Hire the Best Electronic Designers
in the United Kingdom

I specialise in challenging go-to-market projects, designing and developing devices, circuits and software where the assumptions are yet to be tested and specifications are early phase. Over 20 years I have delivered deep tech programmes for the MOD, NHS and delivered into clients including Abbott, J&J, PALL, and Fujifilm. My training in sensors, electronic circuit design, biochemistry and embedded AI edge systems will guide rapid progress. My PhD focused on machine learning of receptor structures for biosensing applications, combining electronics design, computational modelling of biological systems, and sensor development. Clients often arrive with an early-phase concept, a market need, and a scope that is unclear. My first job is to identify which assumptions actually matter, design the experiments that test them, and produce a proof of concept with real evidence behind it. For teams past that point, I take that foundation through full hardware development to a compliant, market-ready device with all the certificates of conformity. I build first prototypes in-house using my own prototyping equipment, without the cost or lead times of an external build house. I design and review electronic circuits and schematics, lay out PCBs in Altium Designer and KiCad, develop embedded firmware in C and C++, design and prototype wearables from concept through to enclosure in SolidWorks, and prepare the regulatory evidence required for CE marking, UKCA, and EU MDR submissions.

Product Designer | Mold Expert | 3D Printing Specialist | Specialising in the Medical & Health Sector Hi, I am Ciaran from Ireland. I am a MEng Biomedical Engineer focusing on the design and development of products: ✅ 3D CAD & Prototyping ✅ 3D Modeling (SolidWorks, Fusion360, Blender, FreeCad, Creo) ✅ Rendering (Blender, Rhino, Keyshot) ✅ Silicone Mold Design ✅ STL, OBJ, STEP, F3M,DWG etc. ✅ Design For Manufacture

Have a product idea? I’ll help you design it right the first time. From CAD and harnesses to suppliers and validation, I bring automotive rigor to your product. Electro-Mechanical Design Engineer with 5 years of experience in the Automotive and Mobility sectors, specializing in ADAS systems, Electromechanical Installations, Bracketry Design, 3D Enclosure Design, Harness Schematics Design, and 3D Routing. Fluent Chinese Mandarin speaker experienced in supplier communication and technical coordination. Core Competencies: 🔹Mechanical and electromechanical component design 🔹Harness design for automotive and robotics systems 🔹3D CAD routing of harness in Automotive and robotics 🔹BOM management and CAD structuring 🔹Design for Manufacturing (DFM) and Assembly (DFA) 🔌Schematic and Formboard Design Using Altium: 1. Develop detailed electrical schematics and formboards using Altium Designer. 2. Create customized component and symbol libraries for automotive-standard connectors. 3. Generate accurate BOMs and connection lists tailored to specific project requirements. 4. Ensure electrical integrity and manufacturability through schematic validation and layout optimization. Design Tools: -Mechanical CAD: SolidWorks, CATIA, Siemens NX -Electrical CAD: SolidWorks Electrical, CATIA Electrical -Harness Schematics & Formboards: Altium 365 Projects: Designed and developed mechanical and electrical installations for automotive and mobility automation projects. Led mechanical integration of compute boxes and electronic modules for autonomous vehicle systems. Created detailed 3D models, schematics, formboards, and BOMs ensuring manufacturability and seamless installation. Certifications: CSWA – Certified SolidWorks Associate

🎯 I'm a Mechatronics and Robotics Engineer who combines Mechanical Engineering, Electronic Engineering, Embedded Systems and Software Development to drive efficient, holistic end to end development fast. My approach combines strong theoretical foundations with hands-on project experience, ensuring robust, efficient, and well-documented solutions are delivered. ☎️ Contact me for a ꜰʀᴇᴇ ᴠɪᴅᴇᴏ ᴄᴀʟʟ to discuss your project. Core Expertise: 🔵 Mechanical Engineering & CAD 🟣 Electronics & PCB Design 🟠 Robotics & Mechatronics 🟢 Embedded Systems What Makes Me Different ✔️ Multi-disciplinary - mechanical + electronics + firmware as one system ✔️ UK Ltd with regulated PII insurance ✔️ Top Rated Plus, 100% JSS across 50 contracts ✔️ Discrete specialist work welcome I operate through H. Nanda Engineering Solutions Ltd, a UK-registered limited company. The company maintains UK-regulated professional indemnity insurance, providing clients with the reassurance that all projects are delivered with professionalism, accountability, and to a high standard 🔒 TOOLS, PLATFORMS & CAPABILITIES: Mechanical Engineering, CAD, Fusion 360, SolidWorks, enclosure design, mechanism design, sheet metal, DFM, DFA, 3D printing, injection-mould-ready parts, Electronics, Custom PCB Design, Schematic and layout, mixed-signal PCB, multilayer boards, sensor electronics, power electronics, motor driver circuits, EMC, KiCad, Altium Designer, Embedded Systems, Firmware, STM32, ESP32, Arduino, ARM Cortex, embedded C, C++, MicroPython, RTOS, BLE, Wi-Fi, LoRa, MQTT, CAN bus, I2C, SPI, UART, low-power design, OTA updates, Robotics, Mechatronics, ROS, ROS2, Gazebo, SLAM, Nav2, MoveIt, LiDAR, IMU, sensor fusion, computer vision, manipulator and gripper design, AGV, AMR, cobot integration, industrial automation, Industry 4.0, Control Systems, Simulation, MATLAB, Simulink, Unreal Engine, dynamic modelling, PID, LQR, state-space, MPC, motor control (BLDC, stepper, servo), digital twin, model-based design, IoT, Connected Hardware, End-to-end IoT product builds, telemetry, smart sensors, companion apps, web dashboards, edge devices on Raspberry Pi and NVIDIA Jetson, AI in Hardware, Edge AI on STM32 and Jetson, computer vision on devices, perception for robotics, TensorFlow, PyTorch, OpenCV.

