RAPID HARDWARE PROTOTYPING

I design and build custom hardware prototypes quickly, specializing in ESP32-based systems. With an in-house workshop featuring over 10,000 components and professional-grade laser cutters and 3D printers, we can move from concept to working prototype in days, not weeks.

Whether you need IoT devices, custom sensors, interactive installations, or embedded systems, I handle everything from circuit design and firmware development to enclosure fabrication and assembly. Rapid iteration means you see results fast, test ideas quickly, and refine until it works.

From idea to working hardware, fast.

RAPID ITERATION Move from concept to working prototype in days, not weeks.
FULL WORKSHOP 10,000+ components, professional laser cutters, and 3D printers on-site.
ESP32 EXPERTISE Specialized in ESP32 development for IoT and embedded systems.

Approach

Design, build, iterate

Rapid Prototyping as Problem Solving

Hardware prototyping isn't about perfecting on the first try. It's about building, testing, learning, and refining quickly. I focus on ESP32-based systems because they offer the right balance of power, connectivity, and flexibility for most IoT and embedded applications. With immediate access to fabrication tools and a massive component library, we can iterate on physical designs, test functionality, and refine until the prototype does exactly what you need.

Complete Rapid Prototyping Service

I provide end-to-end hardware prototyping services, from initial concept through working prototype. This includes circuit design, PCB layout, ESP32 firmware development, enclosure design and fabrication, assembly, and testing. With an in-house workshop stocked with over 10,000 components and professional fabrication equipment, I can move quickly without waiting on external vendors or long lead times.

What This Solves

  • Long development cycles and slow iteration
  • Limited access to fabrication tools and components
  • Disconnected design and manufacturing processes
  • Need for quick validation of hardware concepts

What You Get

  • Working prototypes in days, not weeks
  • Access to professional fabrication equipment
  • Rapid iteration and quick refinement cycles
  • Single point of contact for all prototyping needs

Service Architecture

The pillars I use to deliver rapid hardware prototypes
I
Concept & Design Define requirements and design the hardware architecture.
  • Requirements analysis and specification
  • Circuit design and schematic development
  • Component selection and sourcing
  • PCB layout and routing
  • Enclosure and mechanical design
  • System architecture and integration planning
II
ESP32 Development Firmware development and system programming for ESP32 boards.
  • ESP32 firmware development and programming
  • WiFi, Bluetooth, and connectivity implementation
  • Sensor integration and data acquisition
  • Real-time control and automation logic
  • Power management and optimization
  • OTA updates and remote configuration
III
Fabrication & Assembly Build physical prototypes using in-house workshop resources.
  • PCB manufacturing and assembly
  • 3D printing for enclosures and custom parts
  • Laser cutting for panels, brackets, and housings
  • Component sourcing from 10,000+ item library
  • Mechanical assembly and integration
  • Wiring, soldering, and final assembly
IV
Testing & Iteration Validate functionality and refine through rapid iteration cycles.
  • Functional testing and validation
  • Performance benchmarking and optimization
  • Rapid design iteration and refinement
  • Bug fixes and hardware revisions
  • Documentation and assembly instructions
  • Preparation for production scaling
V
Workshop Resources Full access to professional fabrication equipment and components.
  • Professional-grade laser cutters
  • High-precision 3D printers
  • 10,000+ component library
  • Electronics workbench and tools
  • PCB assembly equipment
  • Testing and measurement instruments