I will do electronics engineering design, esp32 iot hardware, robotics or pcb layout
Senior Engineering Designer Delivering Complex Mechanical and Electronic Systems
About this Gig
Hello Buyer
Are you struggling to turn your ESP32, IoT, robotics, or electronics idea into a reliable, tested, and manufacturing ready PCB?
Hi, I'm Jonas Michael, an Electronics Engineering Specialist specializing in custom electronics, ESP32 IoT hardware, robotics, embedded systems, circuit design, and PCB layout. I develop complete hardware solutions using ESP32, STM32, KiCad, Altium Designer, LTspice, CAN Bus, I2C, SPI, and MATLAB/Simulink from schematic design and component selection to PCB development, simulation, prototyping, testing, validation, and manufacturing-ready Gerber, BOM, and source files
Within My Expertise You'll Get
- Custom Electronics Engineering
- ESP32 IoT Hardware Design
- PCB Design & Layout
- Circuit & Schematic layout
- Robotics Electronics Development
- Embedded Hardware
- Power Electronics Design
- Electronics Prototyping & Validation
- Manufacturing-Ready PCB Documentation
Native File Deliverables
- Schematic Source File
- PCB Layout Source File
- Gerber Manufacturing
- BOM / Component List .xlsx / .csv
- Pick-and-Place File .csv
- Drill Files .drl
- 3D PCB Model
- Engineering Documentation
CONTACT ME NOW WITH YOUR PROJECT DETAILS TO GET STARTED
FAQ
What if I’m not sure exactly what the electronics design needs?
That’s fine. You can provide your idea, goals, existing files, or even a rough concept, and I can help identify what needs to be engineered before development begins.
Can I get help after receiving the design?
I can provide engineering clarification and support during prototype assembly, bring-up, testing, and design iterations when required.
What happens if my project is more complicated than expected?
The scope can be assessed before development starts, so you know exactly what is included, what needs to be developed, and what deliverables you’ll receive.
How do I know the design will be suitable for my intended application?
I’ll consider the actual operating requirements, components, interfaces, power requirements, physical constraints, and intended use before finalizing the design.
