RTL Design Engineer Apprenticeship Program

Company Description ASEM (Advanced Semiconductor Excellence Malaysia), part of the Malaysia IC Design Park, is a national initiative launched in 2023 to accelerate Malaysia’s role in the global semiconductor value chain. Spearheaded by the Ministry of Economy with strong support from the Selangor State Government and SIDEC, ASEM focuses on shifting the industry from “Made in Malaysia” to “Made by Malaysia.” The academy provides access to EDA tools, test infrastructure, IP resources, MPW services, talent development programs, and the Selangor Semiconductor Fund. Through partnerships with leading international universities and more than 25 local institutions, as well as collaborations with over 150 industry partners and major foundries such as TSMC, Siltera, and xFabs, ASEM offers a rich ecosystem for learning, research, and innovation. Apprentices gain exposure to real-world projects, advanced training, and strong professional networks within the semiconductor sector.

RTL Design Engineer Apprenticeship Program

📍 Training Location:

• Chennai, India (10-Day International Training Experience + Companies Visit at India)

• Cyberjaya, Malaysia (3 Weeks Hands-On Technical Training)

🕒 Duration: 1 Month Training + 3 Months On-the-Job Training (OJT)

📅 Start Date: June 2026

💼 Type: Full-Time Apprenticeship Program

About The Program

The RTL Design Engineer Apprenticeship Program is designed for graduates who aspire to build a career in Digital IC Design, Processor Design, and Semiconductor Engineering. Participants will undergo structured technical training in RISC-V processor architecture, RTL design methodologies, and semiconductor development workflows, followed by industry-focused On-the-Job Training (OJT).

Program Structure

During the 10-day training phase in Chennai, India, you'll gain practical exposure to: -

• Technical lectures and guided practical sessions

• Semiconductor ecosystem exposure• Industry visits and technical sharing sessions

• Networking opportunities with students and professionals

• International learning environment

In the 3-week hands-on training phase in Cyberjaya, Malaysia, you'll gain practical experience in:

• Practical RTL design exercises

• Processor and SoC design projects

• Simulation and debugging activities

• Industry-readiness workshops

In the following 3 months, you'll gain hands-on industry experience through an On-the-Job Training (OJT) placement.

Responsibilities

As an RTL Design Engineer Apprentice, you will work alongside experienced engineers and gain exposure to industry-standard semiconductor development workflows such as:

• Developing and modifying RTL designs using Verilog/SystemVerilog

• Supporting processor and SoC design activities

• Performing simulation, debugging, and functional verification• Assisting in design validation and testing activities

• Supporting FPGA prototyping and implementation tasks

• Collaborating with design and verification teams on project deliverables

• Preparing technical documentation and design reports

• Participating in engineering reviews and technical discussions

Who We're Looking For

• Fresh graduates or final-year students in Electrical Engineering, Electronics Engineering, Computer Engineering, Computer Science, or related disciplines

• Strong interest in Digital IC Design, Processor Design, or Semiconductor Engineering

• Basic understanding of digital logic design and computer architecture is an advantage

• Eagerness to learn and adapt in a fast-paced technical environment

• Good analytical and problem-solving skills

• Able to commit to the full training and OJT duration

Why Join Us?

• Gain international training exposure in Chennai, India and Cyberjaya, Malaysia

• Receive a round-trip flight ticket , accommodation, and meals during the India training phase

• Earn allowance support throughout the program (subject to program terms and conditions)

• Learn RISC-V processor architecture and semiconductor design methodologies

• Receive mentorship from experienced industry professionals

• Build hands-on experience through practical training and OJT exposure

• Develop skills aligned with industry demand in Digital IC Design and Processor Development

• Expand your professional network within the semiconductor ecosystem

• • Potential pathway towards semiconductor industry opportunities upon successful completion of the program