Design an ethane cracking process that produces 50,000 lb/hr ethylene Efforts Used proficiency in ASPEN and MS Excel to figure out optimum reaction conditions and cost of the process Results Designed a dehydrogenation cracking process and reported total production cost of ethylene CHE 435: Design of Packed Bed Distillation Column Separate a feed stream of 57:43 mass ratio ethanol/isopropanol into two streams Efforts Utilized mass, energy and flood rate equations to calculate necessary experimental and design parameters Results Successfully used ASPEN software to design a packed bed distillation column with 97% purity in each stream ENGR 132: Creation of GUI Project Explore photovoltaic solar panel fabrication Efforts Utilized MATLAB to code and create a Graphical User Interface (GUI) Results Successfully created 6 working simulation suites ENGR 131: Truck Design to Increase Fuel Efficiency Project Produce an innovative truck design to increase fuel efficiency Efforts Created state-of-the-art truck design using boat tails, side skirts and hubcaps for Cummins, Inc. Results Increased fuel efficiency by decreasing 2% carbon dioxide emissions

Highlights:

• Centrifuge
• Data Analysis
• Fabrication
• Graphical User Interface
• Management
• Matlab
• Microsoft
• Microsoft Excel
• Microsoft Office