Lucas Jurvillier
Portfolio website: ljurvillier.com.au I am a mechatronics engineering consultant with experience delivering practical solutions across embedded systems, automation, custom PCB design, robotics, fluid control, and…
About
Portfolio website: ljurvillier.com.au
I am a mechatronics engineering consultant with experience delivering practical solutions across embedded systems, automation, custom PCB design, robotics, fluid control, and computer vision. I enjoy taking complex engineering challenges from the initial concept through prototyping, debugging, commissioning, and deployment, while keeping projects aligned with time, budget, and manufacturing requirements.
My background spans agricultural technology, irrigation, algae biotechnology, and advanced industrial systems. I have commissioned large-scale connected irrigation networks, developed automated laboratory and bioprocess equipment, implemented substantial LED control systems, and built AI-enabled microscopy solutions. I am friendly, resilient, and hands-on, and I am motivated by opportunities to help ambitious teams turn innovative engineering ideas into reliable products.
More information and portfolio on ljurvillier.com.au
- 6 years' experience
- Joined October 2026
Industry experience
- Agriculture & Mining
- Computers & Electronics
- Energy & Utilities
- Life Sciences
- Manufacturing
- Professional Services
- Software & Internet
Work experience· 4 roles
Delivers tailored end-to-end mechatronics, embedded systems, and custom PCB design solutions for industrial and agricultural applications. Architects schematics, PCB layouts, sensor integration, and low-level firmware for rapid prototyping and deployment. Performs component selection, prototyping, hardware debugging, and design-for-manufacturing reviews.
Commissioned a 400-hectare farm irrigation system comprising 78 cloud-controlled irrigation sites. Analysed and implemented a sensor-system re-engineering strategy that reduced maintenance costs by 200%. Developed a proof-of-concept connected sensor system for agricultural automation and sustainability.
Completed a patented computational microscope with microfluidics and computer vision for cell analytics from inception to deployment. Implemented a A$220,000 LED electrical control system in nine months for a 30,000-litre, 3,000-square-metre microalgae bioprocess facility. Commissioned a conveyor robotic system that enabled 3,000 samples to be processed weekly. Organised procurement and budgets for process and electrical systems supporting a GMP therapeutic GMO microalgae system.
Education
Certifications and awards
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