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
67 reviews
(58)
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This project doesn't have any reviews.
MR
Michael R.
Jul 13, 2026
Power Management Circuit Design Change for USB Rechargeable Device
Avi provided high quality, detailed work. He was very pleasant to work with and will discuss the content of the work to a high technical level. Would willingly work with again.
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.
About Avi
Sr. Electronics Product Development Expert | Altium PCB Circuit Design
100%
Job Success
Meerut, India - 5:28 am local time
100% Job Score| 11+ years in electronics development | Top Rated Plus | 500+ assignments | 11,000+ Upwork hours | PCB experience up to 32 layers | IPC-certified PCB capability
Idea → Architecture → Circuit Design → PCB Development → Prototype Bring-Up → Validation → Manufacturing Handover
I am usually brought in when the hardware is commercially important, technically complex, or expensive to get wrong—whether that means converting a proof of concept into custom electronics, reviewing a design before fabrication, resolving an unstable prototype, or preparing a product for manufacturing.
I provide end-to-end product-development support across architecture, electronics, PCB design, prototype validation, firmware coordination, enclosure integration, manufacturing preparation, and production support.
Attention to detail is central to how I work. I review architecture, interfaces, power, component selection, grounding, thermal behaviour, RF performance, testability, compliance, sourcing, assembly, and manufacturing constraints before they become expensive physical problems.
Clients typically engage me for:
1. Converting Arduino, STM32, ESP32, nRF52/nRF53, NXP, TI, i.MX, Raspberry Pi, other development-platform prototypes into custom electronics
2. Finalizing hardware architecture before major development expenditure
3. Developing complex analog, digital, power, RF, wireless, or mixed-signal hardware
4. Reviewing schematics and PCB layouts before fabrication or production release
5. Correcting noisy, unstable, thermally stressed, or unreliable designs
6. Adding senior electronics capacity to an internal product team
7. Preparing electronics for EMI/EMC testing and manufacturing
Core areas of work
✅ Hardware Architecture and Feasibility: I evaluate system architecture, processing platforms, power requirements, interfaces, sensing, protection, component dependencies, enclosure constraints, and development risks before the design becomes expensive to change.
✅ Circuit and Advanced PCB Design: I work across analog, digital, power, RF, wireless, sensing, control, battery-operated, low-power, and mixed-signal electronics.
My PCB experience includes up to 32 layers, controlled impedance, differential pairs, length matching, high-speed interfaces, blind and buried vias, HDI, advanced stackups, compact placement, high-current and high-voltage sections, signal and power integrity, grounding, thermal planning, antenna placement, RF keepouts, DFM, DFA, and DFT.
Primary tools: Altium Designer, KiCad, EasyEDA, EAGLE, and Proteus. I also create schematic symbols, PCB footprints, and integrated 3D library data.
✅ PCB and Hardware Design Review: I assess circuit correctness, design margins, power-tree stability, protection, component suitability, lifecycle risk, placement, routing, return paths, thermal performance, EMI/EMC exposure, testability, DFM, DFA, DFT, and production readiness.
Findings are prioritised by severity.
✅ Prototype Bring-Up and Testing: I maintain an equipped electronics laboratory for prototype bring-up, measurement, debugging, and validation.
✅ Design for Excellence: My process incorporates DFM, DFA, DFT, EMI/EMC-conscious design, component lifecycle planning, debug access, BOM awareness, and structured engineering reviews.
✅Relevant experience includes IoT, wearables, industrial and medical electronics, wireless systems, battery-powered products, automotive hardware, consumer electronics, and reverse engineering.
Relevant hardware areas:
🏭 Industrial automation and monitoring
🏠 IoT and connected products
⌚ Wearable and compact electronics
⚕️ Medical and measurement-related electronics
🚗 Automotive and transportation hardware
📡 Wireless, RF, BLE, Wi-Fi, LoRa, and GNSS systems
⚡ Power management, battery systems, and high-current hardware
🛰️ Reverse engineering, design recovery, and product benchmarking
✅Direct accountability: I work directly with clients and remain involved in architecture, critical technical decisions, design reviews, and communication. PCB Must Innovations supports documentation, prototyping, sourcing, and manufacturing preparation through a structured process.
No unexplained handoffs. No guesswork hidden behind design files. No disappearance after the first prototype.
✅Global availability: I support clients across the USA, UK, Europe, Australia, Canada, and other markets, with planned overlap for meetings, reviews, and handoffs across major time zones.
I am best suited to commercially serious projects where reliability, performance, communication, and production readiness matter more than the lowest initial quotation.
Share your product objective, development stage, available files, main technical concern, expected quantities, enclosure constraints, and compliance requirements in the message section or book a call
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