Electronics Engineer (NPI Team) in Waterbeach

Company Profile

Thermoteknix Systems Ltd, founded in 1982 and based in Cambridge, is a world leader in thermal imaging, night vision, and augmented reality systems. Our award‑winning technologies are trusted by defence, security, and industrial customers in over 70 countries. With in‑house R&D, cutting‑edge innovation, and a global reputation for quality, we design and manufacture solutions that perform in the toughest environments.

Location: Waterbeach, UK

Department: R&D – Production Engineering

Reports to: Production Engineering Manager

Type: Full‑time, Permanent

About You

Thermoteknix is establishing a new Production Engineering team within R&D to transition products from development into robust, scalable manufacturing. The Electronics Engineer will cover all electronic and electrical aspects to facilitate the delivery of a robust, repeatable and compliant assembly, test, and repair capability. This will include test provision, assembly, calibration, repair, documentation and continuous improvement of manufacturing processes.

Key Responsibilities

• New Product Introduction & Transfer to Manufacturing: Support the structured transfer of products from R&D into engineering and manufacturing. As part of ERP, define, maintain and control BOM’s for new products introduced. Work with other team members to develop a test strategy for each product and analyse test coverage of designs and select appropriate test approaches. Ensure electronic designs are suitable for production through DFM/DFT reviews. Lead electronics‑focused workstreams within NPI projects, ensuring readiness for build, test, and scale. Work closely with design engineers to finalise manufacturable, testable electronic solutions.
• Production Test & Engineering Development: Define and implement production test strategies, including functional test, calibration, and verification. Design and develop electronic test fixtures, jigs, and automated test equipment (ATE) to deliver robust end‑of‑line testing for new products. Develop and maintain test software/scripts where appropriate (in collaboration with embedded/software teams).
• Electronics Manufacturing Process Development: Support development and optimisation of processes for PCB assembly and integration, cable harnessing and electrical assembly, calibration and configuration, and system‑level electronic integration. Work with manufacturing partners and suppliers to ensure consistent build quality and yield. Resolve manufacturing queries related to PCBs and electronics assemblies. Specify production requirements for electronic components, programming, and test access.
• Continuous Improvement & Manufacturing Optimisation: Drive improvements in manufacturing efficiency, quality, and repeatability for products already in production. Identify opportunities to reduce build time, improve test coverage, and increase production yield. Support cost‑reduction initiatives through design refinement and improved electronics manufacturing methods. Implement engineering changes to enhance manufacturability, reliability, and serviceability.
• Production Support & Issue Resolution: Provide hands‑on engineering support when electronic issues arise in production or test. Troubleshoot PCB, electrical, or system‑level faults quickly and effectively. Perform root cause analysis and corrective actions for electronic failures. Support non‑conformance investigations, concessions, and corrective/preventive actions (CAPA). Apply structured problem‑solving and quality methodologies (e.g., 8D, FMEA, SPC) as appropriate.
• Documentation & Engineering Control: Produce and maintain clear electronics production documentation, including build and test procedures, calibration and programming instructions, test fixture documentation, and electrical assembly work instructions. Support configuration control and engineering change processes (ECN).
• Cross‑Functional Collaboration: Act as the electronics interface between R&D, Production, Quality, Supply Chain, and Operations. Support supplier engagement for PCBs, electronic components, and manufacturing/test improvements. Contribute to defining standards, tools, and best practices for the new Production Engineering function.

Required Skills & Experience

• Degree (or equivalent experience) in Electrical/Electronic Engineering or related discipline.
• Experience in electronics production engineering, manufacturing engineering, or electronics design support.
• Strong understanding of PCB assembly, electronic integration, and production test methods.
• Familiarity with relevant standards and concepts such as ISO9001/AS9100, IPC610, ESD.
• Experience developing test fixtures, electronic jigs, or production verification processes.
• Ability to troubleshoot electronic circuits, assemblies, and system‑level faults.
• Strong documentation skills and attention to detail.
• Comfortable working across R&D and manufacturing environments.

Desirable Skills & Experience

• Experience supporting NPI from prototype builds through to volume manufacture.
• Knowledge of Design for Test (DFT), Design for Manufacture (DFM), and lean manufacturing principles.
• Familiarity with calibration systems and electronic measurement equipment.
• Experience with programming tools, scripting, or automation for production test.
• Understanding of engineering change control and quality standards (ISO9001).
• Exposure to thermal imaging, embedded electronics, or ruggedised electronic product development.

Personal Attributes

• Practical, hands‑on, and proactive approach to solving problems.
• Strong communicator able to work effectively with engineers and production teams.
• Analytical mindset with strong root cause and corrective action skills.
• Motivated to improve manufacturing processes and product quality.
• Adaptable and excited to help shape a new Production Engineering team.

Why us?

• Opportunity to join and shape a newly formed Production Engineering team.
• A key role bridging cutting‑edge R&D and real‑world manufacturing.
• Collaborative environment working on advanced thermal imaging technologies.
• Career development and growth within a high‑technology engineering organisation.
• Training and career development opportunities.
• Competitive salary and benefits package.