I will do wearable electronics enclosure cad design for pcb, battery and sensor devices

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emmanuelt5067
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emmanuelt5067
Emmanuel T

About this gig

Struggling with PCB fitting, battery space, sensor placement, or finding the right enclosure for your wearable electronics prototype? I help solve these hardware challenges by creating compact, functional, and professional housings that protect your components while supporting real-world performance.


I develop custom enclosure solutions for wearable devices, IoT products, smart sensors, and compact electronics, ensuring your hardware fits properly and your concept moves closer to a working prototype.


What You Will Get:

  • Custom wearable electronics enclosure
  • PCB, battery, sensor, and component integration
  • Practical mounting features and assembly planning
  • Prototype-ready CAD files
  • Adjustments based on your requirements


What Makes Me Stand Out:

I combine mechanical expertise with electronics knowledge to create solutions focused on functionality, durability, and manufacturability not just appearance.


Deliverables:

  • STEP/STL 3D files
  • Component integration
  • Production-focused enclosure model
  • Project support and revisions


Ready to turn your wearable electronics idea into a reliable product? Share your project details today and let's build a solution that fits your hardware perfectly.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Emmanuel T

Emmanuel T

Mechatronics Engineering

  • FromUnited Kingdom
  • Member sinceSep 2026
  • Avg. response time1 hour
  • Languages

    English
I solve the engineering problems that stand between an idea and a working product. As a Mechatronics Engineer and Embedded Systems Expert, I combine electronics, mechanics, firmware, sensors, control, and automation to build practical, reliable solutions. Whether you need a product developed from scratch, an existing system debugged, a PCB brought to life, or firmware integrated with hardware, I focus on understanding the real problem first and delivering a solution that works in the real world. Clear communication, thoughtful engineering, and results are at the core of every project.