Behind the Solutions: Laura Anico at PMAP

Laura Anico, PMAP’s Mechatronics Technician, shares the story of how a personal hobby evolved into a career building autonomous systems for safer, smarter mining operations. With a background in mathematics and robotics, Laura spends her days solving problems that don’t yet have a blueprint—designing navigation, avoidance, and safety systems that allow PMAP’s autonomous vessels to operate with minimal human input. She also gives an inside look at the rover she built to replicate boat behavior indoors, enabling rapid testing of GPS, obstacle detection, and adaptive navigation without exposure to contaminated water. Her work brings autonomy from theory into real-world impact.

What does Laura Anico do at PMAP?

Laura is a Mechatronics Technician who designs, tests, and troubleshoots the autonomous navigation and safety systems used in PMAP’s water-treatment vessels.

Why are autonomous systems important in mining water treatment?

Autonomy reduces human exposure to contaminated ponds, improves safety, increases precision, and allows consistent operation with minimal onsite intervention.

What is the purpose of PMAP’s indoor rover?

The rover replicates the behavior of PMAP’s autonomous boats, enabling realistic testing of GPS (IPS), obstacle avoidance, and path-following indoors without deploying on water.

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