System Validation Engineer (New Grads) at SiFive
🏢 About SiFive & RISC-V Innovation
SiFive is a globally celebrated pioneer and the driving force behind the revolutionary RISC-V open-source hardware instruction set architecture (ISA). By introducing RISC-V to the commercial world, SiFive is fundamentally transforming the future of compute. They are bringing the limitless, customizable potential of RISC-V processors to the highest performance and most data-intensive applications on the planet. SiFive’s unrivaled compute platforms enable leading global technology giants to innovate, optimize, and deliver the most advanced silicon solutions across every major market segment—including Artificial Intelligence (AI), Machine Learning (ML), automotive engineering, ultra-scale data centers, mobile telecommunications, and advanced consumer electronics. With a trophy cabinet that includes winning the Global Semiconductor Alliance’s (GSA) prestigious 'Most Respected Private Company Award' four times, SiFive is recognized as one of the most consequential semiconductor companies of the modern era.
Role Significance & Career Growth: The System Validation Engineer (New Grads) role at SiFive is an elite, highly coveted entry point into the world of advanced semiconductor engineering. As a new graduate joining the System Validation team, you are not merely testing legacy chips; you are responsible for the critical validation of SiFive's next-generation RISC-V CPUs utilizing sophisticated FPGA-based platforms. This role extends far beyond standard FPGA testing to include cutting-edge development and bring-up boards. For an engineer launching their career, this position offers unprecedented, hands-on exposure to advanced RISC-V processors, the rapidly expanding RISC-V software ecosystem, and hardware-software co-design. The career trajectory here is exceptionally steep; mastering root cause analysis and FPGA validation at SiFive rapidly positions you as an expert in a niche, immensely high-paying domain, paving the way to becoming a Lead CPU Architect or Principal Validation Engineer.
Current Industry Trends in RISC-V & CPU Architecture: The semiconductor industry is currently undergoing a massive structural shift away from proprietary, closed-source instruction sets towards the open, highly customizable RISC-V architecture. This shift is driven by the insatiable demand for domain-specific accelerators, particularly in AI, autonomous driving, and IoT, where power efficiency and custom instruction capabilities are paramount. Consequently, the demand for engineers skilled in Computer Architecture, Verilog logic design, and FPGA prototyping is skyrocketing globally. System Validation is the absolute critical path in modern chip design—ensuring that billions of transistors operate flawlessly before tape-out. By joining SiFive, you are placing yourself at the very epicenter of the RISC-V revolution, acquiring specialized skills in ILA/JTAG debugging and Python automation that are highly sought after by every major tech and semiconductor giant worldwide.
✅ Eligibility
- Degree: Bachelor’s or Master’s Degree strictly in Computer Science (CS) or Electronics and Communication Engineering (ECE).
- Experience: New Graduates (Freshers from recent academic batches like 2024, 2025, or 2026).
- Core Foundations: A robust, demonstrable comprehension of Computer Architecture and complex logic design is absolutely essential.
- Technical Exposure: Prior academic or internship exposure to logic design using Verilog and porting designs onto FPGA platforms is necessary.
📝 Responsibilities
- Execute rigorous, methodical root cause and failure analysis across highly complex RISC-V CPU hardware and interdependent software components.
- Utilize advanced Integrated Logic Analyzer (ILA) and JTAG debuggers to systematically troubleshoot, debug, and validate intricate FPGA designs.
- Develop highly accurate failure hypotheses through the systematic, step-by-step elimination of potential silicon and architectural causes.
- Create, deploy, and continuously support advanced Python-based scripts to significantly enhance, optimize, and automate CPU debug workflows.
- Collaborate closely with global engineering teams to execute board bring-up procedures and validate the end-to-end RISC-V software ecosystem.
🧠 Skills
🎯 Interview Process
📚 Free Preparation Resources
💡 Interview Tips
🔥 Most Asked Questions:
- Explain the fundamental architectural differences between a standard ARM processor and a RISC-V CPU. Why is RISC-V gaining global traction?
- Walk me through the exact, step-by-step process of porting a Verilog design onto an FPGA platform. What challenges might arise during synthesis?
- Write a Python script that parses a massive system log file to identify and extract hardware failure patterns during a CPU stress test.
🧾 FAQs
Q: Who is eligible for this 'New Grads' position?
A: Freshers with a B.E/B.Tech or M.E/M.Tech strictly in CS or ECE, who have a strong foundation in logic design, are eligible to apply.
Q: Where is this position located?
A: This role is primarily based at SiFive's advanced engineering center in Bengaluru, Karnataka, India.
⭐ SiFive Culture
"Working at SiFive places you at the absolute forefront of semiconductor innovation. The exposure you get to cutting-edge RISC-V architecture and FPGA prototyping as a new grad is unparalleled. You are working alongside the very pioneers of the industry, solving problems that will dictate the future of global computing."
Deadline: 2026-10-31
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Disclaimer: This information is gathered directly from the company's official career site.
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