Bachelor’s degree or higher in Electronics/ Telecommunication Engineering 10 years of experience in electronics hardware design including analysis, simulation, schematic capture, PCB layout, and testing (Altium preferred) Proven experience in leading the design and development of complex communications systems Design experience with complex microprocessor/ DSP devices Design experience in the selection of components, taking into account not only the design specification, but also environmental, ... more details
Qualifications:
Bachelor’s degree or higher in Electronics/Telecommunication Engineering
10+ years of experience in electronics hardware design including analysis, simulation, schematic capture, PCB layout, and testing (Altium preferred)
Proven experience in leading the design and development of complex communications systems
Design experience with complex microprocessor/DSP devices
Design experience in the selection of components, taking into account not only the design specification, but also environmental, cost, EOL, lead time, etc.
Low level power supply design experience, using simulation (LTspice) and knowledge of power managers and monitoring devices.
Design experience of complex clocking and timing solutions including jitter, phase noise measurements
Design experience with on-board high speed data buses (e.g: PCIe, Serdes, JESD) – including analysis
Design experience with low/medium speed data buses (e.g: I2C, SPI, LVDS, PECL, RS422, LAN, CAN etc).
Hands-on attitude to problem-solving, using test equipment – Scopes, DSOs, DMMs, Soldering Iron, ENV chamber
Experience with thermal design techniques
Demonstrated success working in a dynamic environment
Design experience with on-board high speed data buses (e.g: PCIe, Serdes, JESD) – including analysis
VHDL/Verilog design experience – to create CPLD/FPGA designs, including test bench validation
Ability to write Python scripts (or similar lower-level scripting) to aid testing and investigation
Design experience with ASIC designs
RF knowledge
Experience with EMC (Immunity and Emissions), Environmental (temp, shock, vibration), Reliability (MTBF, MTTF), FMECA
Responsibilities:
Define next generation payload computer product requirements and conduct meticulous trade-offs
Design complex high-speed digital/analogue circuit boards from datasheet to completion for pre-production prototypes
Alongside the development teams, continue to contribute to problem solving with alternatives and feasibility studies
Procure and integrate evaluation modules and reference designs to complete a proof-of-concept operation of the platform
Design and build adaptation and break-out boards to create demonstration platforms as a stepping stone to full product development
Work with the software development teams to verify processing performance and memory bandwidth for the communications protocol stacks
Collaborate closely with international satellite development teams, including RF, Electrical, Mechanical, and Product teams
Conduct research in innovative communications systems architectures aligned with the evolving needs of the satellite network
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