Associate Research Scientist, Mechanical Engineering
PhD-level Academic / Postdoc roles on Crosslinked list a median of $100k (225 that show pay). This posting does not list pay.
Develop an infrared force microscope using photon-avalanching nanoparticle probes to measure nanoscale forces in biological and technological systems.
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Worth knowing
Why it is interesting. Pioneering force sensing across 500 pN to 10 µN at the single-particle level with novel photon-avalanching nanoprobes
Might not be for you. Requires 4+ years of postdoc experience and focuses on optics/nanoprobes rather than polymer materials
Adjacent materials roleResearch on photon-avalanching nanoparticle probes and nanostructure/interface optoelectronic properties in a Mechanical Engineering dept; faculty-lab research role
H-1B filings
Columbia University filed 46 H-1B labor applications for scientist and engineer roles from Jan to Dec 2025.
Most common titles: Postdoctoral Research Scientist, Associate Research Scientist, Assistant Professor. Median filed pay: $79K a year.
Universities are exempt from the H-1B cap, so roles here skip the lottery.
From U.S. Department of Labor disclosure data. A filing is a record of past hiring, not a promise about this role, so confirm sponsorship with the employer. Titles and filed pay ·Every employer's filings
- Seniority
- Postdoc
- Work
- On-site
- Type
- Full-time
- Degree
- PhD
- Experience
- 4+ yrs
- Industry
- Biotechnology
- Role
- Academic / Postdoc
Role details
Opening for an Associate Research Scientist position with Professor P. James Schuck at the Department of Mechanical Engineering in the Fu Foundation School of Engineering & Applied Science at Columbia University. The Schuck Lab is a multidisciplinary research group whose aim is to characterize, understand and control light-matter interactions, with a focus on sensing, engineering and exploiting novel quantum and optoelectronic properties emerging from nanostructures and interfaces.
The successful candidate will pursue the following research: • developing an infrared force microscopy (IFM) technique that can measure cellular-scale forces buried under surfaces with minimal perturbation, nanoscale resolution, and across the wide variety and broad dynamic range of forces relevant to biological and technological systems • leverage our recent demonstration of the force sensing capabilities of our advanced photon-avalanching nanoparticle probes capable of probing mid-range nN forces over a dynamic range that spans over 4 orders of magnitude (500 pN to 10 µN) at the single-particle level • continue investigation of the fundamental force-sensitive properties of these nanoprobes and on constructing an automated infrared force microscope • benchmark against state-of-the-art measurement techniques, and demonstrating IFM on frontier systems • PhD in Mechanical Engineering, or related discipline • At least four years postdoctoral research experience • Experience writing research proposals highly desired
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