Biomechanics Computational Modeler

DCS Air and Space Technology sector is seeking a Biomechanics Computational Modeler to support the Biodynamics Group within AFRL at Wright-Patterson Air Force Base, OH. The Biodynamics Group is responsible for assessing the human response and injury tolerance of pilots and aircrew to impacts, ejections, and high-G events.

Essential Job Functions:

Use of dynamic modeling programs such as LS-DYNA for the analysis of injury and determining injury thresholds.

Analyzing and modeling movement/kinematic data.

Engage in physical injury biomechanics research.

Interaction with human subjects and instrumented crash test dummies.

Engage in PMHS research.

Capable in Solidworks and CAD software for the design of test fixtures.

Familiarity with TEMA and video analysis software.

Finite Element Modeling using LS-DYNA relating to occupant safety.

Analysis utilizing high fidelity Finite Element human body models (GHBMC, THUMS or equivalent).

Application of biomechanical sensors and data processing requirements.

Required Skills:

Due to the sensitivity of customer requirements, U.S. Citizenship is required.

Minimum Bachelor degree in Engineering or a related technical discipline with at least 5 years of experience.

Must be able to obtain and maintain a secret level DoD clearance.

Strong analytical skills.

Strong written and verbal communication skills.

Desired Skills:

Graduate degree desirable.

Experience with Finite Element Analysis.

Experience with CAD modeling software.

Experience in a collaborative research environment.