Robotics

The crushing weight of four miles of seawater creates a barrier more formidable than the vacuum of space, yet we are finally peering through the darkness with a new kind of electronic eye. For decades, the gold standard for oceanography was the "solitary giant"—a single, bus-sized Autonomous

The rapid evolution of industrial technology has reached a tipping point where digital intelligence no longer remains confined to servers and screens but actively inhabits the physical workspace. Unlike the static automation of previous decades, Physical AI represents a sophisticated merger of

The persistent challenge of translating flawless digital simulations into reliable physical actions has long been the primary bottleneck preventing the widespread adoption of advanced autonomous systems across the global manufacturing landscape. This strategic alliance between ABB Robotics and

As a doctoral researcher in the Imaging Science Department at the Rochester Institute of Technology, I specialize in bridging the gap between advanced remote sensing and the critical humanitarian need for safer land mine clearance. My work focuses on integrating multisensor drone platforms with

Achieving sub-micrometer precision across expansive workspaces has long remained the elusive goal for engineers who found themselves trapped between the rigid limitations of stationary stages and the inherent inaccuracy of mobile robotic platforms. The emergence of the Holonomic Beetle (HB)

The sudden transition from specialized industrial machinery to versatile humanoid systems marks a fundamental transformation in how global economies approach high-value manufacturing and labor automation. This shift is no longer a speculative venture but a concrete industrial reality as European