> Robotics & Software Engineer

Jackson
Russell

Final-year mechatronics student and researcher at the UTS Robotics Institute, focused on perception systems and full-stack robotics platforms.

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UTS Robotics Institute · Sydney, Australia · Graduating 2026 · ROS · Simulation · Embedded · Full-Stack · Perception

// Recognition

Awards & Academic Record

Highest Honour

Dean's List 2026

Named in the UTS Faculty of Engineering & Information Technology Dean's List for outstanding academic achievement.

People's Choice Award

UTS Tech Festival 2026 - Robotics Showcase

Voted People's Choice for the XR Teleoperation project. RGB-D splat primitives extends the perception work into more dense active point cloud streaming with minimal performance loss.

↗ XR Teleoperation ↗ RGB-D Splat Primitives

High Distinctions

Distinctions

Full Record

Autumn 2026

HD Robotics Studio 2 ↗ XR Teleoperation ↗ RGB-D Splat Primitives
D Design in Mechanical & Mechatronic Systems ↗ Lite3 Payload

Spring 2025

HD Robotics Studio 1 ↗ Horizon Hive
HD Fundamentals of C Programming
HD Engineering Research Preparation

Autumn 2025

D Programming for Mechatronic Systems ↗ Terrain Surveying Drone
HD Microelectronics ↗ Microelectronics

Spring 2024

D Industrial Robotics ↗ Cooking Cobots

Autumn 2024

D Embedded Mechatronic Systems

Spring 2023

D Mechanical Design Fundamentals Studio 1 ↗ Warman Challenge

Autumn 2023

D Design & Innovation Fundamentals
D Economics & Finance for Engineering Projects

Autumn 2022

HD Machine Dynamics

Summer 2022

D Additive Manufacturing 1

Spring 2021

HD Manufacturing Engineering

Autumn 2021

D Engineering Communication
D Introduction to Mechanical & Mechatronic Engineering

// Selected Work

Featured Projects

All projects →

Industry

RIMA1 & RIMA2: Sewer Pipe Inspection Robots

Two robotic tools developed at the UTS Robotics Institute in collaboration with Sydney Water for conditional assessment of sewer pipe walls using Pulse Eddy Current sensors.

ROS1 C++ Python PEC Conditional Assessment Robotics Research

Industry

Payload Design for Deep Robotics Lite3

Custom payload system designed for the Deep Robotics Lite3 quadruped, developed for the UTS Robotics Institute Guide Dog Project.

Analysis 3D Printing Quadruped Robotics Electrical Mechanical Research

Personal

Streaming RGB-D Splat Primitives in Unity

A like-for-like comparison of live RGB-D rendering primitives in Unity, plain points, flat quads, camera-facing billboards, and surface-oriented 2D Gaussian surfels, extending the perception splatting work from the XR Teleoperation project.

Perception Unity C# HLSL Compute Shaders RGB-D Gaussian Splatting Computer Vision Robotics

// Quick Repo Links

Get In Touch

JacksonRussell