Principal Hardware Engineer

ARM; Luton; On-site; GBP 125,000 - 150,000; Full time

Job summary

An established industry player is seeking a Principal Hardware Engineer to join their innovative team in Luton. In this exciting role, you will be responsible for delivering cutting-edge electronic hardware for complex systems, focusing on Digital Signal Processing and ADC/DAC design. Your expertise in mixed signal design and problem-solving will be essential as you tackle challenging customer requirements. Join a forward-thinking company that values creativity and technical excellence, and play a key role in shaping the future of high-performance signal processing solutions. This position offers a competitive pay rate and the opportunity to work on impactful projects.

Qualifications

• Experience in high-performance signal processing and control design.
• Strong background in ADC/DAC systems and PCB design.

Responsibilities

• Deliver electronic hardware for complex systems meeting customer requirements.
• Design and develop DSP and ADC/DAC systems for integration.

Skills

Technical problem-solving

Digital Signal Processing

Mixed signal ADC/DAC

FPGA design

SoC-based design

PCB design

Test & debugging

Education

HNC/HND in Electronic Engineering

Undergraduate Degree in Physics

Undergraduate Degree in Applied Physics

Tools

Matlab

Simulink

Mentor design tools

Job description

Principal Hardware Engineer

Luton

Paying up to 65p/h (Umbrella)

Responsibilities:

• Deliver electronic hardware for complex electronic systems that meet challenging future customer requirements.
• 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 lots of 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, and 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.