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PCB Design & Electrical Engineering for IoT andConnected Products

We design and deliver the electronics at the heart of your connected product. From schematic capture and PCB layout to prototyping, our electrical engineering team works alongside our embedded software and product design disciplines, so your hardware is designed to integrate from day one. Based in Veldhoven, in the Brainport region, we serve companies across the Netherlands and Europe.

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Our Expertise

  • PCB Design SPINNOV

    PCB Design

    We design analog and digital PCBs across all complexity levels, single-sided, double-sided, and multilayer boards including BGA packages. We handle schematic capture, component selection, signal integrity analysis, and layout optimization for manufacturability. Every design is reviewed against DFM guidelines before going to production.

  • PCB assembly and Production

    We provide PCB assembly and production services, utilizing advanced manufacturing technologies to ensure precision, reliability, and compliance with the highest quality standards.

  • Low Power System SPINNOV

    Low power systems

    We design low-power electronics for battery-operated and energy-harvesting IoT devices, optimizing sleep modes, power rail architecture, and component selection to extend battery life and reduce operating costs. Critical for field-deployed sensors, wearables, and remote monitoring devices.

  • Wireless communication SPINNOV

    Wireless communication

    We design and integrate wireless hardware for Bluetooth Low Energy, Wi-Fi, LoRa, LTE-M, Zigbee, and NFC, selecting the right protocol and antenna design for your application's range, power budget, and data requirements. We work closely with our embedded software team to validate the full wireless stack end to end.

  • Sensor Integration & Signal Conditioning SPINNOV

    Sensor Integration & Signal Conditioning

    We design sensor interfaces and signal conditioning circuits for a wide range of measurement applications, temperature, pressure, motion, proximity, environmental, and more. We handle analog front-end design, ADC selection, noise reduction, and calibration to ensure your sensor data is accurate and reliable in real-world conditions.

Find your niche that you fit in

  • SportsTech

    We create connected sports and performance systems, delivering embedded software and IoT solutions to enhance athlete training, monitoring, and analytics.

  • Automotive

    We develop embedded software and electronics for connected vehicles, ensuring safe, scalable, and high-performance solutions from prototype to production.

  • AgriTech

    We design and develop custom IoT products and platforms, combining cloud, data, and automation to improve efficiency across the agriculture sector.

  • Consumer Goods

    We design smart consumer products with embedded software and connectivity, enabling seamless user experiences and data-driven functionality.

  • MedTech

    We develop medical devices and software with embedded intelligence, ensuring safety, reliability, and regulatory compliance from prototype to production.

  • Smart Industry

    We provide industrial IoT and embedded solutions to optimize automation, monitoring, and predictive maintenance in smart factories.

  • Smart City

    We deliver integrated IoT and software solutions for urban infrastructure, enhancing mobility, energy efficiency, and real-time city management.

  • Smart Home

    We build connected home systems and IoT devices, combining intuitive software and electronics for convenience, efficiency, and automation.

  • Telecom

    We develop connected network and embedded software solutions, enabling reliable, high-performance communication systems and next-generation connectivity.

  • Critical Software

    We develop high-reliability embedded and software systems for safety-critical applications, ensuring performance and compliance in demanding environments.

Our electrical engineering process

  • We start with a thorough analysis of your electrical requirements, power budget, communication protocols, environmental constraints, form factor, and certification targets. We identify risks early and align on the architecture before any design work begins.

  • We develop the full schematic, select components based on performance, availability, and long-term supply chain reliability, and produce a BOM ready for review. Component selection at this stage directly impacts cost, manufacturability, and longevity.

  • We translate the schematic into a manufacturable PCB layout, applying signal integrity rules, thermal management, EMC best practices, and DFM guidelines. Multilayer and BGA designs are handled in-house.

  • We build and bring up the first hardware prototype, validate all electrical functions, and debug any issues in close collaboration with our embedded software team. This is where design meets reality.

  • We test against your electrical requirements specification, functional testing, environmental testing, power consumption measurement, and wireless performance validation. We produce test reports that support certification processes.

