Vehicle Dynamics Engineer

RFA Engineering•Waterloo, IA

10d•Onsite

About The Position

This position requires aptitude in support of Dynamic Systems Modeling (DSM) and analysis as it pertains to whole machine configurations. Through the creation, refinement, and execution of system models, this position will provide analytical support to product development and design. This is a full-time position with a full benefit package that includes opportunities for professional growth, direct hire by our customers, and additional opportunities within our own organization. This position will operate onsite at our customer's world-class engineering and manufacturing facility.

Requirements

Bachelors of Science in Mechanical, Mechatronics, Systems Engineering, Physics or equivalent degree.
Strong interest in vehicle physics and free body diagrams.

Nice To Haves

Masters of Science with a related concentration in System Dynamics would be ideal.
Experience with hydraulics, controls, powertrain, and electrical systems beneficial.
Experience with MATLAB, Simscape, Simulink, Simscape Fluids, Simscape Multibody is desirable.
Experience in a production environment working with cross functional teams.
Experience with operating agriculture equipment or off-highway mobile equipment.
Experience with Matlab, Simulink and Simscape, or other vehicle dynamics simulation software (i.e. Ansys Motion, GT-Suite - GT-3DMBD Vehicle Dynamics) is preferred
Ideal candidate will have 1-3 years of related work experience, but entry level being considered.

Responsibilities

Provide direct analytical support for one or more product groups.
Develop a growing understanding of product function.
Lead in the development of measurable dynamic performance specifications using simulation and other engineering analysis methods.
Work with design teams to develop virtual simulation models that can be used to verify designs analytically.
Develop dynamic system analysis plans for specific product development programs.
Report results using a standardized reporting system.
Document processes that can be used to continually improve our ability to analytically develop and verify our product designs.
Contribute to Product and Component Technical Specifications, Design Guidelines, and Engineering Analysis Procedures.
Create and maintain vehicle dynamic models using Matlab, Simulink and Simscape programs.
Understand the dynamic interactions of hydraulic systems, linkages, rigid bodies, engines, drivetrains, and control systems.
Support the development of robust control strategies for product innovation and differentiation.
Use Engineering analysis tools to assess complex hydro-electro-mechanical systems.
Contribute to the specification/selection of components and subsystems for optimal machine level performance.
Generate objective machine level dynamic performance objectives that capture ambiguous and/or subjective operator and customer feedback.
Support the vision for how analysis tools can change the way Design and PV&V Engineering work is done.
Resolve stability issues that can arise from the above, but that cannot be analyzed using linear theory due to the nonlinear nature of both the primitive elements and the subsystem and machine level interactions.
Generate mathematical models for previously un-modeled phenomena.
Analyze simulation results to distinguish between characteristics of the design and artifacts of the mathematical models.