Hypersonic Trajectory Optimization Engineer

The Johns Hopkins University Applied Physics Laboratory; Laurel (MD); On-site; USD 100,000 - 245,000; Full time

Job summary

The Johns Hopkins University Applied Physics Laboratory (APL) is seeking a trajectory optimization engineer to develop models, algorithms, and software for mission planning and evaluation of missile systems.

You will work with a team to translate design characteristics into concept evaluation, flight-ready products, and robust testing strategies, applying advanced numerical optimization to hypersonic vehicles and complex dynamic models. A security clearance and U.S. citizenship are required.

Qualifications

• MS in engineering, computational science, applied mathematics, or a related technical field.
• Proficiency with MATLAB or Python.
• Background in nonlinear programming and/or optimal control theory.
• Ability to obtain Interim Secret clearance by start date and ultimately Top Secret clearance; U.S. citizenship required.
• Experience with complex mathematical models.

Responsibilities

• Apply advanced numerical optimization methods and computational approaches to hypersonic vehicles.
• Model the dynamics of hypersonic vehicles in varying environments.
• Develop software for mission planning and flight system evaluation using advanced numerical optimization methods.
• Design methods for evaluating and testing developed software.
• Document and present work to sponsors and third-party collaborators.
• Interact with sponsors and external representatives to formulate concepts of operation for these novel and advanced technologies.

Skills

MATLAB

Python

Nonlinear programming

Optimal control theory

Complex mathematical models

Education

MS in engineering, computational science, applied mathematics, or related field

Tools

C++

Job description

The Johns Hopkins University Applied Physics Laboratory (APL) is seeking a trajectory optimization engineer to develop models, algorithms, and software for mission planning and evaluation of missile systems.

You will work with a team to translate design characteristics into concept evaluation, flight-ready products, and robust testing strategies, applying advanced numerical optimization to hypersonic vehicles and complex dynamic models. A security clearance and U.S. citizenship are required.