Oluseye S. Email & Phone Number

Washington, Dc, Us

Washington, Dc, Us

• Team Lead for the Fleet leader Program at the F-35 Joint Program Office.• Oversaw the development of new limits methodology approach for engine parts prone to distress/wear.• Established and maintained internal and external channels of communication and resolve challenges across government and industry cross-organizational boundaries.• Managed a sustainable process that maintains quality and increases throughput and efficiency of F135 technical data processing.• Provided authoritative technical and professional advice to senior level leadership concerning critical problems that affect the work of internal and external stakeholders.• Managed planned and unplanned serviceable and repairable blend limits.• Applied knowledge of the Systems Engineering process to execute program requirements.• Applied broad experience and comprehensive knowledge of engineering principles to develop plans and techniques to improve programs.• Applied knowledge of systems engineering processes to life cycle sustainment.• Planned, designed, conduct and reported engineering operations required in the preparation of system development plans.• Coordinated system of systems engineering and applied lessons learned to maximize programmatic alignment and efficiencies across the technical domain.

Systems Engineer within Amazon Prime Air drone services.

Job Description: Oversee and manage process for planning and executing all future acquisitions related to propulsion.• Developed and reviewed all contract requirement products (RFP, CSOW, CDRL’s, Procurement initiation documents).• Drafted Justification and Approval sole source (J &A) documents for Performance Based Logistics and Continuous Capability Development Delivery.• Created and gave procurement planning conference presentations to senior leadership on various programs/contracts. • Developed propulsion acquisition strategies in support of production, sustainment, technology insertion, partner and FMS configurations and delivery of effective and suitable propulsion systems to the warfighter.• Aligned requirements with funding for large Low Rate Initial Production (LRIP) Production & Sustainment contracts.• Balanced the needs within Propulsion and across other IPTs in terms of cost, schedule & technical requirements.• Cost estimating coordination among various sustainment and development contracts.

Design Engineer on the F414-400 Engine Platform (F/A-18E/F Super Hornet)Job Description: Technical authority for air breathing turbofan engines.• Oversaw the development of cost, schedule, performance and technical requirements for thirteen Component Improvement Programs (CIP).• Created and gave presentations to senior engineering leadership on project statuses and milestones.• Drafted over fifteen statements of work (SOW).• Analyzed and translated fleet operational needs generated by operation requirement documents into technical requirements and tasks.• Ensured that needed systems are delivered on schedule and within costs, meet design, performance and operability requirements and maintain operational system safety, effectiveness, and reliability during fleet use.• Responsible for valid program execution involving management, planning and technical direction for turbofan propulsion systems including development, research, qualification. Translation of technology development plans for fleet operational use.• Managed various engine specific programs to address maintainability, survivability, reliability, and cost of the engine within the NAVY fleet.• Responsible for specific aspects of propulsion engineering leadership, coordination, and expertise with other departments within NAVAIR.• Provided guidance to engineering and other personnel on the team in support of system engineering and acquisition initiatives.

University Of Maryland College Park

• Use of hall sensors in conjunction with magnetostrictive materials to detect bridge scouring.• Augmented the structure/shape of the bio-inspired galfenol whisker to be able to detect fluid flow.• Evaluated the effects on low Reynolds number on objects in water flow.• Performed detailed experiments to find out behavior of galfenol whisker at different water velocities

Morgan State University

Maryland Space Grant Consortium (MDSGC) Summer Exchange Internship Summer 2012• Supported the Systems Engineering team at Morgan State University to use NASA’s system engineering approach and protocol to help enhance the efficiency of new technology development projects (Software Defined Radio technology).• Used CORE software (systems engineering tool) to conduct the project including documenting requirements and developing context diagrams to help with the systems engineering review.• Worked with senior systems engineer at NASA Goddard Space Flight Center to use CORE to further aid the development of the Software Defined Radio technology.

University Of Maryland College Park Space Systems Laboratory

• Collaborated with graduate students on a prototype arm used for an autonomous undersea sampling of various objects of interest. • Troubleshot, integrated and tested the robotic arm.• Completed the integration of the shoulder, arm and elbow joint components.• Succeeded in the replacement and installation of O-rings.

Master'S Degree, Aerospace, Aeronautical And Astronautical Engineering

Bachelor Of Science (B.S.), Aerospace, Aeronautical And Astronautical Engineering