Modeling & Simulation Engineer - Senior Level

Oshkosh Corporation•New Hudson, MI

1d•$91,500 - $148,100•Onsite

About The Position

The Modeling and Simulation Engineer III will support product development through the integration of simulation tools. This role will define and validate system-level requirements of mechanical systems, develop and execute simulation plans, correlate virtual models with physical test data, and assess system performance against program objectives.

Requirements

Bachelor’s or Master’s degree in Mechanical Engineering or related field.
5+ years of experience with simulation tools and co-simulation.
Hands-on experience with one or more MBD tools such as Adams, MotionSolve, Simscape Multibody, Simpack, or equivalent.
Working knowledge of 1-D simulation tools (Simscape, Dymola, AmeSim)
Proficiency in Python, C++, CLI or similar tools
Understanding of control systems.
Experience with Matlab and Simulink
Knowledge of Desing of Experiments (DOE) methods, and data interpretation.
Ability to process and analyze test data using signal-processing techniques.
Knowledge of data acquisition (DAQ) systems and mechanical system instrumentation.
Capability to work independently with limited supervision
Demonstrated ability to identify and recommend improvements to engineering processes and workflows
Strong analytical thinking and problem-solving skills
Ability to work effectively in a collaborative, team-oriented environment
Strong time management and organizational skills
Effective communication across multiple platforms (Microsoft Teams, email, phone, messaging)
Reliable transportation and consistent attendance
Demonstrated strong work ethic and accountability for deliverables
Commitment to quality and continuous improvement

Responsibilities

Lead development and performance analysis of programs using virtual analysis workflows and co-simulation tools to meet technical requirements and program timing.
Drive innovation in virtual simulation tools and methods.
Architect, develop and execute virtual models capable of integrating hardware and software for a wide variety of mechanical systems.
Develop and integrate multi-physics simulation tools (multi-body dynamics, 1-D hydraulics, controls, etc) to calibrate and validate software and hardware.
Create and deploy functional mock-up units, FMUs, and other reduced-order or interface models for use by cross-functional teams.
Develop durability requirements, load cases, acceptance criteria, and verification plans for components and systems.
Build, run, and correlate rigid and flexible multibody dynamics models to predict loads, damage, motions, and other performance metrics.
Work cross-functionally with design, test, materials, and systems teams to improve durability performance and close gaps between requirements, analysis, and validation.
Document assumptions, methods, correlation results, and engineering recommendations.
Generate clear, concise technical reports and effectively communicate findings to internal teams and customers
Operate effectively in a dynamic, fast-paced environment while driving progress across multidisciplinary teams