
Viridian Glass
Electrical troubleshooting, industrial PC upgrades and maintenance analytics inside a working glass manufacturing environment.
The Experience Collection
Experience across engineering, software, research and things built from the ground up. Open an experience to follow the problem, the decisions and the result.

Electrical troubleshooting, industrial PC upgrades and maintenance analytics inside a working glass manufacturing environment.

A full-stack investigation platform connecting interviews, documents and human review through traceable AI workflows.

A work-in-progress desktop workbench for reproducible forecasting experiments, model comparison and paper-trading research.

A controlled comparison of generative and conventional forecasting models across 2,178 Australian households, with and without recent consumption history.

Characterised a fan-driven air-levitation rig, mapped its sensor response and identified dynamic models from repeated measurements to develop feedback control.

Led the design and delivery of a role-based assignment submission and marking prototype, translating client feedback into workflows for students and teaching staff.

A shared-audio prototype combining custom electronics, embedded playback and audio redistribution, with an STM32WBA63 and Bluetooth LE Audio direction for a future earphone implementation.

Designed a keypad decoder, blood-oxygen comparator and alarm logic, then used Verilog simulation to check the circuit behaviour.

A two-person Class AB amplifier project, from differential input and voltage gain to practical construction, thermal coupling and listening tests.

A switching-converter team project combining a Ćuk stage, LM337 regulation, decoupling and load testing.

Designed and built an active analog filter with low-pass, high-pass and band-pass outputs around 1.2 kHz, then carried the circuit into a PCB layout and bill of materials.

Designed and built a shunt-based current-measurement circuit with adjustable sensitivity, then developed its schematic, PCB layout and component list.

Designed and built a configurable TTL pulse divider, refining its truth tables and logic over three iterations to reduce component count before completing Solution 3 and its PCB design.

Designed and built a voltage-controlled oscillator using input scaling, an integrator and a switching stage, targeting a monotonic 1–10 kHz tuning range.

Laboratory oscilloscope photographs demonstrating practical experience setting up and interpreting waveform displays.