Our client is a fast-growing Semiconductor start-up, who are seeking a highly skilled RTL Design Engineer with experience in FPGA and / or ASIC development to join their team. This role involves designing and implementing high-performance digital systems, collaborating with cross-functional teams, and contributing to cutting-edge hardware solutions.
Responsibilities :
- Develop RTL designs for FPGA and ASIC applications using Verilog (or VHDL).
- Translate system-level specifications into efficient, scalable digital architectures.
- Optimize designs for timing, power, and area through synthesis and place-and-route using tools like Xilinx Vivado.
- Ensure design closure and compliance with performance constraints via detailed post-synthesis and post-route analysis.
- Apply RTL design best practices including modular design, code reuse, and pipelining techniques.
- Collaborate closely with hardware, software, and system engineering teams to define and integrate FPGA / ASIC requirements.
- Maintain clear and comprehensive documentation for RTL designs, specifications, and user guides.
- Provide project updates, monitor progress against milestones, and proactively highlight risks or issues.
- Stay abreast of industry trends, tools, and technologies in FPGA / ASIC development and evaluate new solutions for ongoing and future projects.
- UVM experience is a plus.
Required Qualifications :
Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related field (Master’s degree preferred).Minimum 5 years of hands-on experience in RTL design and coding.Proficiency in Verilog and strong understanding of digital design fundamentals.Demonstrated experience with FPGA and ASIC development workflows.Familiarity with Xilinx, Intel / Altera FPGA platforms.Strong grasp of digital logic design, finite state machines, and SoC architecture.Experience with synthesis, timing closure, and physical design constraints.Background in developing high-performance or real-time FPGA-based systems.Experience with SoC design is highly desirable.