Aaron
Heerings.
Double-degree graduate in Electrical/Electronic Engineering & Business Management from RMIT University. Experience across Defence, Automotive and Electronics — building systems where rigour meets real-world impact.
Who I am
I've always been drawn to understanding how things work — and more importantly, how they can work better. That curiosity led me to pursue a double degree in Electrical/Electronic Engineering and Business Management at RMIT, because I think the best engineers don't just build things; they understand why they're being built.
My engineering degree gave me a strong foundation in control systems, signal processing, embedded systems, industrial automation and high voltage design. My business degree taught me how to communicate, manage stakeholders and think commercially. I find the two complement each other more than most people expect.
I've been fortunate to work across some genuinely interesting environments — from hands-on maintenance engineering on Australia's Collins Class Submarines at ASC, to developing requirements automation tooling at Robert Bosch, to publishing research with the Defence Science and Technology Group. Each role has shaped how I approach problems: methodically, collaboratively and with an eye on the bigger picture.
Tech stack
Work history
Feb 2026
- Conducted maintenance engineering for Australia's Collins Class Submarines, working alongside multi-functional teams of engineers, trades and Navy personnel to plan and execute planned and reactive maintenance activities.
- Coordinated reactive root cause analyses on electrical system failures, identifying corrective actions that reduced the recurrence of breakdowns and supported ongoing submarine operational readiness.
- Performed technical analysis across multiple platforms to support engineering decision-making and ensure compliance with Defence standards.
- Prepared detailed technical documentation including product deviation reports, engineering surveys, work procedures and technical specifications to professional Defence standards.
Dec 2025
- Developed software to automatically translate customer requirement documents into standardised engineering formats, directly supporting systems engineering teams and improving efficiency.
- Applied the ASPICE structured development framework across project workflows, ensuring all deliverables met defined requirements and process standards.
- Trained an AI model to interpret UML diagrams and convert visual information to structured text, enabling the team to process complex technical documents and make changes to diagrams efficiently.
Present
- Soldering PCBs and fabricating 8+ high-quality electronic devices for the global cryopreservation industry, consistently meeting industry specifications and improving production efficiency.
- Diagnosing and repairing faults in electronic circuits and assemblies using systematic troubleshooting, electrical drawings and fundamental electrical theory.
- Maintaining accurate component inventory records and creating detailed work instructions, enabling efficient onboarding of future employees.
Feb 2024
- Authored and published an official Defence research report, enabling international adoption of software I developed during the project.
- Planned and facilitated weekly progress meetings with structured agendas, driving decisions and ensuring on-time project delivery.
- Presented research findings to a diverse technical and non-technical audience at the 2024 DSTEM conference, clearly communicating key insights and recommendations.
Jun 2024
- Supervised teams of up to 8 people in a high-volume, fast-paced retail environment, allocating tasks based on priority to maintain store performance.
- Managed customer interactions and resolved complaints, demonstrating strong interpersonal skills and a solutions-focused approach under pressure.
Background
Jun 2026
Jun 2026