Elias B. Email and Phone Number

• Designed tooling fixtures for electromechanical sub assemblies and testing using NX10• Created technical engineering instructions for integrating various flight hardware on satellites • Built/integrated custom electronics onto mechanical structures• Wrote test plans to ensure assemblies met certain aerospace requirements• Disposition various issues related to assembly processes of satellite components

• Created/Modified Engineering Change Orders to ensure medical devices were UDI compliant • Update engineering drawings using Solidworks per manufacture’s specifications• Disposition Non-Conforming Materials in QMS – this included failure analysis/troubleshooting of defect/out-of-tolerance parts• Spearheaded standardization requirements for various parts – This process allows for products with different configuration to be grouped in QMS for searchability and better organization • Wrote/modified production line work instructions to ensure products are made to spec, and improved production line operations

• Developed an energy model of the building with and without the new systems using eQuest software• Calculated heating and cooling loads using excel software• Created a system layout in AutoCAD which included piping, ducts, pumps, rooms, and equipment. • Conducted a 30 year Life Cycle Cost Analysis for the current building with and without the new systems• Constructed a decision matrix based on the calculated energy and cost results • Prepared a schematic design package of the chosen system• Results of the project helped choose the most cost-effective and energy efficient system for the building• Presented project results to key stake holders

• Lead Engineer to create a tool, from concept to production to install drip irrigation – this tool decreased installation time by 50%• Designed and manufactured a mechanism that lays down and stakes drip tape • Machined final parts using lathes and mills - for repeated and complicated parts, used AMADA laser cutter• Improved designs with engineering team, by implementing testing procedures and new specifications• Tested device efficiency and compared to existing drip tape installation methods• Calculated materials cost to determine the cost per unit of the product• Summarized the final designs and pitched them to investors/clients