Current Positions
Select “View details” to learn more about a specific opportunity and apply.
| Project | Position | Research Summary | Sponsor | Start Date | Details |
|---|---|---|---|---|---|
| PREP0003110 | Postdoctoral researcher | Model Reduction for Entanglement Routing |
Ya-Shian Li-Baboud | 1 April, 2025 | View details for PREP0003110 |
| PREP0003107 | Postdoctoral researcher | Molecular fountain blackbody radiation metrology |
Eric Norrgard | 18 March, 2025 | View details for PREP0003107 |
| PREP0003030 | Postdoctoral researcher | GIS Research Associate: Community Resilience |
Jennifer Helgeson | 28 February, 2025 | View details for PREP0003030 |
| PREP0002596 | Postdoctoral researcher | Nanocalorimetry for Semiconductors and Semiconductor Process Metrology |
Mark McLean | 2 September, 2024 | View details for PREP0002596 |
| PREP0002587 | Postdoctoral researcher | Development of Cell Count and Cell Viability Reference Materials for Cell Therapy Applications |
Sumona Sarkar | 2 September, 2024 | View details for PREP0002587 |
| PREP0002562 | Postdoctoral researcher | (CHIPS) On-Wafer Standards
Development of traceable, on-wafer standards for 5G, 6G, and beyond. The position requires finite element simulations, programming, network analysis, dimensional metrology, web-based programming, and other skills. The position will use on-wafer methods to develop standards for mmWave industry to validate the authenticity of integrated circuits. |
Nate Orloff | 12 August, 2024 | View details for PREP0002562 |
| PREP0002567 | Postdoctoral researcher | Postdoctoral Research Associate in Fire Metrology |
Rodney Bryant | 8 July, 2024 | View details for PREP0002567 |
| PREP0002349 | Postdoctoral researcher | Work will include handling, preparation and preconcentration of gas-phase samples, performing ultrasensitive CRDS, and interpreting data to infer the origins and/or composition of the carbon source material. Success will require the design and assembly of a CO 2 preconcentration system, and the control and automation of laser-based instrumentation. Further work will include the use of metrology tools like optical frequency combs and NIST pressure and temperature standards to establish traceability. |
Adam Fleisher | 2 May, 2024 | View details for PREP0002349 |
| PREP0002076 | Postdoctoral researcher | The researcher will first investigate optimization-based and machine learning-based methods for CD inference of nanofeature arrays. First, the researcher will investigate an optimization-based method for CD inference to improve the method, to assess its ability to converge to the global minimum, and to quantify the uncertainty of the method. Second, the researcher will use neural networks and machine learning-based algorithms to design an AI-based method to estimate CDs of nanofeatures in arrays based on reflectance spectra of the nanofeature arrays. |
Gregory W. Vogl | 18 April, 2024 | View details for PREP0002076 |
| PREP0001644 | Postdoctoral researcher | Development of an autonomous platform for growing and testing novel metal organic framework (MOF) materials for applications in carbon capture |
Francesca Tavazza | 13 August, 2023 | View details for PREP0001644 |