An agency of the U.S. Department of Commerce, the National Institute of Standards and Technology's primary mission is to promote U.S. economic growth by working with industry to develop and apply technology, measurements, and standards. The NIST Communication Technology Laboratory (CTL) is an unbiased, independent authority providing expertise in communications technology. We assist government and industry by developing trusted measurements and standards and by advancing communications technology through the creation of precision instrumentation, test protocols, models, and simulation tools.
CTL is seeking talented and qualified individuals. We invite you to explore the exciting opportunities linked below. While qualified U.S. citizens are preferred, we encourage all qualified persons to express interest. Each link provides a detailed description of the available position.
What is a Research Associate Position?
Research Associate positions offer a unique chance to contribute to impactful, cutting-edge research in a highly collaborative environment. As an Associate, you will:
These are not Federal employment positions.
How to Apply
If you are interested in one of these opportunities, please email the appropriate contact listed below. Be sure to include the opportunity title in the email subject line or body.
Opportunities to work at CTL are linked below.
| Division | Title | Posted | Contact |
| Quantum Communications Division | Quantum Networks Entanglement Layer Research | April 2026 | abdella.battou [at] nist.gov (abdella[dot]battou[at]nist[dot]gov) |
| Quantum Communications Division | Quantum Network Architecture and Protocols | April 2026 | abdella.battou [at] nist.gov (abdella[dot]battou[at]nist[dot]gov) |
| Quantum Communications Division | Development of a control plane | April 2026 | abdella.battou [at] nist.gov (abdella[dot]battou[at]nist[dot]gov) |
| Public Safety Research Division | Indoor Localization, Tracking and Navigation | February 2026 | Scott.Ledgerwood [at] nist.gov (Scott[dot]Ledgerwood[at]nist[dot]gov) |
| RF Technology | PREP0002932 - 672.01 On-wafer complex permittivity measurements of materials (CHIPS) | 09/15/25 | Nate Orloff |
| RF Technology | PREP0003790 - 672.01 On-wafer complex permittivity measurements of materials (CHIPS) | 09/15/25 | angela.stelson [at] nist.gov (Nate Orloff) |
| RF Technology | PREP0003894 - 672.01 (4.04) - On-Chip Electric-Acoustic Spectroscopy | 09/22/25 | angela.stelson [at] nist.gov (Angela Stelson) |
| RF Technology | PREP0003995 - 672.01 Microwave Microfluidics Researcher | 01/21/26 | angela.stelson [at] nist.gov (Angela Stelson) |
| RF Technology | PREP0004340 - 672.01 - Develop Techniques for Precision RF Power Measurements | 03/17/26 | aaron.hagerstrom [at] nist.gov (Aaron Hagerstrom) |
| RF Technology | PREP0004259 - 672.01 (CHIPS) - Electronic Materials | 03/18/26 | nate.orloff [at] nist.gov (Nate Orloff) |
| RF Technology | PREP0004208 – 672.03 - OTA Communications Measurements with Traceable Signal and Channel at mmWave Frequencies | 04/21/26 | robert.horansky [at] nist.gov (Rob Horansky) |
| RF Technology | PREP0004339 - 672.01 - S-Parameter Metrology Senior Researcher | 04/21/26 | Angela Stelson |
| RF Technology | PREP0004210 – 672.01 (CHIPS) - On-Wafer Standards | 04/27/26 | Nate Orloff |
| RF Technology | PREP0004508 - 672.00 CHIPS- Large Signal Microwave Measurements | 04/27/26 | james.booth [at] nist.gov (Jim Booth) |
| RF Technology | PREP0004515 - 672.01 CHIPS - RF Metrology for Plasma Etching Processes | 04/27/26 | aaron.hagerstrom [at] nist.gov (Aaron Hagerstrom) |
| RF Technology | PREP0004263 – 672.02 – Quantum Optics Postdoc | 04/30/26 | nikunjkumar.prajapati [at] nist.gov (Nik Prajapati) |
| NextG/CTL | Wireless Modeling and Performance Evaluation for 6G/NextG, Integrated Sensing and Communications | May 2026 | nada.golmie [at] nist.gov (Nada Golmie) |