Propulsion Engineer

TSC•Washington, DC

3d•$90,000 - $147,000

About The Position

FALCATA is seeking a Propulsion Engineer to support its work at the NRL. This multidisciplinary engineering role focuses on developing, analyzing, testing, and evaluating novel fluidic systems for propulsion applications, as well as innovative applications of existing propulsion technologies. The engineer will contribute throughout the engineering lifecycle, from analytical modeling and conceptual design through prototype testing and system validation. The role includes supporting the development of novel chemical release systems using solid energetics, performing modeling and simulation, and designing, fabricating, or procuring ground support equipment. The position also involves documenting requirements, design decisions, test procedures, and results, and preparing and reviewing technical reports and program materials. FALCATA offers a stable work environment, competitive salary, and a comprehensive benefits package. Employment is contingent upon successful completion of a comprehensive background check, security investigation, and drug screening. FALCATA is an Equal Opportunity Employer/Affirmative Action Employer.

Requirements

0–5 years of experience in mechanical or aerospace engineering; experience involving propulsion systems is preferred.
Strong foundation in aerospace engineering fundamentals and fluid systems.
Mechanical design proficiency and understanding of chemically reactive flows and basic chemistry.
Ability to evaluate and test prototype hardware and interpret experimental results.
Adaptability and willingness to explore new technical domains to solve novel problems.

Nice To Haves

Experience with solid propellants or solid energetic materials.
Experience with development, qualification, or testing of flight hardware.
Experience with modeling and simulation tools such as Matlab or Star-CCM+.
Experience with CAD software, ideally Siemens NX.
Experience with additional engineering analysis or design tools.

Responsibilities

Perform analytical modeling to predict and assess propulsion system performance.
Develop conceptual designs for propulsion and fluidic systems.
Create, implement, and refine test and evaluation methodologies for prototype systems.
Define and document system requirements, design trades, testing procedures, and results.
Simulate system architectures and relevant physical phenomena to support design decisions.
Support the development of novel chemical release systems using solid energetics.
Model and simulate system performance, environmental conditions, and coupled phenomena.
Design, fabricate, or procure ground support equipment, including mechanical and electronic components.
Develop experimental designs for verification and validation activities.
Write and review technical reports, documentation, and program materials for accuracy and completeness.