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Mechanical Engineering

Teachers become students to become better teachers at GRASP Lab’s RET program
grasp_lab

The Rehabilitation Robotics Lab at Penn’s Perelman School of Medicine was one of the sites where GRASP Lab members gave local high school teachers a crash course in robotics. 

Teachers become students to become better teachers at GRASP Lab’s RET program

The Research Experiences for Teachers (RET) program run by the GRASP Lab in the School of Engineering and Applied Science is part of a larger National Science Foundation effort to get students interested in science and engineering at an early age. This summer, one cohort of students worked with robots in the Rehabilitation Robotics Lab at the Perelman School of Medicine.

Penn Today Staff

Mapping the ocean with marine robots
Aquatic Robots, Hsieh Lab

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Mapping the ocean with marine robots

M. Ani Hsieh’s robotics lab investigates how to use ocean currents as a natural energy source for marine robots, which would enable widespread exploration.

Jacob Williamson-Rea

Guinness recognizes Piccolissimo as world’s smallest self-powered flying robot
tiny_robot

Professor Mark Yim and graduate student Matt Piccoli, creators of Piccolissimo.

Guinness recognizes Piccolissimo as world’s smallest self-powered flying robot

Created in professor Mark Yim’s ModLab, with graduate student Matt Piccoli, the world’s smallest flying robot can carry the weight of a small camera or sensor, with just two moving parts achieving directional control.

Penn Today Staff

The snow graphics in ‘Frozen’ can predict the mechanics of real avalanches
snowscape

The snow graphics in ‘Frozen’ can predict the mechanics of real avalanches

The Department of Computer and Information Science’s Chenfanfu Jiang recently published a study in Nature Communications that accurately models slab avalanches, bringing realistic natural phenomena to movies and practical applications for scientific predictions.

Penn Today Staff

Earthquakes at the nanoscale
sichuan building collapsed

Earthquakes at the nanoscale

Scientists have gotten better at predicting where earthquakes will occur, but they’re still in the dark about when they will strike and how devastating they will be. Penn researchers hope to tackle this by investigating the laws of friction at the smallest possible scale, the nanoscale.

Ali Sundermier