Pittsburgh, Pennsylvania, United States
Modeled in Solidworks via top-down modeling to create adaptable models Created complex drawing packages of major assemblies Implemented design tables within Solidworks to allow for input changing components Designed tooling modelings to increase designing efficiency Developed design calculations using MathCAD Redesigned calculation methods to improve functionality and versatility Co-authored carbon steel weld procedures to ensure ASME compliance Composed engineering reports to customers Interfaced with customers to provide a positive customer experience and the best quality product
Modeled using Solidworks to increase efficiency in 3D modeling and AutoCAD to create products Interfaced with customers to provide a positive customer experience and the best quality product Supervised factory work on the floor to maintain production efficiency and quality Designed tooling modelings to increase manufacturing efficiency Formulated an algorithm to produce exact cut sizes of materials
Constructed rolled PDMS microfluidic artificial lungs and evaluated oxygenation efficiency. Developed new construction methods using Draftsight and a laser cutter to increase size and manufacture speed of the lungs. Designed and manufactured device, using Solidworks, to aid in manufacturing artificial lungs.
Responsible for delivery of 5 project reports Prepared multiple bid presentations Updated numerous project specifications and reports