Author: Michele Marius

ICTP 399: Moving drones, robotic arms, humanoids, quadrupeds and wheeled robots from simulation to the real world, with Cade Coker and Dr Afraz Subratti

The Autonomous Motion Systems (AMoS) is the robotics research cluster of the Artificial Intelligence Innovation Centre, focused on developing the mathematical and engineering foundations needed to make unmanned aerial vehicles, such as multirotor drones, robotic arms, humanoids, quadrupeds and wheeled robots, behave reliably and safely in the real world. We are joined by Dr Afraz Subratti and Cade Coker, the Co-Investigators of AMoS to discuss, among other things:  some of the projects AMoS is focusing on; what it means to have robots behave reliably; how public trust can be developed to help robots and other advanced machines to be integrated into Caribbean life; and the most important skills a student or budding engineer should develop if they want to pursue research or a career in robotics.

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The energy toll and why Caribbean schools are bracing for a return to remote learning

Just as students have finally settled back at their desks, a global energy crisis is threatening to send them back home. With fuel prices skyrocketing, Caribbean schools are re-examining their digital readiness. But at what cost? In this article, we highlight some of the hidden dangers of returning to remote learning – which could indeed occur, if energy markets continue along the current trajectory.

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