● System Safety Program Lead for radar and combat systems responsible for program management and execution● Manage and conduct safety analyses according to MIL-STD-882E to mitigate safety risks and hazards● Oversee project work and Scrum Master for six-person team in a remote working environment to deliver quality on time deliverables ● Created and successfully implemented a tailored Agile Method guide for the six Lockheed Martin system safety teams, which provides ongoing actionable metrics for enhancing deliverable status accuracy and improving basis of estimates for future programs ● Develop training material and assist management on staffing requirements to meet upcoming deliverable dates as System Safety Agile Lead for twenty-five-person system safety group● Two-time sprint award winner for creating an Agile guidance and exceptional work product● Support design efforts to ensure safety measures are crafted into product hardware and software● Communicate across multidisciplinary teams for V-model system/software engineering processes

● Estimated projects for advanced technology, life sciences, and healthcare markets specializing in mechanical, HVAC, and low voltage design● Directed design teams comprised of internal and external partners to deliver target value designs totalling over $25 million● Utilized Lean methods to track scope changes resulting in a 30% reduction in engineering drawing revisions

● Efficiently designed and estimated building automation systems and integrated security solutions● Collaborated with sales, hardware design, and operations to balance sales strategy and design optimization, including writing detailed summary reports and leading cross-function design sessions to streamline client proposals ● Named May 2020 Employee of the Month for being a self-motivated and dedicated customer-centric employee who took the initiative to develop technical product knowledge and take ownership of projects● Led a team that developed an estimating tool which reduced budget creation work hours by 50% ● Negotiated with subcontractors for cost-effective job pricing resulting in over $250,000 procurement savings

● Managed and collaborated with a five-member team to complete the project on budget● Designed a spherical pressure vessel for manufacturing using fiber-reinforced materials to successfully hold 100 psi● Performed hydrostatic testing according to ASTM standards to better manage safety risk● Differentiated design by using a rubber bladder as opposed to industry standard metal liner or 3D printed skeleton● Applied finite element analysis and 3D CAD design software to optimize structural and mechanical design

● Created budgets for projects totalling over $30 million.● Communicated with over 75 subcontractors to maintain relationships and keep projects on schedule.● Analyzed and reviewed specifications and drawings to ensure customer satisfaction.

● Conducted research in the Materials Science and Engineering Department.● Research involving polymer nanocomposites reinforced with graphene and graphite to see cost versus mechanical properties payoff.● Successfully created and modified a new injection molding machine to prepare test specimens of specially processed HDPE and polystyrene.● Created technical reports on testing results which found a positive correlation between the use of graphite and increased mechanical properties.