Design Engineer

AI Processor Architecture & Microarchitecture Design:

• Designing and optimizing state-of-the-art AI processor architectures, including microarchitectural elements and pipeline designs for high performance and low latency.

Digital Design & Implementation (RTL to Silicon):

• Developing and implementing RTL code in Verilog/SystemVerilog, synthesizing and optimizing digital circuits for deep submicron technologies, and implementing low-power design techniques.

Verification & Testing (FPGA & Simulation):

• Participating in verification and testing of designed circuits, developing verification environments, and utilizing FPGA design for architectural concept implementation.

High-Speed Protocol Implementation & Integration:

• Implementing and optimizing high-speed protocols such as PCIe, Ethernet (100G+), and DDR4, and collaborating on the integration of various hardware and software components.

Dynamic Problem Solving & Startup Adaptation:

• Adapting to a fast-paced, dynamic startup environment, solving complex technical problems, and contributing to innovative solutions.

• Knowledge of programming languages C, scripting (Perl / shell / python / awk) is a plus
• Knowledge of ARM and x86 and multicore processor designs is a plus
• Strong familiarity with any of these protocols: PCie, Ethernet (100G and above), DDR4.
• Experience with FPGA design and architectural concept
• 4-6 years of relevant experiences
• Ability to adapt to a start-up fast paced dynamic environment
• Deep understanding of the digital design flow from architecture, RTL design, verification, and synthesis
• Understanding of pipeline designs and computer architecture
• Logic design experience with state of the art deep submicron technologies specifically low power design techniques
• Verilog / system Verilog / Synthesis / STA (Static timing analysis) / CDC / LINT

• Competitive salary and benefits package
• Opportunities for professional development and advancement
• International environment and further career progression
• Getting in touch with bleeding edge technology
• Collaborative and supportive work environment