RTL Design: Extend existing RTL designs to add functionality, generalizing designs to be compatible with broader application.

System Integration: Integrate RTL designs with RISC-V software stacks and drivers, ensuring compatibility and performance in FPGA-based systems.

System Validation: Design and execute validation processes to verify system functionality, robustness, and performance, including protocol compliance for communication interfaces.

Hardware Testing: Conduct hardware testing for power efficiency, signal integrity, and usability, refining test methodologies to improve validation accuracy.

Optimization: Optimize RTL designs for area, power, and performance to meet industrial application requirements.

Documentation: Maintain detailed design and validation documentation to support team collaboration and customer integration.

Process Improvement: Propose refinements to validation and testing processes to enhance development efficiency and solution reliability.

Deliver reliable and scalable RTL designs that support the development of robust FPGA-based solutions for industrial/automotive applications.

Enhance development efficiency by refining validation and testing processes, reducing defects and time-to-market.

Support the company’s scalability goals by creating optimized hardware IPs that meet customer performance and usability needs.