Spring Semiconductor, in collaboration with HRDC, proudly brings you Malaysia’s first subscription-based, self-paced SiemensEDA Xcelerator training platform.
Whether you're an individual engineer or a company looking to build world-class capabilities in chip design, verification, and manufacturing — this program is your gateway to the most comprehensive SiemensEDA training available online.
✅ Full Topic Coverage
Access Siemens’ complete Online Digital Training (ODT) catalog:Calibre, Tessent, Analog AMS trainings
List of all On Demand: On Demand Trainings
One Glance training maps: One Glance Training Maps
✅ Hands-On Labs (Selected Courses)
Practice on real-world design flows guided by step-by-step tutorials.
✅ Quizzes & Assessments
Test your knowledge and earn your certificate of completion.
✅ Self-Paced Learning
Learn anytime, anywhere. No fixed schedule. Zero travel.
✅ HRDC Claimable
This program is fully claimable under the Human Resource Development Corporation (HRDC) in Malaysia.
Engineers in IC/ASIC/FPGA/SoC design
Managers upskilling design teams
Fresh graduates entering EDA careers
Companies seeking HRDC-eligible training solutions
Want to train your team? We offer group access packages, reporting tools, and HRDC claim support.
📧 Contact our team today at sales@springsem.com to get started.
Virtual Labs for Hands-on
Chapters Tracking
Exams, Badging and Certification
Spring Semiconductor will launch Malaysia’s first-ever container-based IC design hands-on training platform, designed for students, professionals, and enthusiasts alike. The platform delivers an industry-grade environment without the usual complexity of setup, using container technology to provide seamless access to IC design tools—from digital logic and verification to advanced SoC prototyping—all available online, anytime and anywhere.
By combining guided labs, project-based learning, and exposure to tools used by leading semiconductor companies, Spring Semiconductor bridges the gap between classroom knowledge and real-world design practice. Whether you are building skills for industry, preparing for your first chip, or simply curious about IC design, this platform empowers you to learn and innovate with confidence.
Build real systems. Claim real value.
This HRDC Claimable 5-Day FPGA Prototyping Platform Manager Program is designed for engineers and technical leaders ready to take control of full FPGA prototyping environments. Using a live ARM-based FPGA system (SpringBlade VU13P), participants will remotely access, configure, and deploy complete solutions on real hardware.
Over five intensive days, you will complete two hands-on AI projects:
• AI LLM Acceleration – deploy and optimize large language model workloads on FPGA
• AI Vision Pipeline – build and manage a real-time vision processing system
The focus is on platform mastery—environment setup, toolflow control, IP integration, system validation, and performance tuning. This is where engineers become platform owners.
Program Details
• Duration: 5 Days (Hands-On, Remote Access)
• Platform: ARM-based FPGA Prototyping System (SpringBlade VU13P)
• Format: Guided labs + real system deployment
• Course Fee: RM4999 per pax (HRDC Claimable)
• Optional Certification: RM5999 – FPGA Prototyping Platform Manager (IPMA UK) (also claimable, subject to approval)
Who Should Attend
• FPGA / ASIC Engineers
• Embedded & Systems Developers
• AI Hardware & Acceleration Engineers
• Technical Managers leading prototyping teams
HRDC Claim Benefits
• Structured, industry-relevant upskilling program
• Immediate application to real-world AI and hardware projects
• Supports workforce readiness in AI and semiconductor domains
Seats are limited due to dedicated FPGA access per participant.
Train your team, claim with confidence, and return with systems that actually run.
Reply to secure your slot or request HRDC documentation support.
“At Spring Semiconductor, our development infrastructure is built on Red Hat Enterprise Linux, providing a stable, secure, and enterprise-grade environment for the design, validation, and deployment of advanced workflows. This includes SpringSchool training programs, high-performance AI models, security applications, and FPGA/embedded system verification pipelines.
By leveraging RHEL’s long-term support, hardened kernel, and extensive package ecosystem, our teams implement reproducible build systems, containerized workflows, and CI/CD automation that integrate cross-compilation toolchains, AI-assisted verification, and hardware-in-the-loop simulations. Workflows developed and validated on RHEL are distributed via open Linux container platforms, enabling partners and universities to execute them on freely available Linux distributions while ensuring fidelity, performance, and security across heterogeneous computing environments.”
Give us a call! +6012-2180925
