• Participate and guide system design and development at all stages of the development lifecycle, beginning with requirements capture and flow-down, through preliminary design, critical design, product realization, designverification testing, system integration, qualification, certification, and delivery• Develop, manage, and allocate requirements & interfaces and ensure requirements are accurately linked• Implement systems engineering activities by system engineering standards and practices• Support gated reviews• Develop and mature Concept of Operations documents• Coordinate consistent System Safety products for our engines, ensuring that no gaps exist in the analysis performed by the subsystem engineers• Review verification records (test plans, test reports, analysis reports, inspection reports, etc.) to ensure the appropriate rigor• Ensure all aspects of the system are working to the accurate configuration including drawings, interface control documents, and the design description documents• Participate in specialty engineering (operability, reliability, maintainability, supportability) integration, analysis and verification• Act as the negotiator between multiple and sometimes conflicting interests to make sure the system as a whole is optimized• Working with launch vehicle customers and test sites, creating interface definition and design specification documents from engineering documentation• Respond to all facets of customer’s vehicle operability questions during all life-cycle phases of design, development, test, and launch• Effectively communicate development status, risks, and challenges• Track, evaluate, and report on system metrics• Support trade studies

- Maintain qualification status of the flight units during recurring production.- Interface with engineering support functions locally and overseas to support the quality, delivery and cost objectives of products lAW with the MRP- Organize engineering support functions to support the timely disposition of Non-Conformances- Interface with Production Task Manager and Product Assurance Engineer to manage the overall flow of the assigned production line- Provide engineering input to the Engineering Change Process- Coordinate redlines to in-process design data packages- Coordinate and oversee engineering support functions to Provide engineering expertise and input to improve design and/or manufacturing processes to increase product quality, reduce cost and reduce lead times- Represent design engineering in continuous improvement activities- Support hardware acceptance reviews with customer

- Task Manager for the US design team- Designing composite structures for next generation launch vehicles- Automating processes to reduce span time and decrease defects saving millions in labor cost over program life- Improving process documentation to reduce tribal knowledge- Developing tooling for quicker more accurate processing of hardware- Re-designing heritage hardware for faster build time- Supports non-conformance disposition in coordination with Production and Engineering teams- Supports trade studies and engineering changes driven by production learning that reduce risk and increase productivity- Perform final walkdown of hardware and support manufacturing review and acceptance meetings- Proficiency with CATIA V5 CAD system and engineering drawing changes using ISO drawing standards- Creation of a standard repair manual by developing tests and analysis to encompass general non-conformances

- Actively operating as a Certified Responsible Engineer-delegate (CRE-d) for: 1. Delta IV Composite (Centerbody, Interstage, and Thermal shield, Nosecone) 2. Delta IV Metallic (LOX Skirt and LH2 Aft Skirt) 3. Atlas V Composite (CISA 500, Boattail, and Heat Shield)- Developing new designs or modifying/improving existing designs that reduce cost, mitigate risk, and/or improve vehicle performance- Generating engineering drawings for any vehicle structure in ULA production nationwide- Formulating assembly and testing requirements for any vehicle structure in ULA production nationwide- Providing direct support to the suppliers and the factory production areas to streamline operations for efficiency improvement and to ensure production schedules are met - Responding to launch site questions concerning any structural nonconformance- Collaborating successfully with mechanical engineers as well as representatives from manufacturing, quality, drafting, and other engineering disciplines

- Operated as the Lead Quality and Mission Success Engineer of Delta IV Second Stage- Supported quality assurance of Centaur final assembly and Atlas V/Delta IV booster final assembly- Audited the production processes of the Decatur facility according to the standards of the AS9100D verification guidelines- Supervised and facilitated safety certification of ULA employees and calibrated, worksite systems- Engaged and coordinated between work centers to sustain healthy production flow- Reviewed, verified, and approved work orders to ensure high quality production flow- Preemptively resolved potential issues through root cause and corrective action- Initiated, evaluated, dispositioned, and coordinated nonconformance documents to address and resolve manufacturing and engineering issues - Supported Production Operations by responding to production constraints in a timely manner

-Interface between clients and coworkers to design and build solutions-Develop software solutions for leading oil and gas producers-Document changes for long term support-Train clients on product functionality-On-site delivery and support

-Prepare equipment and reagents for Chemistry 1515 (fall 2012- spring 2014)-Prepare equipment and reagents for Chemistry 1215 (fall 2011-fall 2012)Check out and sell items to laboratory studentsPrepare labs for Chemistry 1215 and 1515Clean up after labs are finishedReorganize labs after clean up daily

-Mentor freshman in the College of Engineering-Lead a group of first year engineering students to get involved and make connections-Engage group discussion and activities-Plan weekly meetings and track of students attendance and involvement

-Update and create 3D models and drawings of factory equipment with Solidworks-Design and oversee implementation of a skimmer jet system for a a rinse tank-Specify the weight loading requirement of chemical storage racks-Calibrate a pneumatic lift system using an optical level