Advanced Simulation Engineer

Stress Engineering Services, Inc. (SES) is 100% employee-owned and provides engineering consulting services, specializing in a variety of industries, including energy, aerospace, renewables, digital solutions, and more, enabling diverse growth opportunities. Established in 1972, SES is well known for its expertise in floating systems, solid mechanics and structural design, instrumentation and testing, heat transfer, fluid mechanics, forensics, failure analysis, and material science. Employees can gain advanced technical skills in these areas while working on high-impact, complex projects. SES provides clear career progression paths, with opportunities for both technical expertise and leadership development. The collaborative, multidisciplinary environment fosters learning and innovation, while networking with industry leaders and gaining recognition in the engineering community further enhances their career prospects.

Responsible for designing and analyzing various systems and components using fundamental techniques, FEA (Finite Element Analysis), fluid mechanics, heat transfer, multi-body dynamics, multiphysics analysis, tolerance stack-up analysis, etc. Provide actionable recommendations, guidance, and provide quality assurance checks by verifying design and analysis work performed by other team members. Apply specialized skills in the use of commercial FEA tools such as Abaqus, ANSYS, etc. for analysis and design in a broad range of medical, pharmaceutical and consumer applications. Develop tools to automate modeling, analysis, and post-processing of finite element models using various scripting languages such as Python, MATLAB, etc. to improve efficiency and accuracy. Use of programming languages such as FORTRAN or C for finite element solver subroutine development. Perform sensitivity analysis and uncertainty quantification and propagation for computational models. Perform constitutive modeling of variety of materials such as plastics/polymers and biological tissues. Use highperformance computing (HPC) and cloud computing platforms for engineering simulations in Windows and Linux environments. Support project managers to meet project goals and deliverables. Write technical reports documenting analyses performed and actionable recommendations to clients. Communicate results to clients through teleconference or in person meetings. Assist in preparing proposals, presentations, and technical reports as well as assisting with internal R&D initiatives as needed. Understand client needs, develop solution roadmap, and provide solutions using analysis and testing skills. Stay informed regarding new technologies to maintain proficiency, publish technical articles and papers, and attend conferences and industry events. Salary $123,843.00. Work five days per week on-site in Mason, OH office.

• Master's degree in mechanical engineering, or a closely related field.
• Five (5) years of experience as a Mechanical Engineer or related position.
• The five (5) years of experience must include use of fundamental engineering mechanics skills; use of commercial FEA tools such as Abaqus, ANSYS etc.; use of non-linear computational modeling involving hyperelastic and viscoelastic materials; completing uncertainty quantification and propagation; execution of multi-body dynamics simulations; use of FORTRAN for subroutine development; execution of multiphysics and multiscale simulations; and application of mechanics of biological materials (tissue mechanics).