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Be ready to walk through a modeling or simulation project: physics assumptions, boundary conditions, validation approach, and how you handled disagreement with data. Expect questions on thermal paths, EO/IR basics (wavelength bands, radiometry intuition), and how you debug a model that “looks wrong.” Prepare concise examples of collaboration with non-modeling teammates.
Strong fit if you want early-career modeling/simulation work in thermal and EO/IR at APL in the Russett / Anne Arundel area, and you can show rigorous analysis plus clear communication. Weak fit if you need remote work or primarily hands-on hardware without modeling depth. Employer sentiment and pay data were not provided.
As a Graduate Thermal and EO/IR Modeling and Simulation Engineer at Johns Hopkins University Applied Physics Laboratory, expect work centered on building and running thermal and electro-optical/infrared models, validating simulation results against requirements or test data, documenting assumptions and uncertainties, and coordinating with systems and sensor teammates. Early-career days often mix analysis, code or model updates, design reviews, and written technical notes rather than pure lab hardware duty.
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No. The listing marks remote as off; work is associated with Russett, Anne Arundel County, Maryland.
Graduate-level thermal and EO/IR modeling and simulation engineering—analysis and models more than generic software or pure lab technician work.
No salary ranges, star ratings, or Glassdoor/Indeed-style reviews were included in the supplied data, so none are stated.
2027 Graduate - Thermal and EO/IR Modeling and Simulation EngineerJohns Hopkins University Applied Physics LaboratoryRussett, Anne Arundel County The Opportunity Are you eager to contribute to groundbreaking advancements in integrated air and missile defense (IAMD) systems? Join our team of dedicated engineers and scientists at Johns Hopkins University Applied Physics Laboratory. As a 2027 Graduate - Thermal and EO/IR Modeling and Simulation Engineer, you will play a crucial role in expanding your technical expertise while addressing the evolving needs of the Department of Defense (DoD) and Intelligence Community (IC). What You'll Do Develop and maintain advanced thermal models for various defense systems. Create and analyze EO/IR imagery to support mission-critical operations. Contribute to the development of simulation tools and methodologies. Collaborate with cross-functional teams to solve complex engineering challenges. What We're Looking For A recent graduate or soon-to-be graduate in a relevant field such as Engineering, Physics, or Applied Mathematics. Strong analytical and problem-solving skills. Familiarity with thermal modeling software and EO/IR systems is preferred. Excellent communication and teamwork abilities. More About Johns Hopkins University AppliedPhysicsLaboratory Johns Hopkins University Applied Physics Laboratory (APL) is a leading research and development organization dedicated to solving complex technical problems for government agencies, including the DoD. Our state-of-the-art facilities and collaborative environment provide an unparalleled opportunity for professional growth and innovation. Next Steps To apply, complete your application directly on this page, or you'll be redirected to the employer's application platform to finish submitting there. Your journey to a rewarding career with APL begins here!
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