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Senior Multibody Dynamics Engineer – Driveline Systems
BorgWarner. Lead multibody dynamics analysis for driveline and chain-drive product design and development .
Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in multibody dynamics analysis, system simulation, and engineering software development, with a strong focus on optimizing mechanical system performance and managing complex technical projects. Proficient in leading cross-functional teams and communicating technical findings effectively to drive product improvements.
Highest-signal resume keywords
Multibody Dynamics AnalysisSystem SimulationANSYS MotionAutomotive Mechanical SystemsProject Management
ATS Keywords
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Hard Skills
Multibody Dynamics ModellingSystem SimulationEngineering Software DevelopmentNumerical MethodsAutomation WorkflowsMATLAB/Simulink ProgrammingCAD SoftwareStatistical MethodsTechnical PublicationsPatents
Soft Skills
Analytical Problem-SolvingClear CommunicationCollaboration Skills
Tools & Technologies
Siemens SimcenterFunctionBay RecurDyn
Certifications & Qualifications
Bachelor of Science in Mechanical EngineeringMaster of Science in Related Field
Industry Keywords
AutomotivePropulsionMechanical System DynamicsDriveline AnalysisInternal Combustion EnginesHybrid SystemsTransmissionsTransfer CasesNVHFatigue
About the role
Key responsibilities & impact- Lead multibody dynamics analysis for driveline and chain-drive product design and development
- Build, validate, and apply dynamic system models to predict functional performance and identify design improvements
- Optimize system performance through layout geometry, hydraulic characteristics, stiffness, loading, and other design parameters
- Develop, improve, validate, and support proprietary software, engineering models, and automation routines
- Own and advance analysis methods, procedures, and technical standards
- Define and execute analysis technology roadmap elements, including new simulation techniques and software capabilities
- Plan and coordinate technical work, software development activities, milestones, and priorities across projects
- Provide technical direction, peer review, and problem-solving support to global engineering, product development, application engineering, testing, and production teams
- Lead technical discussions with customers and global engineering teams, communicating assumptions, findings, risks, and recommendations
- Investigate new designs, materials, and analysis approaches to improve performance, cost, quality, or manufacturing efficiency
- Generate and document intellectual property related to products, analysis methods, or proprietary software innovations
- Support manufacturing locations in resolving product issues and improving quality, efficiency, and design cost
Requirements
What you’ll need- Bachelor of Science in a related field such as Mechanical Engineering, Aerospace Engineering, Mechatronics, Applied Mechanics, or Engineering Physics
- 8+ years of related engineering experience, including multibody dynamics, system simulation, driveline analysis, or a comparable technical field
- Strong analytical and problem-solving capability, including translating complex simulation results into practical engineering recommendations
- Proficiency with 2D and 3D multibody dynamics modelling tools such as ANSYS Motion, Siemens Simcenter, FunctionBay RecurDyn, or comparable platforms
- Knowledge of automotive, propulsion, or related mechanical system dynamics
- Ability to plan and manage multiple technical projects, priorities, and timelines
- Clear communication and collaboration skills across functions, cultures, and locations
- Preferred: Master of Science or higher in a related field with emphasis in modelling and simulation
- Preferred: Advanced experience creating engineering software, numerical methods, scripts, or automation workflows for simulation and data processing
- Preferred: Understanding of automotive mechanical systems including internal combustion engines, hybrid systems, transmissions, and transfer cases
- Preferred: Experience with MATLAB/Simulink programming
- Preferred: Experience with CAD software for product design and development
- Preferred: Familiarity with statistical methods for data analysis
- Preferred: Experience with NVH, fatigue, tribology, frequencies, order mapping, model verification, and test correlation
- Preferred: Technical publications and patents in the mechanical propulsion field