RTL Integration: Lead the RTL integration for multi-IP systems, optimizing for power, performance, and resource utilization using VHDL or Verilog, with a focus on advanced protocols (HDMI, DisplayPort, MIPI, PCIe, USB, Ethernet).

IP Development: Develop high performance and efficient IP cores for Industrial/Automotive applications such as motor control, industrial networking, system diagnostics.

System Architecture Definition: Define system architectures for FPGA-based solutions, ensuring compatibility with customer requirements and industry standards for video, networking, and IO applications.

Execution Planning: Develop detailed execution plans for hardware development, including timelines, resource allocation, and risk mitigation strategies for turnkey projects.

System Integration: Collaborate with software teams to integrate RTL designs with RISC-V software stacks and drivers, ensuring seamless HW/SW co-design across complex protocols.

System Validation & Testing: Design and implement comprehensive validation and testing strategies to ensure system robustness (e.g., fault tolerance), power efficiency, usability (e.g., customer adaptability), and performance (e.g., low latency, high bandwidth).

Customer Interfacing: Engage directly with customers to understand requirements, present technical proposals, and ensure solutions meet their needs for turnkey project delivery.

Mentorship: Guide junior and mid-level engineers in RTL design, advanced protocol implementation, and FPGA tool best practices.

Innovation & Standards: Drive innovative hardware architectures and propose departmental standards for RTL development, validation, and testing to improve efficiency and solution quality.

Enhance the reliability and scalability of FPGA-based hardware solutions, enabling high-performance operation in critical industrial/automotive applications.

Strengthen market competitiveness by delivering innovative, high performing, reusable RTL designs that reduce development costs and accelerate time-to-market.

Drive customer satisfaction and adoption through tailored, well-tested FPGA systems that prioritize usability, performance, and alignment with customer needs.