Graduate Student at Rutgers University
Greater New York City Area
Graduate Student at Rutgers University
Greater New York City Area
I have always had many interests, but I have a passion for design and the environment. I gained a lot of experience from designing the roll cages for two Mini Baja competitions at The College of New Jersey, and I was able to mesh this design work with an environmental cause: designing and building "green" cars in an intense two-month summit at MIT. During the course of those few months, I realized the limitations of current alternative energy systems available. Through my work at Rutgers University, I hope to improve current technology so that new types of energy can be more readily accessible.
I expect to graduate from Rutgers University in May 2009 with a Masters Degree in Mechanical Engineering.
3D CAD modeling, "green" technology, structural mechanics, piezoelectric materials, machining, computer programming, finite element analysis, welding, composite materials, ATV frame design, fundraising, statics, dynamics
(Educational Institution; Higher Education industry)
September 2008 — Present (11 months)
I currently work in the department of Mechanical and Aerospace Engineering at the Center for Advanced Energy Systems. My current research involves the optimization and design of piezoelectric composite structures for macro-scale energy harvesting applications. I have recently co-authored a paper that is pending submission entitled "Optimization of an all-electrical indentation shear and elastic modulus measurement device: A case study in energy harvesting".
I am a Teaching Assistant for a Dynamics course during the 2008-2009 school year.
(Educational Institution; Higher Education industry)
June 2007 — August 2008 (1 year 3 months)
Hybrid Power Systems Lab, Department of Mechanical Engineering and Mechanics
I co-authored “Piezoelectric Energy Harvesting - A Green and Clean Alternative for Sustained Power Production”, which was published in the Bulletin of Science, Technology & Society in Decemeber 2008.
I was a TA in Spring 2008 for Statics, which entailed teaching three recitation sections of forty students each in addition to exam/quiz/homework grading.
(Educational Institution; Higher Education industry)
June 2006 — August 2006 (3 months)
Fifty students from over thirteen universities across the world convened at MIT to build, from scratch, four commuter vehicles that implemented "green" technology in a span of two months. A one-hour documentary was made by the Discovery Channel that aired on their HD station, and their satellite channel, Turbo, created a website documenting the project.
I co-managed the team who built Pulse, an all-electric vehicle, and designed the complete frame and roll cage as well. I also contributed early on in the project, working with organizing team to raise $500,000 for the project by contacting large corporations and MIT alumni.
Pulse was on display at the MIT Museum in Cambridge, Massachusetts through August 2007.
Media coverage by the Green Car Congress, autoblog green, Christian Science Monitor, and the Boston Globe.
(Non-Profit; 1-10 employees; Primary/Secondary Education industry)
June 2005 — July 2005 (2 months)
MS , Mechanical Engineering , 2008 — 2009
toward an MS , Mechanical Engineering , 2007 — 2008
BS , Mechanical Engineering , 2002 — 2007
art, design, engineering, green technology, environmental issues, management, problem solving, cars, transportation, alternative fuels, hybrid power systems, alternative energy
ASME, SWE, SAE