Overview
In this role you will design and optimize RTL for FPGA and ASIC targets to enable advanced non-terrestrial 5G base stations and satellite-enabled mobile connectivity. You will work within a multidisciplinary team to translate requirements into robust architectures and verify them across the full design lifecycle. You’ll shape high-throughput signal processing hardware and contribute to timing, resource and power optimizations. This is a chance to impact next-generation communications in a cutting-edge, space-enabled environment.
Responsibilities
- Develop RTL for FPGA/ASIC targets
- Translate system/algorithm requirements into micro-architectures
- Create testbenches and verify designs on FPGA platforms
- Optimize timing, throughput, hardware resources and power
- Oversee the full design lifecycle from micro-architecture to physical implementation
- Collaborate with Algorithm, System Architecture and Verification engineers
- Produce design specifications and technical documentation
Key requirements
- Expert-level Verilog / SystemVerilog
- Strong FPGA and/or ASIC design experience
- Experience with synthesis and timing analysis
- Knowledge of high-throughput data or signal-processing designs
- Experience optimizing timing and hardware resources
- Strong knowledge of industry-standard EDA simulation and synthesis tools
- Experience delivering complex, integrated digital designs
- Advantageous: 5G, DSP algorithms, UVM, AMBA, SystemC/C++, PCIe, JESD, Python, AMD/Xilinx FPGA technology
- Collaborative mindset
- Clear technical communication
- Problem-solving under complex constraints
- Verilog/SystemVerilog
- FPGA/ASIC design
- Synthesis and timing analysis
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