  • We prepare all manufacturing documentation, Gerbers, assembly drawings, BOM, and test fixtures, and support the transition to volume production with our manufacturing partners, ensuring quality and consistency at scale.

Let's figure out your next step
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Proud of today,
driven by tomorrow’s challenges

Discover the business challenges we’ve solved together with our clients, turning complex problems into scalable, real-world solutions.

Healthcare professionals in scrubs are handling medical equipment and tools in a clinical setting, with a white medical device labeled 'GETINGE' nearby.

Getinge: Vasoview

Built a hardware system that reduces surgical risks for medical trainees, adopted by professionals across the US, Japan, Dubai, and the Netherlands.

MedTech • Electrical Engineering

Youth soccer player practicing agility drills on a field with orange and black training poles.

SmartGoals: SkillCourt

Built 5 Smart Sport Fields in major Dutch cities, transforming underused public spaces into data-driven hubs for community physical activity.

SportsTech • Electrical Engineering

A roadside accident survey marker with metal stakes and blue bases on cracked asphalt, with a blurred police vehicle in the background.

Critical Software • Electrical Engineering

PROSpike: Stingers

Developed a remote-activated spike mat to reduce operational risks for Ministry of Defense enforcement teams, deployed across countries worldwide.

See our success stories

Get expert support for your electrical system design.

What happens next

  • Our experts will contact you within 24 hours.

  • If needed, we’ll sign an NDA to guarantee your privacy.

  • You’ll receive a detailed proposal with estimates and timelines.

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What our clients say about us across industries

  • Reinoud Arts, CEO of Brel Home

    “With SPINNOV as our technology partner and in collaboration with Vodafone Business, we developed a revolutionary IoT control system and platform for solar roller shutter motors that is a true game changer in our industry.“

  • Eric Sanders, Founder of ProSpike

    “SPINNOV contributes actively to the development of our robust ProSpike system. Their work on the electronics, embedded software, and even at the conceptual level has been of immense value to our company.“

  • Sander Kok, Founder of MyWay

    “SPINNOV translates our vision for smart parking solutions into high-quality hardware that seamlessly integrates with our software.”

  • Henk van Eldik, Manager of GreenDMS

    “Measuring soil quality with sensors and connectivity underground for a competitive price is a challenge that we have taken on together with SPINNOV. Thanks to our good relationship, we can always quickly discuss new ideas and further developments.”

Your Questions, Answered

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  • We design single-sided, double-sided, and multilayer PCBs, including designs with BGA packages, fine-pitch components, and high-speed digital interfaces. We handle both analog and digital designs, and mixed-signal boards where both coexist.

  • Yes. We manage the full Bill of Materials, selecting components for performance, availability, and supply chain resilience. We flag long-lead-time or end-of-life components early and propose alternatives where needed.

  • Yes. We manage the full journey from schematic through prototype assembly, testing, and production preparation, working with trusted manufacturing partners for both small prototype runs and volume production.

  • Yes. Low-power design is one of our core specialties. We optimize power rail architecture, component selection, and sleep state management for battery-operated IoT devices where energy efficiency directly impacts product viability.

  • We design hardware for Bluetooth Low Energy, Wi-Fi, LoRa, LTE-M, Zigbee, NFC, and other protocols. We handle antenna design and placement, RF matching networks, and regulatory compliance for wireless products requiring CE or FCC certification.

  • Yes. We apply EMC best practices throughout PCB layout and system design, and we support pre-compliance testing and the documentation required for CE marking and other regulatory certifications relevant to your target market.

  • Yes. If you have an existing design that needs revision, optimization, or a second opinion, we can review and take over from any stage of the process, from schematic review to layout rework to production preparation.

  • Our electrical engineers are based in Veldhoven, in the Brainport region of the Netherlands, one of Europe's leading high-tech manufacturing and electronics clusters, home to companies like ASML, NXP, and Philips. We work with clients across the Netherlands, Belgium, Germany, and the wider European market.