Manage CAD modeling of Rotapower engine for a 2-passenger VTOL (Vertical Take Off and Landing) hovercraft designed for low-cost, multipurpose utilitarian and personal applications. Responsibilities: • Build detailed models and assemblies of engine hubs, crankshafts and other engine parts of the Rotapower using 3D modeling on PTC Parametric Creo 3.0 • Improve existing drawings and solid models of engine components based on latest specifications to enhance accuracy in design and fabrication • Assist and collaborate with 5+ team members to set up and operate the hovercraft

Actively contributed towards manufacturing research on machining process analysis and optimization by simulation and experimentation, machinability and characterization of new materials and tools. Responsibilities: • Employed SolidWorks to design spindles, dynamometers and tool holders for successful testing and analysis of orthogonal cutting • Researched and developed prototypes to brace tool holders to the Mori Seiki NV7000 and cylindrical work pieces to the spindle • Worked with undergraduate and graduate students to develop a cutting simulation using orthogonal cutting model • Created weekly reports to ensure faculty is kept up to date on progress of laboratory projects