I will custom shield, hat, and breakout boards for esp32, raspberry pi or arduino pcb
Electronics and Embedded Systems Engineer
About this Gig
Turn your IoT or Maker project into a manufacturing ready reality
Hi, I'm Michael, an Electronic Engineer with 6 years of experience. I specialize in designing custom shields, HATs, and breakout boards for makers, students, and hardware startups.
Services I Offer:
️ Custom ESP32, Arduino & Raspberry Pi PCB layouts
️ IoT, wearable & sensor breakout boards
️ Schematic capture & circuit design
️ Custom footprint creation & BOM generation
️ 2-layer to 6-layer routing & DFM checks
️ Gerber, BOM & CPL files for JLCPCB / PCBWay
Software: Altium Designer, KiCad, EasyEDA.
Why Choose Me?
100% Design for Manufacturing (DFM) compliant
3D STEP models included for your enclosure
Fast delivery & free revisions
Clear, fluent English communication
Let's bring your hardware concept to life with a flawless PCB layout!
️ PLEASE message me before placing an order to discuss your schematic and project requirements
My Portfolio
FAQ
Do you manufacture or assemble the physical PCBs?
No, I am a design engineer. However, I provide fully tested, manufacturing-ready Gerber, BOM, and Pick-and-Place (CPL) files perfectly optimized for JLCPCB, PCBWay, or NextPCB so you can order them directly.
What software do you use and what files will I receive?
I am highly proficient in Altium Designer, KiCad, and EasyEDA. You will receive the native source files, Gerber files, BOM, and a 3D STEP file for your enclosure design.
Do I need to provide a schematic, or can you create it?
I can do both! I can route a PCB from your existing schematic, or I can design the schematic from scratch based on your block diagram or project idea. Just message me to discuss your needs!
Will the PCB fit perfectly inside my 3D printed enclosure?
Absolutely. Every Standard and Premium order includes a 3D STEP model of the fully populated PCB. You can import this into Fusion360, SolidWorks, or any CAD software to design a perfect-fit enclosure.
How do you choose which components to put on the BOM?
I prioritize using common, in-stock components from suppliers like LCSC, DigiKey, or Mouser. This ensures your PCB is "Design for Manufacturing" (DFM) compliant, keeping assembly costs low and avoiding delays.
What do you need from me to get started?
To start, I need your schematic (PDF or native file), any mechanical constraints (like board outlines or mounting holes), and specific component requirements. If you only have an idea, message me and we will plan it out!

