Todd Martin Email & Phone Number

Arlington, Va, Us

Washington Dc-Baltimore Area

Washington D.C. Metro Area

Provide system engineering and program management leadership in dynamic spectrum access (DSA) research and development projects- Develop new concepts, projects, and solutions for DSA methods and systems- Lead engineering teams in designing, building, and testing DSA systems

Washington D.C. Metro Area

Engineering Research and Development for Aerospace and Communications SystemsTechnology and Application Areas: airborne networking, millimeter-wave and free-space optical communications, system control and dynamics, adaptive communications and networking, dynamic spectrum access, information fusion, satellite communications, applied probability and probabilistic reasoningResponsibilities: Provide technical, engineering, and program management support to Government R&D Laboratories- Develop New Program Concepts: Identify key technical insights; define project framework and goals; establish key performance metrics and test approaches - Provide Technical and Programmatic Leadership: Evaluate risks, identify opportunities and key decision points, and take advantage of unexpected developments; identify and remove barrier to success; lead and conduct technical analysis, field testing, and technology transition; develop, support, and present briefings to senior Government and Industry officials - Advance the State-of-the-Art: Synthesize insights from complex sets of information; connect concepts from multiple, disparate technical areas to produce innovative solutions; - Provide Leadership: Establish program operating structure, facilitate communication, and set expectations; balance demands across multiple PMs and programs composed of numerous teams

Washington D.C. Metro Area

Responsibilities: Conduct original research including theory, algorithm, and computer model development in information fusion, probabilistic reasoning, wireless communications, Dynamic Spectrum Access, and satellite communications.Co-authored and received funding for one NSF grant and two AFOSR STTRs based directly on my dissertation research

Washington D.C. Metro Area

Computer Modeling, Studies, and AnalysesResponsibilities: Develop and analyze theoretical models spanning from physical phenomenology to system and mission-oriented performance- Designed and developed novel models and assessment methods for predicting RF spectrum and SATCOM capacity demands for US DoD training and operations. - Developed and conducted Joint Suppression of Enemy Air Defense (JSEAD) simulations and analyses of systems survivability, EW system and techniques effectiveness, and mission operating concept using the EADSIM modeling platform.

Washington D.C. Metro Area

Aerospace Engineering for Space and Aircraft SystemsResponsibilities: Conduct engineering design, operating concept analyses, and model development for NASA and FAA projects- Conducted system engineering assessments in support of the Space Station Freedom Project- Developed analysis demonstrating use of unmanned launch vehicles for Space Station construction and resupply for the Director, Space Station Freedom- Developed algorithms and aeroacoustic models for conducting aircraft noise studies

Doctor Of Philosophy (Ph.D.), Systems Engineering And Operations Research

• Emphasis on decentralized learning, uncertainty management, and decision-making under uncertainty in adaptive systems • Thesis.

Master Of Science (Ms), Systems Engineering

• Emphasis on application of artificial intelligence capabilities in traditional C4I systems • Thesis: “Distributed Information Fusion.

Bachelor Of Science (Bs), Aerospace Engineering

Activities and Societies: Resident Assistant (2 years); AIAA Student Chapter• Emphasis on space system dynamics and control