You will get Circuit PCB Design BoM Gerber Optimization
Top Rated
Project details
You will get a fully optimised design with BOM, circuit design, PCB design.
If there are any alternate components issues, it will be solved effectively.
Cost control shall be done and risks identified
If there are any alternate components issues, it will be solved effectively.
Cost control shall be done and risks identified
Materials
OtherField of Expertise
Consumer Electronics, IoT, WearablesDesign Software
AutoCAD, Fusion 360, SolidWorks, OtherFile Format
PDF, SLDDRW, STEP, STLWhat's included
| Service Tiers |
Starter
$99
|
Standard
$299
|
Advanced
$599
|
|---|---|---|---|
| Delivery Time | 3 days | 7 days | 7 days |
Number of Revisions | 0 | 1 | 1 |
Number of Product Concepts | 1 | 1 | 1 |
Product Research | |||
Visualization Concept |
Optional add-ons
You can add these on the next page.
Fast Delivery
+$99 - $199
Additional Revision
+$199
66 reviews
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AK
Aditya K.
May 9, 2026
Small Industrial IoT Hardware Interface Board Design
Avi handled this industrial hardware project very well. He understood the project requirements properly and delivered a clean, practical hardware design within the expected scope. His work showed a good understanding of industrial electronics and manufacturable PCB design. He was responsive, professional, and easy to work with. I would recommend Avi to anyone looking for reliable project execution.
AK
Aditya K.
May 9, 2026
Simple Hardware Design for Smart Bracelet / Wearable Sensor Board
Avi did a very good job on this wearable hardware project. He kept the work aligned with the requested scope and delivered the design in a clean and structured way. His understanding of compact electronics and practical hardware considerations was clear throughout the project. Communication was smooth, and he was professional to deal with from start to finish. I would gladly recommend Avi for similar hardware design work.
OK
Orfeas K.
Apr 25, 2026
30 minute consultation
AK
Aditya K.
Apr 25, 2026
Design a Simple AI-Ready Sensor Hardware Board for Edge Input Collection
Avi was excellent to work with. He understood the limited scope clearly and delivered the hardware design in a practical and professional manner. His communication was clear, his approach was organized, and the final design files were neat and usable. I especially appreciated that he stayed focused on the hardware requirements without overcomplicating the project. I would definitely recommend Avi for small hardware design tasks and would be happy to work with him again.
AK
Aditya K.
Apr 12, 2026
BLE Battery Monitor Tag (ESP32 + INA219/INA226 + Coin Cell / Li-ion input)
Avi did a fantastic job designing my low-power BLE battery monitor. He demonstrated strong expertise in ESP32-C3, current and voltage sensing, and overall power optimization. The schematic and PCB were well thought out, compact, and aligned perfectly with the low-power requirements. He also provided a clear BOM and a straightforward testing approach, which made validation easy. Communication was smooth, and everything was delivered on time. I’d highly recommend him for embedded hardware projects, especially those involving BLE, battery-powered designs, and efficient power management.
About Avi
Hardware Design Partner | Altium PCB, IoT/Industrial Electronics, DFM
92%
Job Success
Meerut, India - 4:36 am local time
✅What you actually get when you work with me
• Boards that are designed to pass EMI/EMC, not just “hope for the best”
• Architecture and layout decisions that reduce respins and save months
• Clear, production-ready documentation your manufacturer will thank you for
✅I’m most useful to you if:
• You have a concept or early prototype (ESP32, STM32, or similar) and need it turned into a robust, production-ready Altium design.
• You already have a board that “sort of” works and you’re worried about noise, reliability, thermal issues, or compliance.
• You need an experienced hardware mind to own the electronics while your internal team focuses on firmware, apps, or business.
✅What I can help you with
1. New product hardware design (concept to production-ready PCB)
• Architecture and block diagrams for your electronics (MCU, power, interfaces, connectivity)
• Schematic design and capture in Altium Designer (or KiCad/Eagle on request)
• Multilayer PCB layout with controlled impedance, length matching, and proper grounding
• Design for manufacturability (DFM) so your CM can build and test boards smoothly
2. PCB review, cost-down and reliability upgrade
Already have a design? I can:
• Review your schematic and PCB layout for signal integrity, power integrity, and EMI/EMC risks
• Reduce BOM and PCB cost (alternative components, better stack-up, optimized routing)
• Improve thermal behavior and reliability for 24/7 operation in real environments
• Help you move from “prototype that works on the bench” to “design that works in production”
3. Compliance-conscious, production-focused design
• Design practices aligned with EMI/EMC, CE, UL and CISPR requirements
• Grounding, filtering, shielding and layout strategies to avoid surprises in the test lab
• Clean documentation: schematics, PCB files, Gerbers, fabrication/assembly outputs, PDFs, BOMs
✅Recent project highlights
• Designed an ESP32-based LoRa IoT sensor node with RS485/Modbus interface for industrial monitoring. Created a 4-layer Altium PCB optimized for low power, robust EMC behavior, and easy enclosure integration.
• Developed an STM32-based industrial controller board with isolated digital inputs/outputs, 24 V power domains, and RS485/CAN communication. The hardware was taken from concept to tested prototype and prepared for volume manufacturing.
• Reviewed and cost-optimized an existing ESP32 control board, replacing hard-to-source parts, simplifying the power stage, and reducing BOM cost by ~25% while improving thermal margins and layout quality.
• Designed a Raspberry Pi-compatible expansion HAT with LoRa communication, environmental sensing, relay output and RGB indication. Delivered complete Altium design, manufacturing files, and test guidance for small-batch production.
• Created a high-voltage/power PCB with isolated gate drivers, current sensing, and careful creepage/clearance management. Layout was done with EMI/EMC and safety in mind to support future certification.
✅Tools, technologies and platforms
• Primary CAD: Altium Designer (main tool for professional work)
• Also experienced with: KiCad, Eagle, EasyEDA, Proteus
• MCUs: ESP32, ESP8266, STM32, NXP, TI and similar 32-bit controllers
• Interfaces: RS485, Modbus, CAN, Ethernet, SPI, I2C, UART, USB
• Wireless: Wi-Fi, BLE, LoRa (module-based designs)
• Applications: IoT devices, industrial controllers, sensor boards, data loggers, power electronics, battery-powered products
✅How I work
• Hardware-first mindset: I focus on solid electronics architecture and PCB design; I can support basic firmware bring-up and collaborate closely with your firmware/software team.
• Clear communication: upfront questions, regular updates, and intermediate design reviews so there are no surprises.
• Production thinking: I design as if your board will go to manufacturing – even if you’re only building 5–10 units today.
If you need a reliable hardware partner to design, review or optimize your PCB for a real product (not just a one-off hobby build), send me a message with a short description of your project, current status, and timeline. Let’s see how we can get your hardware ready for the field.
Steps for completing your project
After purchasing the project, send requirements so Avi can start the project.
Delivery time starts when Avi receives requirements from you.
Avi works on your project following the steps below.
Revisions may occur after the delivery date.
Analysis
Analysis of all the design Files
Optimization
Optimization of the requested file