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Purpose

The Robotics and Spatial Systems Laboratory (RASSL) is dedicated to the development of robotic mechanical systems that generate spatial (i.e. three-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.


Current Research Collaboration

RASSL is currently collaborating with researchers at the University of Dayton to design novel part-orienting devices. The goal of this project is to create low degree-of-freedom machines capable of producing spatial trajectories and rotations. A single part orienting device, or POD, can be used in an assembly task that might otherwise require a robot or multiple single degree-of-freedom mechanisms. This project is funded by NSF's Manufacturing Machines and Equipment Program. Click here for more information.


Laboratory Facilities

The Robotics and Spatial Systems Laboratory at the Florida Institute of Technology was established by Dr. Larochelle in Fall 1995. The Robotics and Spatial Systems Laboratory is equipped with custom made research robots, autonomous mobile robots, as well as traditional industrial robots. The Lab is dedicated to the development of robotic mechanical systems that generate spatial (i.e. three-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 Lab has established a mutually beneficial relationship with local industry (e.g. NASA-KSC, Accuray, GSMA Systems, Zygo, AMTI-Zevatech, Harris, and ICS). The Lab has also been successful in motivating local K-12 youth towards engineering, science, and technology though its active involvement in the local community- and in robotics competitions such as FIRST and BattleBots. To date, the Laboratory has received over $1.5 million in research funding and equipment donations, has generated more than 100 technical publications, and has graduated numerous students.



motoman sv3x
RASSL is equipped with a 6 degree of freedom general purpose serial arm, the Motoman SV3 with XRC controller.  Here, Prof. Larochelle and RASSL student Sean Irvin discuss using robotics in pcb applications.







Vachone Cube
Click here to see a video of our Motoman SV3 solving the famous Rubik's cube (see photo at right).  This group project was completed as part of the MAE-4090 Robotics & Automated Manufacturing course in summer 2004.

Below (left) is shown a photo of our Motoman SV3 playing checkers. The robot was integrated into a pc controlled system to play checkers against a human opponent. To date- only 2 people have defeated our Motoman! This group project, called MotoCheck, was completed as part of the MAE-4090 Robotics & Automated Manufacturing course in summer 2006. Click here to see a video of MotoCheck in action! 

Most recently, a MAE-4090 Robotics & Automated Manufacturing class project in summer 2007 was challenged with creating a robotic system for making origami- the ancient Japanese art of paper folding (see photo below, right). Click here to see a video of RoboGami in action! 





motocheck motoman sv3x

robogami motoman sv3x





















AMTI
Here, RASSL's comprehensive Cartesian robotic workstation is shown.  This system has an integrated machine vision system as well as an automated pallet system for parts feeding.  The Cartesian arm, machine vision, and parts feeding systems are all coordinated and controlled by a single pc system running Adept motion control software.
















Professor Ferdinand Freudenstein Doctoral Tree

To go directly to the Doctoral Tree website for the late Professor Ferdinand Freudenstein please click here.


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