You will get Embedded Development, Embedded Design, Embedded system, Arduino, IoT
Top Rated
Project details
Hey, I'm Mike! Whether you're looking to create IoT products, automate your business or factory processes, or cut down on labor costs with modern technology, you're in the right place. I specialize in developing complete solutions to streamline your operations. I can design firmware for various hardware like ESP32, ESP8266, or Raspberry Pi. Additionally, I integrate cloud services such as AWS IoT, Azure, or Google Cloud to build advanced IoT solutions. We can connect and control hardware through an Admin Panel, Mobile App, Alexa, or Google Home using voice commands or manual interactions. Let's make your processes smarter and more efficient together!
Embedded Systems Design
Embedded Systems
Embedded C
Embedded Software
Embedded Developer
Embedded Engineer
Embedded Systems Design
Embedded Engineering
Embedded Linux
Embedded System
Embedded Designer
Embedded Programming for Microcontrollers such as STM32, nRF5, AVR, PIC, etc.
Embedded Linux System
Embedded System Security
Embedded System Testing and Debugging
Embedded System Integration
Embedded Management
Embedded Manager
Embedded Programming Languages (e.g., C, C++, Python)
Embedded Systems Design Engineer
Lets connect!
Embedded Systems Design
Embedded Systems
Embedded C
Embedded Software
Embedded Developer
Embedded Engineer
Embedded Systems Design
Embedded Engineering
Embedded Linux
Embedded System
Embedded Designer
Embedded Programming for Microcontrollers such as STM32, nRF5, AVR, PIC, etc.
Embedded Linux System
Embedded System Security
Embedded System Testing and Debugging
Embedded System Integration
Embedded Management
Embedded Manager
Embedded Programming Languages (e.g., C, C++, Python)
Embedded Systems Design Engineer
Lets connect!
Materials
OtherField of Expertise
Automotive, Consumer Electronics, IoTDesign Software
3DS MAX, Fusion 360, OtherFile Format
JPG, PDF, OtherWhat's included
| Service Tiers |
Starter
$350
|
Standard
$450
|
Advanced
$650
|
|---|---|---|---|
| Delivery Time | 5 days | 10 days | 15 days |
Number of Revisions | 3 | 3 | 5 |
Concept Development | - | - | - |
3D Model | - | - | - |
Source Files | - | - | - |
24 reviews
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This project doesn't have any reviews.
KC
Kevin C.
Jan 19, 2026
Update Existing PCB
Updated board was great
KD
Kunal D.
Nov 3, 2025
Discuss product feasability, technical specs, etc/
DV
Danie V.
May 31, 2025
Liquid sensor activating a motor and other devices
DS
Digvijay S.
Feb 17, 2025
Circuit Design
SR
Shawn R.
Feb 17, 2025
Electrical Engineer Needed for Powered Tethered Drone Project
This contract requested a prototype on a tight timeline. Initial discussion with Mike led to clearly defined scope, deliverables, and requirements. Mike delivered a prototype within the timeline and without extending scope. He was communicative throughout the contract and made helpful suggestions aimed toward efficiency. Mike also provided recommendations for extensions/improvements along the way.
About Mike
AI Engineering Rescue | Embedded, IoT, Firmware, ML & Real Systems
100%
Job Success
Boulder, United States - 2:43 pm local time
It can also create architecture nobody trusts, firmware that almost works, security holes no one noticed, ML models that don’t survive real data, and prototypes that fail the moment they touch real hardware.
That is where I create the most value.
I help founders, inventors, and technical teams use AI aggressively without letting AI-generated mistakes turn into expensive engineering debt.
If you are already using ChatGPT, Claude, Cursor, Codex, Replit, Lovable, or other AI tools, but your project is getting stuck because the output is brittle, insecure, poorly specified, hard to validate, or disconnected from real-world constraints, I can help.
Think of me as an AI engineering whisperer: someone who understands both the power of AI and the engineering realities that AI often misses.
