• Designed glass melting system equipment to optimize cost and production for internal customers. Over 30 designs reviewed by board of senior engineers for trials and application• Successfully assisted on multiple on-site equipment and full melting tank installations including on-site support for 2 new display glass plants• Wrote melting scopes on over 20 tank installations including presenting scopes to other area leads to eliminate gaps and overlap in scope• Procured materials (platinum, steel, refractory, etc.) for constructing melting systems• Managed spare melting equipment inventory (Fleet): o Ensured full tank backup systems were complete and comprised of up to date designs o Managed PO transfers when equipment was required at plants o Completed a re-organization of tacking system for design • Project managed new system platform for internal clients by creating design schedule and timeline, coordinating with area leads to ensure schedule is met, and ensuring design requirements for the platform were both achievable and met

• Worked on designs for various kinds of glass melting tanks for internal Corning customers • Procured materials (platinum, steel, refractory, etc.) for the installations of glass melters• Coordinated installation schedule for 3 melter systems including on-site melt design project lead on 2 experimental melter installations and on-site services lead on 2 display tank installations.• Worked with masons, iron workers, and pipe fitters to offer on-site support for design during 5 different melter installations

Designing a quick disconnect joint for an arthroscopic hip surgery encoder linkageRedesign of previous set screw designQuick disconnect necessary for quickly interchanging instruments during surgery

Designing and fabricating a modular robotic hand to performs certain tasks in an urban environmentFor a bipedal robot being developed by the Institute for Human and Machine CognitionTasks performed by the hand included: Open door with a knob or handle, pick up a tool box weighing 5 lbs., pick up a hammer, and grasp and pick up a water bottle

Bucknell Program for Undergraduate Research Researched the Dependence of Stress on Geometry and Stiffness of Calcified Plaque in Arterial Models.Presented research at the 2010 Annual BMES Conference; October 8, 2010Research was included in published paper on Academia as Effect of Calcification Properties on Stress in Models of Atherosclerotic Plaque by Dr Christine Buffington, was cited as co-author.