Atlas Homelab
My homelab, built as a hobby and to learn DevOps. Currently one mini PC with an OPNsense VM, with a staged plan to grow it into a full platform.
Robotics and software projects I've built.
My homelab, built as a hobby and to learn DevOps. Currently one mini PC with an OPNsense VM, with a staged plan to grow it into a full platform.
A ROS 2 digital twin of the Monash Automation lab, fusing ceiling-mounted camera and LiDAR detections into a live Gazebo mirror of the room.
A LiDAR-built local map on a Unitree Go1 robot dog, so people can teleoperate it without it bumping into things. Groundwork for autonomous path planning later.
Final year project. A ROS 2 system that tracks cargo containers on a space station by fusing passive RFID, UWB ranging and a depth camera, and checks every position against an inventory record.
A ROS 2 navigation system that lets a mobile robot track and follow a person through dynamic environments, built at NICE CART.
A ROS 2 interface that turns plain-English instructions into motion commands for a Unitree Go1 quadruped.
A starter kit of annotated ROS 2 examples in C++ and Python, written to onboard new Monash Automation members.
An autonomous Arduino robot that collects three balls and carries them across a pivoting seesaw. I worked mainly on the electrical system and the Arduino code.
Facial expression recognition, combining Haar Cascade face detection with a ResEmoteNet classifier.
A medical image segmentation model for brain stroke lesions, built on MSEG-HarDNet.
A 16-bit, non-Turing-complete processor designed from scratch in Verilog for Monash ECE2072 (Digital Systems), simulated in ModelSim and synthesised for an FPGA.