My strongest fit is not commodity implementation. If your project is fully specified and just needs code written, there are many lower-cost options on Upwork.
My value is highest when the system is ambiguous, partially built, AI-generated, technically risky, or crossing the boundary between software, hardware, firmware, data, ML, and operations.
I help answer questions like:
▸ Is this AI-generated architecture actually safe to build on?
▸ Will this prototype survive real users, real hardware, real timing, and real edge cases?
▸ Are there hidden security, reliability, integration, or model-validation risks?
▸ What should be rebuilt, what should be kept, and what should be tested first?
▸ How do we turn a promising AI-assisted prototype into a real engineering system?
MY WORK TYPICALLY FALLS INTO FOUR AREAS:
AI ENGINEERING RESCUE
▸ Review AI-generated code, architecture, workflows, and product plans
▸ Identify brittle assumptions, missing tests, security gaps, and failure modes
▸ Turn prototype chaos into a coherent technical path
REAL-WORLD SYSTEM ARCHITECTURE
▸ Design systems that work beyond the demo
▸ Bridge AI, software, hardware, firmware, sensors, wireless links, and operations
▸ Translate unclear product ideas into buildable technical specifications
APPLIED ML & DECISION SYSTEMS
▸ Build and validate machine-learning models for noisy, real-world decision environments
▸ Work with time-series data, feature engineering, model evaluation, and out-of-sample testing
▸ Identify leakage, overfitting, regime-change problems, and weak validation methods
▸ Develop ML systems where bad assumptions create real financial or operational consequences
EMBEDDED, IOT & HARDWARE-AWARE DEVELOPMENT
▸ Firmware, PCB, sensor, wireless, and real-time system review
▸ STM32, ESP32, Raspberry Pi, BLE, cellular, IoT, industrial, and prototype systems
▸ Debug issues where software assumptions collide with hardware reality
I have taken numerous products from concept to production, including embedded systems, IoT devices, industrial controls, data systems, automation tools, and AI-enabled workflows.
I also build applied ML models for noisy, high-stakes decision environments, including financial market models that I use in my own trading. That work demands strict leakage control, disciplined feature engineering, out-of-sample validation, model-failure analysis, and constant attention to whether a signal is real or just noise.
My background includes MSEE-level engineering training, decades of hands-on product development, and extensive practical use of LLMs, agentic AI workflows, and applied machine learning.
Most AI consultants do not understand hardware.
Most hardware engineers underuse AI.
Most ML prototypes are not tested hard enough against real-world failure modes.
I bridge those gaps.
Best fit for:
▸ Founders building AI-assisted products
▸ Teams with prototypes that work in demos but not in the real world
▸ Companies using AI-generated code and needing review, hardening, or architecture cleanup
▸ Teams building ML, forecasting, automation, or decision-support systems
▸ Embedded, IoT, robotics, sensor, wireless, or firmware projects where AI alone is not enough
▸ Inventors who need a senior technical reality check before spending serious money
The value I bring is practical technical judgment.
I help you move faster without fooling yourself.
A short review can often prevent weeks or months of wrong-direction development.
Relevant technical areas:
Embedded systems • AI/ML systems • LLM workflows • Agentic AI • System architecture • Applied machine learning • Time-series modeling • Forecasting • IoT • Firmware • PCB design • STM32 • ESP32 • Raspberry Pi • BLE • Cellular IoT • Real-time systems • Sensors • Wireless systems • Product development • Prototyping • Manufacturing readiness • Security review • Automation • Data pipelines • Python • C/C++
Steps for completing your project
After purchasing the project, send requirements so Mike can start the project.
Delivery time starts when Mike receives requirements from you.
Mike works on your project following the steps below.
Revisions may occur after the delivery date.
Requirements Gathering
Understand client needs, define project scope, hardware and software requirements, performance metrics, and constraints.
System Design
Create a detailed system architecture including hardware components, software modules, interfaces, and data flows.