Product development, hardware and firmware engineering, R&D consultancy, and certification/compliance support for medical, embedded and connected products.
Architecture, prototype, integration, verification and productization.
PCB schematic/layout, 3D mechanical design and embedded firmware.
Feasibility, sensing, instrumentation, experimental systems and technical problem solving.
Standards mapping, test planning, technical files and certification readiness.
Engagements can cover a complete product programme or a specific technical work package. The goal is to keep hardware, firmware, mechanical design, verification and compliance aligned rather than solving them in isolation.
Turn an early concept, research result or prototype into a defined and buildable product.
Cross-disciplinary product engineering covering electronics, mechanics and embedded control.
Technical investigation and prototype development for products that still have unanswered engineering questions.
Translate product function and target market into standards, evidence, testing and certification work.
Representative projects are shown at product level. Customer-confidential implementation details are intentionally omitted.
Concept-to-product development spanning electronics, wearable hardware, embedded firmware, mechanical integration, BLE/mobile connectivity and certification-oriented product development.
Product development involving mechanical design, electronics integration, manufacturing considerations and certification/compliance work for clinical-use equipment.
Edge-based passenger counting using on-device computer vision, directional event logic, device health telemetry, local deployment tools and cloud integration.
Schematic capture, component selection, mixed-signal/embedded board design, PCB layout, prototype bring-up and design iteration.
3D product and enclosure design, internal layout, fabrication-oriented iteration and integration with electronics and user requirements.
Standards selection, product gap assessment, technical documentation, safety/EMC/RF planning, SIRIM/MDA readiness and certification support.
Reusable hardware developed to shorten product-development cycles. Integration requirements and final product compliance remain application dependent.
Power-management prototype exploring isolation requirements, with battery charging/control functionality for embedded product integration.
Compact EMG analogue-front-end circuit for muscle-signal acquisition and integration into research, wearable and embedded measurement systems.
Product specifications, medical-device applicability and certification status should be confirmed for the intended end product and market before use in a regulated system.
Enter basic information about a medical device or health product and receive a preliminary map of its intended use, regulatory pathway, standards, compliance work and likely certification route.
For product development, PCB/firmware/mechanical work, R&D support, product purchase, certification or general enquiries, prepare a short description below. This form prepares an enquiry; it does not submit it to a server.