Electronics Design Engineer

Quality Start; Brownhills; On-site; GBP 38,000 - 42,000; Full time

Benefits offered by this job

23 days holidays + bank holidays

Annual bonus scheme

Cycle to work scheme

Life Assurance

Job summary

Quality Start in Walsall is seeking an Electrical and Electronics Design Engineer to lead PCB design, schematic capture, and layout for embedded ARM-based systems. You will contribute to motor control modules and power-supply designs, ensuring compliance with safety and EMC standards.

You will use CAD tools to create and maintain design documentation, and you will debug and refine electrical designs in a regulated environment as part of a cross-functional team.

Qualifications

• Experience in PCB design: schematic capture, layout, and verification.
• Embedded systems design with ARM and RTOS.
• Exposure to power supplies and EMC/testing in regulated environments.

Responsibilities

• Support design and validation of embedded ARM-based systems.
• Develop and verify motor control modules for precision mechanical systems.
• Design and review DC/DC and AC/DC power supplies.
• Support product safety and EMC activities including testing and debugging.

Skills

PCB design

Schematic capture

Layout

ARM RTOS

Motor control

Fault finding

Lab equipment

Power electronics

Education

BEng in Electrical Engineering or HNC/HND

Tools

Altium

Cadence

OrCAD

Job description

Electrical and Electronics Design Engineer – Walsall

Opportunity: Do you have hands on experience in printed circuit board design, including schematic capture, component selection, layout, and design verification? Does your experience include the design and validation of embedded systems based on ARM architectures and running real-time operating systems? Have you developed motor control modules that drive precision mechanical systems, from design through to integration and verification? If yes then this is the role for you.

Your role as a Electrical and Electronics Design Engineer will involve:

• Supporting the design and validation of embedded systems based on ARM architectures and running real-time operating systems.
• Contributing to the development of motor control modules that drive precision mechanical systems, from design through to integration and verification.
• Designing and reviewing power supply circuits (DC/DC and AC/DC) for low and medium-power applications, working within established topologies and design standards.
• Supporting product safety and electromagnetic compatibility (EMC) activities, including testing, debugging and updating designs to help meet emission standards, safety regulations and environmental requirements.
• Using CAD tools to capture schematics, layout printed circuit boards, and maintain complete, controlled design documentation necessary for manufacturing, verification and regulatory review.
• Maintaining existing electrical designs, debugging and problem solving.

This is a full time permanent job opportunity based in Walsall paying an excellent salary of £38,000 - £42,000 per annum and great benefits such as 23 days holidays plus bank holidays on top, generous annual bonus scheme, cycle to work scheme, 2 x Life Assurance and much more.

Skills:

• Experience in printed circuit board design, including schematic capture, component selection, layout, and design verification.
• Experience contributing to electrical and electronic hardware designs, from requirements through to integration and verification.
• Experience of working within controlled product-development processes in a highly regulated environment would be beneficial, including design reviews, risk management, configuration control and verification evidence.
• Direct hands-on experience of bringing up and debugging new electrical and electronic designs, using structured fault-finding methods and appropriate laboratory equipment.
• Familiar with industry-standard electronic design automation CAD tools, such as Altium, Cadence, or OrCAD, including schematic capture, printed circuit board layout and design library control.
• Familiar with theory and operation of various power supply topologies, microcontrollers, and analog and digital concepts, and their application in integrated electro-mechanical products.
• Bachelor’s degree in electrical engineering, or HNC/HND with relevant industry experience.