Recently Mr. Tom Ebert advanced to doctoral candidacy by successfully passing the doctoral qualifying exam and by defending his dissertation proposal. Mr. Ebert is studying the modeling and simulation of anchoring mechanisms for use on extreme terrain mobility platforms for celestial surface prospecting. These anchoring mechanisms are needed for robotic surveying and prospecting of celestial bodies such as the Moon and Mars. Dr. Larochelle is serving as the Chair of his doctoral committee.
The RASSL Team
Shown here is the RASSL Team in February 2014. From left to right we have: David Matos Radoriguez, Venkatesh Venkataramanujam, Tom Ebert, Murphy Wonsick, Alejandra Dominguez, Victor Padron, Dr. Pierre Larochelle, Xiaoyang "Ethan" Mao, Sida Du, Marty Grashik, Vignesh Sundararaj, and Jugesh Sundram.
From our YouTube Channel
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Mission & Vision
The Robotics and Spatial Systems Laboratory (RASSL) is dedicated to the development of robotic mechanical systems that generate spatial (i.e. 3-dimensional) motion and force transmission. The Lab seeks to advance the design methodologies for these challenging systems as well as techniques for their utilization in industrial and consumer applications. The Vision of RASSL is to be the world leader in the research and development of novel 3-dimensional robotic mechanical systems. The Mission of RASSL is to educate engineers in cutting-edge research and development of 3-dimensional robotic mechanical systems by conducting research, building & testing prototypes, and publishing our findings.
Prof. Freudenstein Doctoral Tree
Please click here to visit the site of Prof. Ferdinand Freudenstein's Doctoral Decendent Academic Tree.
August 8, 2014
Another RASSL Doctoral Degree Awarded
Mr. Venkatesh Venkataramanujam successfully defended his doctoral dissertation entitled "A New Class of Mechanical Devices for Multi-Phase Motion Generation" on August 8th, 2014. In his dissertation Dr. Venkataramanujam introduced a new concept for planar and spherical reconfigurable motion generators that he calls RMGs. A U.S. provisional patent has been awarded on this new technology.