Position Overview:
We are seeking an experienced System Design Engineer to join our dynamic engineering team. This position offers the opportunity to work on next generation NAND Flash Storage systems, develop solutions demonstrating cutting-edge architecture and extreme performance, and contribute to the validation and verification of complex designs. The ideal candidate will bring 7-10 years of proven experience in FPGA design, RTL development, and embedded systems, combined with a solid foundation in digital design principles.
Role:
You will lead sophisticated FPGA implementations, architect high-performance IP solutions, and drive innovation in accelerated, adaptive computing while collaborating with cross-functional teams to deliver industry-leading storage solutions. You will develop critical RTL logic, be responsible for porting RTL for FPGA implementation, and oversee the verification and validation of FPGA designs to ensure robust, production-ready solutions.
Key Responsibilities:
FPGA Design & Development:
Design, implement, and optimize complex digital systems using Xilinx FPGAs (Zynq, UltraScale+, Versal architectures)
Develop and maintain RTL code using VHDL/Verilog for high-speed digital signal processing applications
Create timing-critical designs meeting stringent performance requirements
Implement advanced FPGA features including DSP blocks, block RAM, and high-speed transceivers
RTL IP Design & Integration:
Design reusable, parameterizable IP cores for various applications
Develop custom interfaces including PCIe, AXI4, DDR memory controllers, and high-speed serial protocols
Create comprehensive IP documentation and integration guidelines
Collaborate with IP verification teams to ensure robust, production-ready designs
Embedded Firmware Development:
Develop embedded software for Zynq SoCs and microprocessor systems
Implement device drivers and low-level firmware for FPGA-CPU interfaces
Optimize software-hardware partitioning for maximum system performance
Work with real-time operating systems and bare-metal implementations
System Debug & Validation:
Lead comprehensive FPGA system validation and verification efforts
Develop and execute test plans for complex digital systems
Utilize advanced debug tools including ChipScope, ILA, and hardware debuggers
Perform signal integrity analysis and timing closure activities
Troubleshoot complex hardware-software integration issues
Technical Leadership:
Mentor junior engineers and provide technical guidance on FPGA best practices
Participate in design reviews and architectural decisions
Interface with customers and stakeholders on technical requirements
Drive continuous improvement in design methodologies and tools