Review schematic, layout, power, thermal, routing, firmware access, or manufacturing weak spots.
Remote precision engineering
Hardware engineered for reliability and performance.
Remote product engineering across PCB design, ESP32 and IoT firmware, power electronics, and embedded user interfaces.
Turn requirements into a manufacturable PCB package with practical bring-up and handoff notes.
Use prototype lessons to improve reliability, service access, validation, and production readiness.
Core expertise
Three connected engineering disciplines for teams that need complete, dependable product execution.
PCB Design & ArchitectureMulti-layer layouts, power distribution, controlled interfaces, DFM/DFT, and complete manufacturing packages.
Power & Embedded SystemsHigh-current design, thermal strategy, regulators, ESP32 and STM32 systems, sensors, and robust grounding.
Product Interfaces & IoTSquareLine and LVGL displays, responsive dashboards, wireless configuration, telemetry, and product control.
Selected Projects
Engineering outcomes, not just technical files.
High Current ESC
Client projectHigh-current ESC layout for demanding UAV power stages
Motor-control board planning focused on copper strategy, heat, connector stress, assembly access, and load reliability.
UAV Electronics
Client projectFlight-control and power-distribution electronics
Sensor routing, regulator planning, connector placement, service access, power distribution, and firmware bring-up.
Product Electronics
Client projectConnected product boards and interface systems
Carrier, power, communication, and camera-board work for embedded products that need practical integration.
IoT & Web Interface
Client projectESP32 IoT control system with modern web dashboard
Connected device work combining firmware, wireless configuration, live status screens, and a responsive control interface.
Embedded UI / HMI
Client projectSquareLine Studio embedded UI for product displays
Embedded display UI work for device dashboards, touch menus, setup screens, control panels, and LVGL-ready layouts.
How Clients Use Embedded Works
From stuck prototype to cleaner commercial revision.
A good engagement is not just layout work. It clarifies requirements, reduces electrical and mechanical risk, prepares the board for firmware, and leaves the next revision easier to build, test, and explain.
AuditFind layout, power, thermal, or architecture risks
BuildDesign boards and product electronics from requirements
ReviseImprove reliability, handoff, and manufacturability
Start With The Requirement
Bring the product goal, constraints, and current files.
Send the target function, voltage and current range, board size, connectors, controller preference, timeline, and what already exists. You will get a clearer next step instead of a generic quote.