Oceanographic High-Frequency Radar Technician

Special Instructions to Applicants: This position is located at the NASA John C. Stennis Space Center, which is a “federal city” that boasts the world’s largest concentration of marine scientists. The successful candidate will be required to pass a NASA background security check as well as a USM employment background check. Applicants must be currently authorized to work in the United States on a full-time basis without the need for visa sponsorship. The University will not sponsor applicants for work visas (e.g., H-1B). Job Summary The Oceanographic High-Frequency Radar Technician is responsible for the independent operation, evaluation, advancement, and strategic oversight of High Frequency Radar (HFR) observing systems supporting oceanographic research, real-time data delivery, and coastal monitoring initiatives. This position applies advanced scientific and technical expertise to develop, evaluate, and refine radar data processing methodologies, quality assurance standards, and operational strategies that support the scientific integrity and reliability of HFR systems and associated data products. The position exercises substantial discretion and independent judgment in evaluating system performance, interpreting complex scientific and technical data, identifying operational improvements, and recommending solutions to enhance data quality, system functionality, and research outcomes. The role serves as a technical and scientific resource for HFR operations and contributes to research initiatives, collaborative scientific efforts, technical reporting, and publications supporting the mission of the ocean observing program. Primary Duties and Responsibilities Independently operate, evaluate, maintain, and optimize High Frequency Radar (HFR) systems, including antenna configuration, signal transmission, remote site management, and system performance analysis. Develop, implement, evaluate, and refine radar data processing methodologies, quality assurance protocols, and analytical procedures to improve data reliability, scientific accuracy, and operational effectiveness. Analyze and interpret complex radar datasets to generate scientifically valid surface current products, near real-time mapping products, and technical assessments supporting research and operational objectives. Exercise independent judgment in diagnosing technical issues, evaluating system performance trends, identifying operational deficiencies, and recommending corrective actions and long-term improvements. Serve as a technical subject matter resource regarding HFR systems, data quality standards, operational best practices, and scientific applications associated with coastal ocean observing initiatives. Contribute to research initiatives, collaborative scientific projects, technical reports, presentations, grant-related activities, and peer-reviewed publications associated with oceanographic monitoring and data analysis. Collaborate with researchers, faculty, external partners, and operational stakeholders to support data utilization, scientific objectives, and advancement of ocean observing capabilities. Provide technical guidance and training related to HFR systems, data processing methodologies, and operational procedures. Other duties as assigned.