Key Responsibilities

• Lead the electronic hardware design process, from concept through to production, including schematic capture and PCB layout
• Develop high-performance embedded systems, integrating microprocessors, microcontrollers, and high-speed communication interfaces
• Optimize FPGA and AI-driven GPU architectures for real-time signal processing
• Engineer low-power, high-efficiency power supply systems for mobile and industrial applications
• Ensure EMC compliance and apply DFM & DFT best practices for manufacturing and testing readiness
• Conduct hardware prototyping, debugging, and verification, including risk assessment using DFMEA
• Collaborate with firmware and software engineers to define test requirements and system-level integration
• Work closely with stakeholders and customers to refine product specifications and participate in pilot testing
• Innovate in electromagnetic tomography and super-sensing technologies, enhancing sensor performance and AI-driven analytics
• Contribute to agile R&D projects, with potential growth into a SCRUM Master role

Essential Skills & Experience

• Strong experience in electronics design, from PCB layout to full product development
• Expertise in microprocessor and microcontroller-based systems, including high-speed communication interfaces (CAN, Ethernet, Wi-Fi, Profibus)
• Proven knowledge of high-speed digital design and memory subsystems (DDR, NAND, eMMC)
• Experience in FPGA development and AI-enabled GPUs for real-time applications
• Understanding of EMC design principles, compliance testing, and regulatory standards
• Background in power supply design for low-power, mobile, and high-performance environments
• Proficiency in hardware risk assessment and mitigation (DFMEA)
• Ability to work effectively in a SCRUM-driven R&D environment, collaborating across teams

Desirable Skills

• Experience in tomographic and imaging systems (MRI, CT, Ultrasound, or similar technologies)
• Knowledge of electromagnetic sensing & tomography (ECT, EIT, ERT, MIT, CIFT)
• Understanding of machine learning and AI-driven signal processing for hardware applications
• Background in hardware development for digital twin and industrial automation solutions
• Experience working with subcontractors and managing complex hardware projects

Benefits

• Competitive salary
• 25 days annual leave (+ bank holidays, with service-based increments)
• Flexible working options, including hybrid/remote days
• Modern R&D workspace with free on-site parking
• Pension scheme and healthcare options
• Cycle to Work Scheme
• Performance-based share options after three years
• Team-building initiatives, company-sponsored activities, and professional development opportunities

How to Apply

If you are passionate about hardware engineering, AI-driven innovation, and cutting-edge technology, this could be the right opportunity for you.

Apply now or get in touch for more details.