Electronics Engineer

Job requirements

• Degree in Electronic Engineering or a related discipline.

• Proven experience designing analogue and digital electronic systems including schematic capture and PCB layout and routing.

• Hands-on experience developing system architectures utilising 32-bit microcontrollers (e.g., ARM Cortex-M), low-power peripherals, and power management circuits.

• Familiarity developing low-level embedded firmware, interfacing peripherals (e.g., ADC) and implementing communication protocols (e.g., SPI, I2C, UART).

• Knowledge of product lifecycle management and design for manufacture.

• Awareness of industrial standards and compliance applicable to electronic equipment (e.g., EMC Directive).

• Strong understanding of analogue and digital circuit design, low-level embedded systems, testing and verification techniques.

• Knowledge of product development processes, reliability engineering and relevant industry standards and regulatory requirements.

Job responsibilities

• Design, develop and validate analogue signal conditioning and digital electronic instrumentation for precision measurement and control applications.

• Write, debug and maintain low-level embedded firmware for 32-bit microcontrollers.

• Support products throughout the full lifecycle, driving continuous improvement, technical problem-solving and successful product delivery.

• Plan and prioritise engineering activities to meet project milestones, quality standards and business objectives.

• Collaborate closely with multidisciplinary teams including mechanical, software, quality and project management to deliver fully integrated, robust products.

• Solve complex technical challenges involving electronic hardware, embedded firmware and system integration.

• Balance technical performance, cost, manufacturability, reliability and regulatory compliance throughout product development.

• Operate with autonomy on assigned tasks, taking ownership of engineering decisions and technical solutions.

• Exercise engineering judgement while identifying and escalating significant technical or commercial risks where appropriate.

• Build effective working relationships across multidisciplinary engineering and operational teams.

• Provide technical guidance and knowledge sharing to colleagues and support the development of junior engineers where required.