The Human Side of Robotics: Socially Assistive Systems

Key Highlights:

• Robotics in Healthcare: An overview of the current landscape and future trends.

• The ReAMA Methodology: How our lab approaches prototyping and simulation.

• Interdisciplinary Synergy: Why the intersection of physics, engineering, and medicine is vital for the next generation of MedTech.

"At ReAMA Lab, we don't just build robots; we engineer pathways for better healthcare."

Dive Deeper: Outreach and Education

Research is at its best when it inspires. Following this lecture, we conducted a series of hands-on activities to help students visualize these complex concepts. You can explore those demonstrations and our broader community efforts in our outreach archive.

Activity Guide: Bringing Robotics to Life

Following this lecture, students had the opportunity to engage with the principles of medical robotics through practical, hands-on activities. Our outreach playlist offers a glimpse into these interactive sessions, where participants explored:

• Soft Robot Design: Experiencing the flexibility and control of compliant mechanisms.

• Basic Actuation: Understanding how different energy sources drive robotic movement.

• Problem-Solving Challenges: Applying theoretical knowledge to build and test simple robotic concepts.

These activities are designed to spark curiosity and demonstrate the real-world applications of engineering and technology in healthcare.

Robotics in action