The order in which job vacancies are displayed is determined by a composite score based on the following factors:
Keyword Relevance: How well your search terms match the vacancy details. We prioritize matches found in the job title, followed by job requirements, location names, and educational levels. Matches within general employer information or the organization's name carry a lower weight.
Commercial Prioritization (Premium Jobs): Vacancies paid for by employers ('Premium' or 'Sponsored') receive a ranking boost and will appear higher in the search results.
Recency (Date Relevance): Newer vacancies are prioritized. The relevance score of a vacancy is reduced by half once the posting is older than 30 days.
Proximity (Distance Relevance): Vacancies located closer to your search location are ranked higher. For vacancies located more than 30 km from the search center, the relevance score is halved.
The final ranking is established by multiplying all these individual factors to calculate the total relevance score.
Electronics Engineer (R&D)
A specialist UK electronics manufacturer is looking for an Electronics Engineer to join its in-house R&D team. They design and build advanced sensing and instrumentation products for demanding professional markets, with everything from concept to production handled under one roof - so you'd follow a design from a blank schematic through to units coming off the line.
What the role involves
You'd be designing circuits and assemblies for both new products and revisions to existing ones - a genuine mix of analogue, digital, power, video and embedded work. Day to day that means schematic capture, guiding PCB layout, working alongside firmware and mechanical engineers to bring FPGA, microcontroller, sensor and display interfaces together, then getting hands-on with bring-up, debug and fault-finding once boards arrive. You'd also support EMC and environmental testing, contribute to design reviews, and help transfer designs cleanly into manufacture.
The products are compact and ruggedised, built to survive real-world abuse, so designing for reliability and manufacturability genuinely matters here.
What they're looking for
A degree (or equivalent hands-on background) in electronic or electrical engineering
Circuit design experience on high-performance products - defence, aerospace, scientific, industrial or similar
Solid grounding in analogue and digital design, plus schematic capture and PCB design
Confident with a scope, logic analyser and bench kit, and able to debug at board and system level
Some exposure to embedded systems, microcontrollers, FPGA interfaces or sensor integration
Nice to have: Altium, low-power and battery-powered design, serial and high-speed interfaces (LVDS, USB, Ethernet, SPI, I²C, UART, CAN), EMC design principles, experience of ruggedised product development