I turn field requirements into operating scenarios, and scenarios into system structure.
From autonomous cart fleets to air force road heating — I design realtime control systems, build them hands-on, and deliver them.
- All 4 delivered systems still in operation
- Air force road heating: power cost −70%
- Autonomous · Defense · Industrial · Agriculture
- AUTONOMOUS CART
- CARGO CRANE
- ROAD HEATING
- SPRAY ROBOT
- GRAIN DRYER
- MQTT / EMQX
- MODBUS / PLC
- TCP BINARY
- LTE / LoRa
- RTSP
- FASTAPI
- POSTGRESQL
- TIMESCALEDB
- REDIS
- INFLUXDB / GRAPHITE
- WEB CONSOLE
- MAP EDITOR
- CART HMI
- FIELD APP
- ALERT / EVENT
From device integration to operator screens — the whole path, designed and built directly.
Career
B* Inc.
A control-systems software company. Designs, builds, and delivers monitoring and control systems for client hardware.
- AUTONOMOUS MOBILITY 2025.03 —
Autonomous Golf Cart Fleet Control
The fleet control system that gets driverless carts through a full day of operation
verified on 3 vehicles · pilot upcoming View detail → - INDUSTRIAL SAFETY 2025.02 — 2026.02
Cargo Crane Safety Control
Adds monitoring to a crane model already on the market, alerting operators and site safety managers to hazards
shipped in production models · in commercial operation View detail → - AGRICULTURE ROBOTICS 2024.12 — 2025.03
Agricultural Spray Robot Control
Controls two different robot types — fixed-rail and open-field — through a single integration spec
3 robots · in operation View detail →
Also — branding and marketing for a farm-work matching platform, three association and institution websites
C*** Inc.
A heating-element manufacturer. Built remote control and monitoring systems for its own hardware.
- DEFENSE INFRA 2022.09 — 2023.09
Air Force Road Heating Control
Replaced walk-down manual switching of anti-icing heaters with sensor-driven automatic control
70% power cost cut · in operation View detail → - INDUSTRIAL IoT 2023.09 — 2024.08
Container Dryer Control
Turned intuition-driven pepper drying into a repeatable, data-based recipe
a dozen units · in stable operation View detail →
Also — an internal crawling service automating notice collection across 180 public institutions, still in use
About
Four years as a developer building realtime control systems. Autonomous golf cart fleets, cargo crane safety, air force road heating, spray robots, and industrial dryers — the sites changed every time, but the work stayed the same: turning what field devices report into something an operator can act on, owning everything from device integration through backend and screens to deployment.
What a client asks for and what the system must do are not the same thing. So requirements get translated into an operating scenario first — how the day flows, who sees what and when, who intervenes when something breaks — and only then does the system structure get drawn. Reverse the order and you rebuild.
I do not stop at design. Core paths I build myself; the rest is decomposed, delegated, and verified against defined completion criteria. What I guard against most is failure being recorded as success.
- Mostly working with
- Python · FastAPI · MQTT · Modbus/PLC · PostgreSQL/TimescaleDB · Flutter
Contact
If you are building systems that run in the field
Teams building realtime control systems are especially welcome. For hiring inquiries, email works best — I will reply with my resume and full work history, usually within a day.