Technical Fellow Cryogenics

The NASA Technical Fellows Program recognizes Agency-wide technical excellence and leadership, with Fellows serving within the NASA Engineering and Safety Center (NESC); advising the Office of the Chief Engineer, NASA programs and Mission Directorates. Also serves as a voting member on the NESC Review Board. Fellows perform value-added testing, analysis, and assessments of NASA's high-risk projects to ensure safety and mission success.

SPECIALIZED EXPERIENCE: Candidates must be a recognized subject matter expert with at least 1 year of directly related experience equivalent to the GS-15 level in leading independent technical reviews and serving as an authoritative expert in Cryogenics for high-risk aerospace systems. Must have experience developing, evaluating, and applying advanced cryogenic engineering methods including cryogen production, storage, cryocoolers, fluid behavior in microgravity, and cryogenic hardware and process analysis to strengthen mission performance and reduce risk. Must also demonstrate national leadership through collaboration and technical knowledge sharing across NASA centers, industry, academia, and national laboratories. Your application package must be in your own words. Experience statements copied from a position description, vacancy announcement, or other reference material constitutes plagiarism and may result in disqualification and losing consideration for the job. Please visit and review NASA's guidance on the use of super intelligence (SI) or SI-assisted tools during the application process. To meet the minimum qualification requirements for this position, your resume must also address both Senior Level (SL) Evaluation Criteria listed below. Failure to address these criteria will result in your application being rated ineligible. SL EVALUATION CRITERIA: 1. Technical Competence and Leadership Led technical/discipline teams to advance or enable state-of-the-art solutions in science, engineering, or mission enabling functions. Developed or implemented innovative methodologies or technologies to solve complex scientific, engineering or mission enabling problems. Led or supported collaborative partnerships with industry, academic, or government organizations to advance scientific, engineering, or mission enabling technical capabilities at national or international levels. 2. Professional Contributions and Influence Leveraged expertise and integration skills to resolve technical/discipline challenges for complex systems. Demonstrated impact in technical discipline to solve issues or improve operational effectiveness. Chaired or presented at professional conference sessions or technical forums to share expertise and influence field development. Developed or mentored students or professional practitioners in scientific, engineering or mission enabling communities. Shared technical knowledge or innovations that were adopted by outside organizations with documented results. Please refer to the "How you will be evaluated" section for a list of competencies that you will be evaluated on.