• Generated floor backgrounds, duct work, pipe work, and front end plans for the HVAC systems of commercial and residential buildings with AutoCAD and Revit• Calculated requirements for ventilation, heat load, and total energy of specific rooms with Excel, RHVAC, CHVAC, and building codes• Determined specifications of Energy Recovery Ventilators (ERVs), Fan Coil Units (FCUs), supply and return diffusers, and louvres meant for purchase by contractors

• Assisted in research involving efficient drying methods in manufacturing with PHD students under the Center for Advanced Research in Drying (CARD)• Collected temperature data of the drying process using thermocouples and LabVIEW and exported it to Excel to compare energy efficiency to the industry standards• Employed an Instron extensometer to view the tensile strength of the dried products

• Created assemblies and drawings of gravure rolls, roll carts, and the plant layout using Inventor, AutoCAD, and GD&T principles for the purchase of 3 carousel racks• Devised 3 Piping and Instrumentation Diagrams (P&ID) on AutoCAD for 2 durable water repellent pods to map fluid flow through pipes, valves, pumps, heat exchangers, boilers, and pressure gages• Designed a rigid shaft on Inventor that drives a top coat printer’s coating rolls to ensure stability during the coating process• Designed a jig using Inventor for the barrel plug of an extruder to eliminate plastic/polymer blockage• Documented and researched specifications, pricing, lead time, and stock availability of critical parts personally ordered for production plant projects on Excel