
Potential Career Paths
- Embedded Systems Engineer
- Firmware Engineer
- IoT Engineer
- Embedded Software Developer
- Linux Systems Engineer
- Hardware–Software Integration Engineer
- Test & Validation Engineer (Embedded)
- Graduate Embedded / Firmware Engineer
Facilities
Facilities Included
Timeline
Your Registration Timeline
Apply to your programme of choice
Submit your application by selecting your preferred programme and completing the required details.
What to expect next:
Eligible applicants will be shortlisted for the entrance examination
Demonstrate your fundamentals
Shortlisted candidates will receive and exam link via email. The assessment evaluates core technical fundamentals relevant to your chosen programme.
What to expect next:
Results will be reviewed, and successful candidates will proceed to the offer stage.
Confirm your placement
Qualified applicants will receive a Letter of Offer via email. This confirms your placement and includes key details on the programme structure and next steps.
Action required:
Accept the offer within the stated timeline to secure your slot.
Prepare for your learning journey
Once confirmed, you'll receive onboarding details including schedules, preparation guidelines, and communication channels.
You're officially in.
Get ready to begin your training and industry exposure.
Frequently Asked Questions
NSEP FAQs
- Q: Is accommodation and transportation provided for free?
A: No. Only the training cost is sponsored. Breakfast and lunch are provided, but accommodation and transportation are not included.
- Q: Is any allowance provided during the training?
A: Allowances are provided under the K-Youth collaboration up to RM10,000. *Subject to availability
- Q: Do I need to pay any fees?
A: Yes, you must pay a RM200 registration free + RM800 commitment deposit (refundable). The commitment deposit will be refunded upon successful completion of the program.
- Q: I am interested in joining the programme but cannot afford the deposit. What should I do?
A: You may appeal through the Student Affairs Department after receiving your offer letter.
- Q: Do I need to attend the full 1-month of training? Can I skip classes?
A: Attendance is compulsory for the full programme duration. Absences are extremely discouraged.
- Q: Will job placement be provided after completing the training? What is the process?
A: No, ASEM will assist you in landing more interview opportunities by directly sharing your resume and class performance. You are also encouraged to find opportunities yourself to double the chances
- Q: If I secure a job before the program completion, do I still have to participate On-Job Training?
A: Yes, the on-job training is a mandatory segment of the programme. Please inform your hiring manager to make sure your staring date is after on-job training ends.
- Q: If I am shortlisted by an employer, do I still need to attend their interview even though I have already interviewed with ASEM?
A: Yes. The ASEM interview is only for programme admission. You must attend the employer’s interview for job placement.
Venue
Advanced Semiconductor Academy of Malaysia
Level 2, CoPlace 9
Block 2320, Century Square, Jalan Usahawan, Off,
Persiaran Multimedia, Cyberjaya, Selangor
63000
Malaysia
Applications are now closed.
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