Research Scientist II

University of Mississippi

1d • $105,000

About The Position

The University of Mississippi — fondly referred to as Ole Miss — stands as a premier public research institution with a proud legacy of academic distinction. We are devoted to nurturing a vibrant, inclusive community where every member — student, faculty, and staff — can achieve their fullest potential. Job Summary: The University of Mississippi’s National Center for Physical Acoustics (NCPA) invites applications for a Research Scientist II to join the High-Speed Aeroacoustics Research Group (HSAG). HSAG is seeking a candidate to lead implementation of novel diagnostic techniques and capabilities for hypersonic ground test customers for various DoW, DoE and NASA related opportunities. Specifically, there is a need to develop and mature radiometric and spectroscopic imaging measurement and simulation tools using CFD data, line-by-line spectral database output, and radiative transfer calculations with a specific focus on turbulence dynamics in complex flows. The successful candidate will be capable of leading text planning and execution for complex test campaigns focusing on turbulence dynamics in hypersonics, propulsion, and energetics. HSAG has an established track record in the study of dynamic interactions in high-speed flows including fluid-acoustics, fluid-structure, and combustion related problems. Our facilities offer a unique opportunity to leverage multiple measurement techniques simultaneously to explore and refine the understanding of turbulence interactions in complex flows. HSAG is seeking a candidate that will secure new contracts/grants/partnerships that leverage HSAG’s world class research facilities to conduct novel research that will expand the group’s expertise in areas such as jet noise, fluid/structure interactions, unsteady combustion dynamics, and/or supersonic multi-phase flows. HSAG is a small group of researchers working in tight collaboration on experimental research activities. The group includes scientist, research staff, graduate students, and undergraduate interns. The work environment is interactive, fast-paced, and engaging. Current research activities are funded by NASA, Army, Navy, and Air Force. Additional information is available at http://www.olemiss.edu/depts/aeroacoustics/. The NCPA is an externally funded research unit of the University. While not a tenure-track position, the research positions in the NCPA do follow a promotion path that is closely aligned with the University’s academic ranks (Associate Scientist, Scientist I, Scientist II, Senior Scientist I, Senior Scientist II, Principal Scientist). Currently, two years of funding is secure for the new position through HSAG’s current research. For promotion, the candidate will be expected to develop and sustain extramural funding for research efforts commensurate with their expertise. The candidate will also have an opportunity to mentor students in the University’s Graduate Program in Aeroacoustics. The minimum salary for this position is $105,000. Job Description: The candidate shall act in a leadership role in test planning and execution within the High-Speed Aeroacoustics Research Group (HSAG) by fostering a culture of communication and coordinating team efforts to deploy diagnostics, operate test programs, and analyze and produce data products. The candidate shall team with the other researchers to grow and broaden the aeroacoustics research activities at The University of Mississippi. The candidate shall demonstrate excellence in academic research evidenced by attainment of a national reputation for successful research in a specific area and active participation in recognized professional societies of relevance. The candidate shall utilize modern testing techniques to measure and characterize complex flow fields and aeroacoustics related phenomena. The candidate shall interact with external customers and partners to increase research productivity and advance research goals. The candidate shall seek to advance HSAG’s mission through contributions to infrastructure modernization, implementation of novel diagnostic techniques, intellectual property development, and growth of external partnerships and academic collaborations. For promotion, the candidate will be expected to develop and sustain extramural funding for research efforts commensurate with their expertise and mentor graduate students on related research projects. The selected candidate must be eligible for U.S. Security Clearance.

Requirements

• Demonstrated proficiency in the practice of modern fluid-mechanics measurements (e.g. PIV, LDV, LDA, DIC, PLIF, Shack-Hartmann, hot wire arrays, microphone arrays, Kulites, etc.).
• Demonstrated familiarity with correlation-based analytical methods (e.g. wavenumber-frequency decomposition, POD, wave-packet analysis, array processing).
• Demonstrated experience in stereo photogrammetry, wavelength modulated tunable diode laser absorption spectroscopy (WM TDLAS), IR thermography for heat flux estimates, background oriented schlieren (BOS), pressure sensitive paint (PSP), and hyperspectral imaging.
• The selected candidate must be eligible for U.S. Security Clearance.
• Possession of a Ph.D. in Aerospace, Mechanical Engineering, Chemical Engineering, Engineering Science, Applied Physics, or a closely related field and at least five years experimental research experience in an applicable field.
• Cover Letter
• Resume/Vitae
• Summary of Research Expertise (maximum of 3 pages)
• List of at least three professional references

Responsibilities

• act in a leadership role in test planning and execution within the High-Speed Aeroacoustics Research Group (HSAG) by fostering a culture of communication and coordinating team efforts to deploy diagnostics, operate test programs, and analyze and produce data products.
• team with the other researchers to grow and broaden the aeroacoustics research activities at The University of Mississippi.
• demonstrate excellence in academic research evidenced by attainment of a national reputation for successful research in a specific area and active participation in recognized professional societies of relevance.
• utilize modern testing techniques to measure and characterize complex flow fields and aeroacoustics related phenomena.
• interact with external customers and partners to increase research productivity and advance research goals.
• seek to advance HSAG’s mission through contributions to infrastructure modernization, implementation of novel diagnostic techniques, intellectual property development, and growth of external partnerships and academic collaborations.
• develop and sustain extramural funding for research efforts commensurate with their expertise and mentor graduate students on related research projects.

What This Job Offers

• Job Type: Full-time
• Career Level: Mid Level
• Education Level: Ph.D. or professional degree