Hydrodynamics R&D Engineer: Flight & Vehicle Controls

Penn State University; University Park (TX); Hybrid; USD 106,000 - 231,000; Full time

Benefits offered by this job

Tuition discount

Job summary

Penn State University’s Applied Research Laboratory seeks a Fluids Machinery Engineer to join the Fluids Machinery Department. You will design, analyze, and test marine vehicle hydrodynamics and flight control concepts, supporting experiments in lab, wind/water tunnels, and field tests.

The role requires collaboration with engineers and faculty, and offers hybrid work depending on project needs. A strong background in fluid dynamics and practical experimentation is essential.

Qualifications

• BS in Mechanical or Aerospace Engineering; experience in fluids/aerodynamics.
• Experience with flight dynamics and controls beyond undergrad coursework.
• Demonstrated collaboration in multidisciplinary teams and effective communication.

Responsibilities

• Design, assemble, and operate complex test articles and experiments at ARL facilities and field sites.
• Analyze vehicle control concepts, flight dynamics, and external hydrodynamics/aerodynamics.
• Provide SME in fluid dynamics within multidisciplinary teams on defined questions.
• Perform hands-on preparation and execution of fluid dynamic experiments.
• Present technical results and collaborate with engineers, researchers, and faculty.

Skills

Aerodynamics / fluid mechanics

Flight dynamics & controls

Communication & teamwork

Experimental design

Education

Bachelor's degree in Mechanical or Aerospace Engineering

Master's degree or Ph.D. preferred

Tools

CAD / solid modeling

MATLAB / Simulink

Job description

Penn State University’s Applied Research Laboratory seeks a Fluids Machinery Engineer to join the Fluids Machinery Department. You will design, analyze, and test marine vehicle hydrodynamics and flight control concepts, supporting experiments in lab, wind/water tunnels, and field tests.

The role requires collaboration with engineers and faculty, and offers hybrid work depending on project needs. A strong background in fluid dynamics and practical experimentation is essential.