Valerie is a London-based industrial & product designer helping companies turn physical product ideas into manufacturing-ready outcomes. Her work has helped clients secure funding, win awards, build complete product ranges and successfully manufacture products both locally and internationally. Notable clients include Feastables, InVentry, Micronclean and more. She focuses on the critical stage between early concept and production - where key decisions around design, engineering, cost and manufacturability need to be made correctly. By structuring projects around clear decision points, she helps teams move forward with confidence while avoiding costly mistakes later in development. Through her studio, Abtin Valerie, they deliver end-to-end product development - from initial direction and concept development through to prototyping, validation, design for manufacture and supplier-ready technical documentation. The studio has over 15 years of experience working across a wide range of industries including consumer products, electronic housings, children’s products and product ecosystems - supporting hardware start-ups, growing businesses and established companies in bringing products to market. They have helped clients win awards and launch products worldwide. Approach: - Structured, decision-led development process - Focus on manufacturable, commercially viable outcomes - Practical problem-solving across design, engineering and production - Clear communication and collaborative working style Capabilities: - Product direction and early-stage feasibility - Concept development and refinement - Prototyping and testing - Design for manufacture (DFM) and assembly - Supplier-ready CAD and technical documentation - Product systems, accessories and packaging development If you're developing a physical product and need support turning it into something that can be confidently manufactured, feel free to get in touch. Send me a quick message to book a FREE consultation and we can discuss your project in more detail.

Hello, Everyone! I am an embedded systems engineer, PCB designer, and firmware developer with over 10 years of professional experience. I provide complete, end-to-end solutions for a wide range of electronic device designs, supporting clients from initial concept and schematic design to PCB layout, prototyping, assembly, and full system testing. I have strong expertise in high-speed PCB design, including PCIe and DDR4 routing, as well as precise impedance matching for reliable performance at high frequencies. I also specialize in RF and antenna design for modern IoT devices, ensuring optimal signal integrity and system efficiency. In addition, I have deep experience in ultra-low power design, achieving microamp and sub-microamp current consumption for battery-operated and wearable systems. I specialize in firmware development for LTE-GPS-LoRa-BLE-based embedded systems (nRF52 series), including low-power optimization and high-precision sensor acquisition. My focus is on delivering robust, production-ready solutions with high reliability and performance. 🔥 Main Skills 👉Embedded Systems 👉Schematic Circuit Design(Low Power consumption Design) 👉Firmware Development(All Microcontrollers-STM32, TMS320, ESP32, FPGA, nRF52, Raspberry PI) 👉PCB Design(High speed signal routing, PCIe, DDR4, 18 multi-Layers Design, RF antenna Design,) using Altium Designer, KiCad, EasyEDA, Fusion 360(No problem in DFM-JLCPCB) 👉IoT with nRF52(BLE), LoRa(for example, SX1262), LTE(SIM card interface), GPS and other variety of sensors 🛠️Tools & Technologies: 👉 nRF5 SDK / nRF Connect SDK 👉SEGGER Embedded Studio + J-Link debugging 👉 C/C++ (bare-metal & RTOS) 👉 BLE GATT, LTE AT commanders, custom wireless protocols 👉SPI / I2C / UART / ADC integration 👉Low-noise measurement systems (nA level) 👉STM32CubeIDE, Cube MX, Keil, CCS, Arduino, ... 👉MQTT, Free RTOS, Zephyr RTOS 🚀 I can support your project from concept to production.