Matthew Steinberg

GoSense Wireless Ltd develops hardware sensing solutions for the internet of things (IoT). Using proven Arm Cortex-M processor cores, combined with highly integrated physical sensors, we provide low power edge sensing/computing devices in a small physical size. Applications include valuable asset management, built environment monitoring, connected consumer products and industrial preventative maintenance. GoSense Wireless hardware is available for OEMs and ISVs developing end-to-end IoT solutions.

Cambridge Design Partnership develops novel medical devices and consumables that are safe, effective and meet patients’ needs across both mature and emerging geographic markets. The company has many years experience designing and engineering drug delivery systems, diagnostic devices, surgical equipment and products that promote health and well-being.

Managing Partner. A life sciences and medical device technology consultancy. Responsible for client relationships, business development, contracts, proposals, management of project teams and associates. Professional consulting services included: bioscience project management, generating new medical product concepts, technology route-mapping, strategic sector landscaping, and IP creation/management. Clients included: Aspex Semiconductor, Baxter Healthcare (Corporate Strategy Group), Team Consulting Ltd.

Consultant, Scientific Products Division. TTP is one of the leading product development companies in Europe. Sales and management of new product developments for life science, medical device, pharma, healthcare, telecoms and consumer product clients. Extensive business development in US & EU, technical project management and design team leadership for major blue chip clients. Personal client wins new to TTP: Boehringer Mannheim, Disetronic, P&G, and Oxford Instruments Medical Systems.

Institute for Bioengineering. Electronic systems manager for the ESA-ESTEC 1995 EuroMIR BIOKIT mission. Full responsibility for the specification design, build and validation of space qualified flight-ready electronic hardware for cell biology experiments on the microgravity BIOKIT payload, under contract to the European Space Agency (ESA-ESTEC).

Electronic Engineer in the Department of Medical Electronics & Physics. Member of clinical research team in the Blood Flow and Clinical Thermography Group. Responsible for design, development and clinical validation of novel bioamplifiers, sensors and data acquisition systems for non-invasive peripheral & vital signs monitoring, incl ECG, EMG, PPG, and Laser Doppler flowmetry. Lecturer in Analogue Electronics, University of London, Postgraduate Diploma in Medical Electronics (PgDipl Med Elec).

Electronic engineer. Gained hands-on experience in all aspects of hardware design for robotics, control systems, high-speed data acquisition, physical sensors, 8 and 16-bit microcontrollers, wireless telemetry, PCB floor-planning and layout, and mixed-signal ASIC and FPGA design.