Water rescue robot EMILY gets some help from the sky - Science Nation

The video discusses EMILY, a jet-powered water rescue robot used globally by lifeguards. With support from the National Science Foundation, Robin Murphy and her team at Texas A&M University are developing software to enhance EMILY's intelligence. By collaborating with experienced lifeguards, they aim to make EMILY more efficient and autonomous. The team is testing new features like thermal sensors and AI for better navigation. EMILY's upgrades are designed for large-scale rescues, such as ferry disasters, and are informed by field research in the Mediterranean. Additionally, integrating drones provides aerial feedback to optimize EMILY's performance.

What is the primary function of the EMILY robot?

• To explore underwater caves

• To assist in water rescues

• To monitor marine life

• To clean ocean debris

How does the new software aim to improve EMILY's performance?

• By making it more autonomous

• By increasing its speed

• By reducing its size

• By enhancing its color

What technology is being used to help EMILY locate people in the water?

• Sonar sensors

• Thermal sensors

• Radar systems

• GPS tracking

In what type of scenarios is EMILY being customized to operate?

• Fishing operations

• Large-scale water rescues

• Marine wildlife tracking

• Underwater cave exploration

How do drones enhance EMILY's navigation capabilities?

• By providing underwater mapping

• By offering aerial feedback

• By increasing its speed

• By reducing its energy consumption