Skills
Experience Level
Language
Work Experience
Education
Qualifications
Industry Experience
Type: IoT / Real-Time Web Interface / Hardware Integration
Tech: Node.js, C#, .NET, Android, GPS Mapping, Socket Server
Invented and engineered an intelligent sprinkler control system that uses real-time GPS and custom UHF electronics to automatically pause and resume irrigation on golf courses as players move through the course.
On Tasmania’s coastal links courses, strong winds were blowing sand from bunkers — causing erosion and costly maintenance. This system mitigates that by keeping sand damp, automatically pausing sprinklers as players approach and restarting them once a safe distance is reached.
A cloud-connected web dashboard allows staff to monitor player locations and manage sprinklers through a clean, responsive interface. The system integrates mobile telemetry, Windows services, and a custom UHF controller to deliver seamless real-time coordination between the player’s device and the irrigation network.
Winner – 2016 International Irrigation Conference “Best New Product”
This project brought together my passions for embedded systems, location-based technology, and practical problem-solving, showing how innovative engineering can deliver elegant, real-world solutions.
Type: IoT / Real-Time Web Interface / Hardware Integration
Tech: Node.js, C#, .NET, Android, GPS Mapping, Socket Server
Invented and built a golf cart control system that uses real-time GPS and custom electronics to limit cart speed and restrict access to protected areas.
The web dashboard provides live cart tracking and configuration through a responsive interface, while back-end services manage telemetry and communication between the carts and control server.
This project combined my passions for embedded systems, location-based tech, and practical problem-solving — proving that even hardware-focused innovation can be elegant and user-friendly.
Type: Web Application / API Integration / Cloud Dashboard
Tech: Azure, Node.js, React, Cosmos DB, TypeScript, Bicep, YAML
I developed a full-stack cloud-based alerting system for CleanCo Queensland’s energy trading and operations platform.
The solution ingests live telemetry data, evaluates custom conditions, and triggers SMS alerts through Azure Functions and APIM.
The front-end dashboard (built with React and custom theming) lets users monitor and test alert conditions in real time, while the back-end integrates deeply with Azure’s event-driven architecture and Cosmos DB for high reliability.
My focus was on system design, clean API integration, and reusable front-end components, keeping performance high and maintenance simple.
This project reflects my approach to development — build it right, make it intuitive, and keep it scalable.
Hire Richard Smythe today
To get started post up your job and then invite Richard Smythe to your job.