Does University of Rochester sponsor H-1B visas?

University of Rochester has filed H-1B petitions with the US Department of Labor in past years, but this specific posting does not explicitly mention sponsorship for the Scientist (Theoretical Studies of Laser-Material Interactions) role. Confirm with the employer before applying if visa support is required.

Where is the Scientist (Theoretical Studies of Laser-Material Interactions) role at University of Rochester based?

This role is based in Rochester, NY.

How many years of experience does this Scientist (Theoretical Studies of Laser-Material Interactions) role require?

The posting calls for at least 2 years of relevant experience.

One of 4,558 polymer and materials roles on Crosslinked, each read for materials, degree, visa and salary. See roles like this

H-1B history

Scientist (Theoretical Studies of Laser-Material Interactions)

Q: What is the salary for the Scientist (Theoretical Studies of Laser-Material Interactions) role at University of Rochester?

The listed annual base salary range is $100K–$140K. This figure is taken from the posting itself.

Q: What polymers or materials does this Scientist (Theoretical Studies of Laser-Material Interactions) role work with?

multilayer dielectric coatings, optical materials.

Q: What techniques or methods are required for this Scientist (Theoretical Studies of Laser-Material Interactions) role?

multiphysics computational tools, laser damage testing.

University of Rochester · Rochester, NYtoday

$100k – $140kfrom the posting

PhD-level R&D / Research roles on Crosslinked list a median of $128k (113 that show pay).

Model laser-material interactions and laser-induced damage in optical coatings and nanostructures.

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Coatings/films · R&D / Research roles, by email

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Worth knowing

Why it is interesting. Computational role at a major laser fusion lab, developing design criteria for next-gen optical coatings.

Might not be for you. Primarily computational; hands-on lab work is limited. Requires PhD plus publications and three recommendation letters.

Mostly desk workDeep specialist PhD-friendlyPostdoc bridge Publishes regularlyWorks with universities

Heads-up: References asked upfront

Adjacent materials rolelaser induced damage in complex optical materials (gratings, multilayer dielectric coatings, meta optics); optical coatings development and fabrication

Seniority: Entry level
Work: On-site
Type: Full-time
Degree: PhD
Experience: 2+ yrs
Industry: Defense
Role: R&D / Research

Materials

multilayer dielectric coatingsoptical materials9 roles

Techniques

multiphysics computational toolslaser damage testingmaterial characterization52 roles

Benefits

equity/stock

Role details

Job Overview

Develop modeling capabilities to investigate the interaction of laser pulses with nanostructures and nanofeatures.
Investigate the origin of laser induced damage in complex optical materials (gratings, multilayer dielectric coatings, meta optics, mixed materials) .
Help develop designing criteria for next generation optical coatings with extended lifetime performance.
Active communication/collaboration with other internal and external groups with targeted scope of work that is relevant to LLE’s current and future needs.

Responsibilities and Duties

Work closely with scientist and engineers with expertise in optical design, coating fabrication, material characterization and laser damage testing.
Interface with LLE staff while collaborating on projects and supporting facility operations.
Communicate research results through internal reports, publish in refereed journals, and present at internal laboratory meetings and conference settings.
Participate or lead research proposal grant seeking and writing
Survey, study, and peer review relevant scientific literature
Responsible for developing and maintaining computational capabilities in support of optical materials development and fabrication of coating and laser components
Lead new projects and research within area of expertise as needs arise.

Skills, Knowledge, and Abilities

PhD – Physics, Applied Physics, Materials Science, or other relevant fields
At least 2 years from graduation of experience in research and development
Strong publications record or equivalent experience
Experience using multiphysics computational tools .
Strong background in electromagnetic theory and applications.
Research experience in the interaction of high intensity electromagnetic waves with material (propagation, energy coupling, nonlinear processes etc.)

The applicant should submit:

a cover letter
a curriculum vitae and a list of publications
at least three letters of recommendation

SALARY RANGE: $100,000 to $140,000

The referenced pay range represents the minimum and maximum compensation for this job. Individual annual salaries/hourly rates are set within the job's compensation range, and determined by considering factors including, but not limited to, market data, education, experience, qualifications, expertise of the individual, and internal equity considerations.

EOE, including disability/protected veterans

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