Electronic Engineer

Wave Recruitment

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

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

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

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