As a Senior Platform Engineer in Medtronic's AI and Data Science Platform team, you will design, build, and maintain cloud and on-prem infrastructure to support ML Engineers, Data Scientists, and new product development. You will collaborate across teams to improve reliability, usability, and developer experience, using cutting-edge technologies like Kubernetes, AWS, and Terraform.
The Mechanical Design Engineer will design and develop mechanical components for medical devices, working closely with cross-functional teams to ensure designs meet performance, manufacturability, safety, and regulatory requirements. The role involves CAD design, engineering analysis, testing, and documentation, with a focus on medical device development and compliance.
This role involves designing and implementing automated test frameworks for embedded and connected medical devices used in operating rooms, with a focus on firmware, hardware-software integration, and device reliability. The engineer will work on edge computing systems, validate APIs and over-the-air updates, and contribute to CI/CD pipelines. Collaboration with hardware, firmware, and systems teams is essential to ensure performance under real-world conditions.
Lead the design and development of medical-grade computing devices from concept to delivery, with full ownership of electronic subsystems and system architecture. Mentor junior engineers and collaborate with cross-functional teams to deliver safe, compliant, and innovative hardware solutions. Work in a hybrid environment that values technical excellence, regulatory rigor, and real-world impact.
Perform installation, maintenance, and repair of diagnostic imaging systems including vascular, surgery X-ray, and mammography equipment across the Midlands with remote support capabilities. Diagnose complex technical faults, collaborate with internal teams, and ensure high equipment uptime for healthcare providers. Role involves significant field work, remote troubleshooting, and customer interaction with 35–40% travel and regular weekend on-call duties.
This role involves leading the architecture and delivery of high-throughput FPGA subsystems, driving designs from initial requirements through RTL implementation, custom-ASIC bring-up, and product release. You will collaborate with ASIC, firmware, and software teams, optimize FPGA designs, and mentor mid/senior hardware engineers.
Install, maintain, and repair advanced diagnostic imaging systems including CT, PET, and Nuclear Medicine equipment across the Midlands and wider UK. Perform remote diagnostics and on-site troubleshooting, ensuring high system uptime and strong collaboration with clinical teams. Work autonomously with comprehensive training and support, managing field logistics and documentation while responding to callouts and scheduled service needs.
This role involves ensuring medical device designs comply with global regulatory standards throughout the product development lifecycle. You'll lead design assurance activities including risk management, design controls, and verification/validation, working closely with engineering and quality teams. The position emphasizes compliance with ISO 13485, ISO 14971, and 21 CFR Part 820 within a highly regulated environment.
The Windows Software Manager leads the design and development of Windows-based software for medical devices, ensuring robust solutions in regulated environments. Responsibilities include team management, project planning, technical oversight, and compliance with regulatory standards.
Lead the scientific development of next-generation electrochemical biosensors and diagnostic assays, with deep involvement in experimental design, sensor optimisation, and translational R&D. Work at the intersection of electrochemistry, sensor engineering, and commercialisation to turn robust concepts into viable diagnostic products. Mentor scientists while solving core technical challenges in signal stability, manufacturability, and assay integration.
This role involves developing next-generation hyperspectral near-infrared spectroscopy (NIRS) technologies for studying human brain health and development. The post holder will design, optimise, and validate optical instrumentation and software platforms for use in laboratory and clinical settings, supported by computational modelling of light transport in tissue. The position is embedded within a multidisciplinary, multi-institutional research centre focused on advancing understanding of early brain development through cutting-edge imaging and clinical translation.
This role involves maintaining and improving quality management systems for medical software and hardware products, with responsibilities including managing nonconformances, CAPA, change control, internal audits, and SOPs. The specialist will identify process gaps, enhance compliance, and support regulatory documentation within a fast-growing healthcare tech environment. The position requires a hands-on approach to streamline quality workflows and reduce backlogs in an evolving QMS.
Lead the technical integration and operational effectiveness of a SaaS-based Manufacturing Execution System (MES) platform used in the production of sequencing products. Ensure compliance, technical coherence, and seamless system integration within a regulated manufacturing environment. Focus on sustaining and enhancing the NoMuda VisualFactory platform across manufacturing workflows.
This role involves supporting the day-to-day operation of a sensor testing laboratory by maintaining equipment, managing consumables, and ensuring adherence to safety and documentation standards. The technician will work closely with scientists to streamline research processes and assist in experimental work related to the development of biomimetic glucose and other analyte sensors. The position emphasizes hands-on laboratory support, instrumentation maintenance, and a strong culture of safety and continuous improvement.
A Senior Scientist – Synthetic Chemist will lead the optimisation of synthetic routes for small molecules used in medical sensors, focusing on scalability and yield. The role involves hands-on laboratory work, data analysis, and contribution to blue-sky research in a fast-paced startup environment. Expertise in purification, analytical techniques, and problem-solving in synthetic chemistry is essential.
