Electronics R&D Engineer
Competitive Salary + Bonus + Hybrid Working + Company Benefits (Holidays, Healthcare, Pension)
Bristol (Commutable from: Filton, Newport, Portishead, Clevedon, Weston Super Mare, Nailsea, & Surrounding Areas)
Are you an Electronics R&D Engineer with a passion for independent research and advanced problem solving? Are you looking to join a cutting-edge manufacturer where you'll lead the design and development of innovative electronic systems and technologies?
Excellent opportunity to work in a solutions-focused role that spans from initial specification through to prototype & proof of concept. You will take ownership of a broad range of research and development projects, developing next-generation solutions using tools such as Altium, Matlab, and LTSPICE, while enhancing your technical capabilities in an expert-driven environment - software training as required!
On offer is a highly-varied role, where you will work across the full product lifecycle, applying expertise in circuit design, embedded software (Python or C), electronics simulation, and reflectometry-based or RF communication technologies. The role also includes hands-on prototyping, including soldering, wiring, and embedded systems integration.
You'll be working for a well-established organisation with strong investment in R&D and a reputation for technical excellence. Known for offering outstanding staff retention and technical development, the company is expanding its R&D team-making now a great time to join.
This role suits a highly motivated R&D Engineer with a Master's degree in Electronics or Electrical Engineering, who thrives on independent technical research and wants to contribute to real-world innovations.
The Role
1. Lead R&D projects involving electronic design (Altium), simulation (LTSPICE, Matlab), and embedded development (Python or C).
2. Develop and test bespoke prototypes, soldering/wiring, and embedded hardware integration.
3. Apply advanced principles in reflectometry-based technologies and RF/communication.
The Person
4. Holds a Master's degree in Electronics/Electrical Engineering or related discipline.
5. Skilled in PCB design, embedded software, circuit simulation, and hands-on prototyping.
6. Self-motivated with experience in independent research and delivering practical engineering solutions.