Operations Research Analyst

The Operations Research Analyst applies experience and comprehensive knowledge and experience in operations research theory, mathematics, statistics, econometrics, modeling, simulation, and data mining techniques to conduct Unmanned Aircraft System (UAS) and Advanced Air Mobility (AAM) research and development (R&D) integration activities for solving complex problems and developing improved technical processes or systems. Supports the integration of research priorities, schedules, resources, and program objectives across related UAS and AAM initiatives. Contributes to the integration of R&D planning and budgeting activities with other FAA organizations and government agencies to promote alignment of research priorities and resources. Applies an understanding of new technologies and analytical methodologies to address complex technical, operational, programmatic, and organizational problems associated with the integration of UAS and AAM into the National Airspace System (NAS). Performs multiple, varying and complex assignments under the minimal direction of a manager, project/program manager, team leader, or more experienced technical specialist. As a principal specialist, develops operations research methods to evaluate and improve programs, policies, processes, and operational concepts associated with UAS and AAM integration. Collaborates with R&D sponsor organizations to identify, refine, prioritize, and translate research requirements into executable research plans. Develops plans, statistical and mathematical approaches, and policies to address programmatic, technical, and administrative problems and issues. Develops mathematical, statistical, and computational models to examine complex aviation systems, compare alternative approaches, determine optimal or practical solutions, and assess the effects of resource allocation, scheduling, capacity, system performance, and operational efficiency. Formulates mathematical, statistical, and computational models to analyze complex systems, identify optimal or near-optimal solutions, and evaluate alternatives involving resource allocation, scheduling, capacity, system performance, and operational efficiency. Develops quantitative models and conducts optimization, statistical, and decision analyses to evaluate competing research alternatives, assess resource requirements and program implications, and inform research priorities, planning, and program decisions. Designs and integrates simulation models for evaluating UAS and AAM operations within the National Airspace System (NAS). Uses simulation and scenario-based analysis to assess current and anticipated operating environments, examine alternative integration concepts, identify system constraints and performance impacts, and evaluate potential solutions under varying operational conditions and assumptions, working with management to solve problems. Conducts sensitivity and trade-off analyses to assess the effects of changes in system parameters, operational requirements, airspace conditions, and other relevant variables. Conducts and coordinates analytical research and studies to identify and evaluate technical and operational issues affecting UAS/AAM integration, including detect and avoid, communications and control, system safety, weather, human factors, and airspace operations. Defines analytical approaches, research methodologies, data requirements, measures of effectiveness, and evaluation criteria needed to conduct research studies. Integrates analytical findings across technical disciplines to develop comprehensive assessments of UAS/AAM integration challenges and potential solutions.