Principal Hardware Engineer
Location:
Luton Pay:
Up to £70p/h (Umbrella) Responsibilities: Work with the support of experts in their field, using world-class facilities to deliver electronic hardware for complex electronic systems that meet challenging future customer requirements. The scope of work will involve technical problem solving along with hardware design and product development. Define Digital Signal Processing specification. Design and develop DSP. Define ADC/DAC specification. Design and develop ADC/DAC systems. Integrate ADC/DAC in the digital processing system. Experience Required: You will have either an HNC/HND or Undergraduate Degree (Electronic Engineering, Physics, or Applied Physics) or substantial skills and experience. Mixed signal ADC/DAC, FPGA, SoC based design for high performance signal processing, communications, and control. AC/DC Power Conversion. Requirements definition, analysis, architecture development. PCB design, component engineering. Design verification & qualification testing, test & debugging, production support. VPX system design. Experience of fast interfaces such as PCIe, Ethernet, and JESD. Model driven engineering using Matlab and Simulink tools, Mentor design tools. A structured approach to electronic design, electronics test methods, and equipment.
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Luton Pay:
Up to £70p/h (Umbrella) Responsibilities: Work with the support of experts in their field, using world-class facilities to deliver electronic hardware for complex electronic systems that meet challenging future customer requirements. The scope of work will involve technical problem solving along with hardware design and product development. Define Digital Signal Processing specification. Design and develop DSP. Define ADC/DAC specification. Design and develop ADC/DAC systems. Integrate ADC/DAC in the digital processing system. Experience Required: You will have either an HNC/HND or Undergraduate Degree (Electronic Engineering, Physics, or Applied Physics) or substantial skills and experience. Mixed signal ADC/DAC, FPGA, SoC based design for high performance signal processing, communications, and control. AC/DC Power Conversion. Requirements definition, analysis, architecture development. PCB design, component engineering. Design verification & qualification testing, test & debugging, production support. VPX system design. Experience of fast interfaces such as PCIe, Ethernet, and JESD. Model driven engineering using Matlab and Simulink tools, Mentor design tools. A structured approach to electronic design, electronics test methods, and equipment.
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