Undergraduate degree in a relevant field required.
Expert knowledge of Ansys products essential.
Basic understanding of battery systems and manufacturing processes needed.
Familiarity with mechanical testing evaluations like shaker testing and strain gauges is a plus.
3-5 years of experience in structural analysis focusing on vibration and non-linearities using Ansys Mechanical.
Responsibilities
Conduct modal and random vibration analyses to assess system durability.
Perform nonlinear structural analyses, including contact and large deformation.
Carry out impact simulations for structural integrity evaluations.
Analyze vibration transmission paths and evaluate isolators for battery packs.
Conduct thermal simulations to assess cooling effectiveness.
Develop 1D system-level models for performance predictions.
Collaborate with engineering teams to create realistic simulation environments.
Interpret simulation results and provide design improvement recommendations.
Benefits
Onsite work environment fostering collaboration.
Opportunity to work with cutting-edge simulation technologies.
Engagement in cross-functional projects enhancing teamwork skills.
Access to professional development and training opportunities.
Full Job Description
Join Our Team as a Simulation Specialist at Epiroc!
Work Type (Onsite/Hybrid/Remote):
Onsite
Responsibilities:
Conduct modal, random vibration, and response spectrum analyses to evaluate system durability and performance towards compliance.
Perform nonlinear structural analyses, including contact, large deformation, and material nonlinearities.
Carry out impact and transient dynamic simulations for structural integrity and safety evaluation.
Perform FRF/VTF to identify and quantify vibration transmission paths. Isolator evaluation will be critical to most battery packs.
Conduct CHT simulations to evaluate thermal performance and cooling effectiveness.
Analyze flow distribution and airflow performance within battery packs using Ansys fluent.
Develop 1D system-level models to support performance prediction and system behavior analysis.
Build, validate, and refine simulation models using test data and engineering judgment.
Collaborate with cross-functional engineering teams to translate real-world operating conditions into simulation environments.
Interpret simulation results and provide design recommendations to improve performance, durability, and reliability.
Support troubleshooting and root cause analysis for field or test issues using simulation methods.
Prepare technical reports and presentations to communicate findings to engineering teams.
Knowledge/Education:
An undergraduate degree or higher in a relevant field.
Expert knowledge of Ansys products.
Basic understanding of battery systems, GD&T, drawings and manufacturing processes.
Basic understanding of mechanical testing evaluation i.e., shaker testing, strain gauges, OMS, TPA and FRF's.
Skills and Abilities:
Strong analytical and critical thinking abilities
Team player and problem solver
Precise technical presentation skills
Ability to help suggest design changes without simulation
Multi-tasker
Experience:
Minimum 3-5 years of experience in structural analysis with a focus on vibration (PSD's), non-linearities and fatigue using Ansys Mechanical products.
0-2 years of experience in CFD with a focus on CHT/ flow distributions using Ansys Fluent.
This job description is not intended to be an exhaustive list of all duties, responsibilities, or qualifications associated with the job. Employees are held accountable for all duties of the job.
