Recognition in robotics doesn’t happen by accident. It reflects decades of work that move the industry from theory to real-world impact.
That is exactly what the Joseph F. Engelberger Robotics Award represents. Often called the highest honor in industrial robotics, the award recognizes leaders whose contributions have fundamentally advanced the field.
This year, founder of ATI Industrial Automation and our former Chief of Robotics Strategy, Bob Little, has been named a 2026 Engelberger Robotics Award recipient.
From innovation to industry standard
The recognition highlights something that often gets overlooked in robotics: the importance of making technology usable, reliable, and scalable in real manufacturing environments.
Bob’s work did exactly that.
Under his leadership, ATI pioneered technologies such as robotic tool changers and force/torque sensors. These are not niche components. They are now foundational building blocks that enable robots to interact with the physical world with precision, adaptability, and safety.
These innovations helped move robotics from rigid automation to flexible systems capable of handling complex, variable tasks. That shift unlocked broader adoption across industries.
Why this matters now
Robotics is entering a new phase. AI-driven systems, warehouse automation, surgical robotics, and emerging humanoid platforms are accelerating demand for more intelligent, responsive machines.
But none of that progress happens without the underlying hardware and sensing technologies that make real-world interaction possible.
Force sensing. Precision motion. Tool flexibility.
These are the capabilities that allow robots to move beyond repetition and into decision-making environments.
And they trace directly back to the kind of foundational work Bob led.
Today, as robotics systems become more sophisticated, the expectations are rising. Performance, reliability, and integration are no longer optional. They are baseline requirements.
That’s where we continue to build.
Extending the foundation
We bring together advanced motion, sensing, and automation technologies to help solve increasingly complex challenges across robotics and beyond.
That includes:
- Enabling precise movement and control in high-performance robotic systems
- Delivering sensing technologies that allow machines to “feel” and respond in real time
- Integrating subsystems that improve reliability, scalability, and overall system performance
These capabilities are not theoretical. They are designed into the systems that power modern automation.
And the demand is only increasing.
Robotics and automation continue to be key growth drivers, fueled by applications such as warehouse automation, precision robotics, and emerging physical AI systems.
A legacy that keeps compounding
Awards recognize past contributions. The best ones also highlight work that continues to influence the future.
Bob’s impact is still visible in how robotics systems are designed, built, and deployed today. The technologies he helped bring to market remain essential to solving the next generation of challenges.
That is the real measure of this recognition.
Not just what was built, but what it continues to enable.
Looking ahead
The next wave of robotics will demand tighter integration between hardware, software, and intelligence. It will require systems that can adapt in real time, operate safely alongside humans, and scale across industries.
That future is being built on proven foundations.
We are proud to carry that work forward.
Congratulations, Bob, on a well-earned honor that reflects both a remarkable career and a lasting impact on the robotics industry.