Brian Teeple Email & Phone Number

Washington, Dc, Us

• Led the newly formed Digital Services Center which functions as a matrixed internal service delivery organization supporting client-facing value chain activities focused on digital transformation services• Refined existing business processes and organization; assesses existing technical talent; and defines key roles and functions for the Digital Services Center• Prepared Organizational Development Plan including organizational budget, service delivery models, technology stack(s) & pipeline(s)• Developed and Maintained Digital Service Catalog with focus on Software Engineering / DEVSECOPS / CI/CD; cloud/Big Data Infrastructure Engineering; Data Science & Machine Learning Engineering; and Cyber Security.• Led Digital Workforce Development• Developed and managed the internal digital service delivery process; in collaboration with Market Leads, BD and Capture Leads, and PMs contribute technical expertise and labor in support of value chain activities (e.g. Competitive Intelligence, Market Engagement, Opportunity Qualification, Capture, Teaming, Solutioning, Proposal Development, and Project Execution)• Served as the corporate Chief Information Officer, managing corporate IT systems, infrastructure, data, and services.• Advised the President on corporate strategy, and the Business VPs on market-segment strategies.

District Of Columbia, United States

• Leads all aspects of enterprise architecture, technology innovation and exploration, and oversight and support for the major DHS Information Technology Programs• Promotes the effective and efficient design of all information systems for DHS, which include the incorporation of new technologies to support strategic planning and approaches.• Conducts expert-level technological research to identify and recommend innovative emerging techniques, technologies, and products that will be successfully implemented across DHS.• Responsible for enterprise-wide governance and utilization of information as an asset including the use of data analytics and artificial intelligence.

District Of Columbia, United States

• Provided technical expertise and broad guidance on policy, programmatic and technical issues relating to integration and synchronization of all classified and unclassified Defense-wide communications and infrastructure programs and efforts to achieve and maintain information dominance for the Department of Defense.• Led and provided broad policy guidance governing the development of mission critical space capabilities for Satellite Communication and Position Navigation and Timing• Managed efforts defining DoD policies and strategies for design, architecture, interoperability standards, capability development and sustainment of critical C2 and communications for nuclear and non-nuclear strategic strike, integrated missile defense, and Defense and National Leadership Command Capabilities.• Managed efforts defining DoD policies for electromagnetic spectrum usage including interagency and international coordination.

• Director of the Advanced Technology Office, supervised activities of over 150 personnel and was directly responsible for executing the NRO Science and Technology Portfolio of approximately $300M a year• Led analysis and evaluation of the research and development portfolio across the NRO Technical Enterprise and was responsible for coordinating science and technology programs, resources and personnel with NRO strategic objectives • Represented the space science and technology interests of both the NRO and Intelligence Community in various interagency and international forums• Performed Technology Readiness Assessments of major NRO programs• Managed industry, national laboratory and academic technology outreach programs including International research and development activities

Program Manager – Special Collections Programs• Program manager of design and development program valued at $26.5 million.• Led technical and programmatic program containing hardware, software and logistics IPTs.• Directed the management efforts using earned value and six-sigma tools• Worked with upper management to coordinate staffing, financial forecasts and engineering change proposals. • Responsible for interfacing with customer, prime and teammates on all technical and programmatic issues. Principal Systems Engineer – Missile Defense National Team• Provided expertise in the area of remote sensors including radars and IR systems (both space-based and airborne) for the System Assessment Integrated Product Team.• Led the software development of the Integrated Timeline Model which has been used for capability assessment, engagement planning and element risk assessments. • Conducted analysis for the Senate Arms Service Committee trade study exploring alternative Missile Defense sensors and platforms including BMDS radars, both space based and airborne electro-optical sensors (SBIRs Low and High Altitude Long Endurance).Integrated Product Team Lead- Scheduling and Planning – National Systems• Led the technical and management efforts for planning and scheduling of the primary payloads for the Future Imaging Architecture Program.• Directed the team doing system engineering, requirements analysis and algorithm design for the scheduling and planning software development for this integrated satellite system. Chief Engineer- P81 – National Systems • Led development of system requirements for implementation, testing and sell-off of operational software, development of scheduling algorithms and development of payload and vehicle models. • Coordinated and interfaced with the customer and prime contractor.• Led activities including pricing for future work in proposals and changes to the contracts.

Cambridge, Massachusetts, United States

Graduate Research Assistant- MIT Gas Turbine Laboratory• Performed system design and optimization for sub-systems used in the High Speed Civil Transport in support of NASA and Pratt and Whitney.• Led the development, validation, and verification of the Noise Suppressor Model that predicts both acoustics and flow properties by incorporating acoustic models with fluid dynamic model to predict overall vehicle performance characteristics. Graduate Research Assistant- Draper Laboratory• Developed methodology used for optimal vehicle design in the presence of uncertainty. These algorithms and processes were implemented in the preliminary mission planning of the Mars Lander factoring in uncertainty of atmospheric conditions.

Phd, Major In Aerospace Systems With Minor In Power And Propulsion

Sm, Aeronautics/Astronautics

Sb, Aeronautics/Astronautics