RICHARD LINEBERGER

• Upper-limb Exoskeleton, Successfully designed and assembled an upper-limb exoskeleton for individuals with upper-limb disabilities. The exoskeleton's design senses the position of the functional arm in order to effectively assist the disabled arm with physical therapy sessions and everyday upper limb movements. The design successfully reduced the weight of previous designs by over 40% due to the distribution of the weight throughout the entire assembly. The exoskeleton earned 2nd place out of 30+ projects in the ME senior project competition.
• Obstacle Avoidance Robot, Designed and assembled a sensor guided bot that effectively sensed objects within 2 feet in order to re-route itself and determine the clearest path.
• Lathe & Mill Project, Became proficient in part manufacturing techniques and practices by transforming aluminum stock into useful products.
• MatLab Project, Designed and built efficient Matlab programs that solved complex math problems, displayed system vibrations data and solved matrices.
• Green Transportation Solution, A transportation emissions reduction plan; proposed a solution to reduce energy emissions in the transportation sector in Los Angeles, CA
• SolidWorks Project, Designed and fabricated a unique part for video game controller thumbsticks for increased stick control.

African American Community Service Agency (AACSA), San Jose, CA, Student volunteer that volunteered to assist in different community events hosted by AACSA.