Designing and implementing complex digital circuits using VHDL or Verilog for FPGA-based systems.

Performing timing analysis and optimization to meet performance requirements in FPGA designs.

Verifying FPGA designs through simulation and hardware testing to ensure functionality and reliability.

Collaborating with hardware and software engineers to integrate FPGA designs into larger systems.

Developing and maintaining documentation for FPGA designs, including specifications and test plans.

Troubleshooting and debugging FPGA-based systems to identify and resolve hardware and software issues.

Optimizing FPGA designs for power consumption and resource utilization to meet system requirements.

Staying up-to-date with the latest FPGA technology and design tools to improve design efficiency.

Participating in design reviews and providing feedback to improve the quality of FPGA designs.

Implementing and testing communication interfaces such as Ethernet, PCIe, and SPI on FPGAs.

Designing efficient and optimized FPGA architectures for specific applications, considering performance and resource utilization.

Writing and verifying RTL code (VHDL/Verilog) for digital circuits, ensuring functionality and adherence to specifications.

Synthesizing RTL code into a gate-level netlist and implementing it on the target FPGA device using EDA tools.

Performing static timing analysis to identify and resolve timing violations, optimizing the design for maximum clock frequency.

Debugging and testing FPGA designs using simulation, hardware emulation, and lab equipment to ensure correct operation.

Integrating FPGA designs with embedded processors, memory controllers, and peripheral interfaces for complete system solutions.

Optimizing FPGA designs for low power consumption, considering techniques like clock gating and voltage scaling.

Creating detailed documentation of FPGA designs, including specifications, schematics, and test reports.

Implementing and optimizing algorithms on FPGAs to achieve significant performance improvements over software implementations.

Integrating and customizing third-party IP cores into FPGA designs, such as memory controllers and communication interfaces.

Designing and implementing high-speed interfaces on FPGAs, such as PCIe, Ethernet, and SerDes.

Develop FPGA architectures based on system requirements and performance goals.

Write RTL code (VHDL/Verilog) for digital circuits and systems.

Simulate and verify FPGA designs using industry-standard tools.

Implement and optimize designs for timing, power, and area.

Perform lab testing and debugging of FPGA-based systems.

Collaborate with hardware and software engineers to integrate FPGAs into larger systems.

Create and maintain technical documentation for FPGA designs.

Participate in code reviews and design reviews.

Stay up-to-date with the latest FPGA technology and tools.

Troubleshoot and resolve issues related to FPGA performance and functionality.

Develop and execute test plans for FPGA validation.

Optimize FPGA designs for specific applications, such as image processing or networking.