A specialist embedded systems and electronics engineering consultancy delivering practical, reliable solutions to complex technical challenges. With more than 30 years of experience across scientific instrumentation, biomedical engineering, industrial process control, and custom hardware-software systems, the consultancy supports clients from early concept and architecture through to implementation, integration, and delivery.

Background and Experience

Nearly two decades were spent with Thermo Fisher Scientific in progressively senior engineering roles, culminating in Project Owner and Systems Engineer. This work included leading a major processor-card redesign for the mass spectrometer product range, alongside embedded C development, software tooling, hardware oversight, testing, and coordination across engineering, manufacturing, service, and customer-facing teams.

Sectors and Project Work

Work in clinical engineering included the design and development of specialised medical devices for hospital use, including a neonatal apnoea monitor, a CPAP alarm system, and an ICU sedation-control interface. These projects required robust embedded control, clear user-interface design, alarm logic, and a disciplined approach to safety and reliability.

Research engineering work at the University of Canterbury involved the development of custom laboratory instrumentation, embedded firmware, system integration, and dependable experimental systems designed to meet specialised academic requirements.

Operational engineering experience in aquatic facilities added further depth in process control and optimisation, with measurable improvements in water-treatment performance, chemical efficiency, and overall system stability.

Core Capabilities

Core capabilities include embedded C, ARM STM32, device-driver development, PID control systems, industrial communications, instrumentation, database tools, and full-cycle hardware and firmware development from concept through to production.

Approach

The consultancy is built on sound engineering judgement, careful problem-solving, and a strong focus on dependable delivery. The objective is straightforward: to help clients solve technically demanding problems with solutions that are robust, practical, and fit for real-world use.