Lead Engineer, Modeling and Simulation

This Lead Engineer, Modeling and Simulation, will apply experimental and computational methods to develop reliable transport HVAC product designs, and to address structural and vibration problems with existing products. Primary focus areas include structural integrity, structural dynamics, vibration simulation and testing, component (engine, compressor, and blower) durability, and structural design optimization methods. Work closely with various product and technology development teams, and with global engineering support center personnel around the globe. This position is located in Minneapolis, MN.

Responsibilities

Lead and carry out the advancement and growth of the Modeling and Simulation Team, as well as the Shaker Table, Structural Dynamic, Sound and Vibration Laboratory. The scope encompasses technology in both computational and experimental tools and methodologies applicable to Transport HVAC products.

Plan, conduct, and supervise various structural and vibration tests, including but not limited to: shaker table, structural modal analysis, steady state and transient vibration, rotating machinery, tensile test, material fatigue, over-the-road and test track data collection and analysis.

Plan, conduct, and supervise work related to developing structural simulation models. The scope includes prediction of fatigue life, stress, displacement, and vibration, using implicit and explicit finite element (FEA) and multibody (MBD) simulation methods.

Develop standard work and design guidelines related to structural design of components and joints, including but limited to fasteners and material selections.

Work closely with product engineers to design reliable and quiet products.

Work closely with test engineers and technicians. Responsibilities include understanding and prioritizing test requests, designing and proposing the appropriate test, discussing and supervising test implementations, assuring the validity of the data and its interpretation, and documenting the work in formal reports.

Act as a member of the various product and technology development teams to design reliable and durable products.

Support and successfully accomplish annual corporate objectives for individuals and teams.

Effectively utilize personal project management techniques and utilize the available technical skills and resources necessary for success.

Be a strong team player.

Work closely and mentor other engineering resources globally.

Act as a representative to promote the concepts of structural reliability and how they relate to product designs.

Qualifications

Bachelors Degree in Applied Mechanics, or Mechanical Engineering with focus in Structural Integrity, and at least 10 years of relevant work experience required. Master or Ph.D. degree is preferred.

Formal coursework in structural dynamic, structural mechanics, advanced strength of materials, and Digital Signal Processing required.

Knowledge and experience in correlating simulations models and test data are required.

Strong teamwork, interpersonal, communication, and project management skills required.

Experience in structural engineering, both simulation and tests.

Knowledge in the design, testing, and optimization for durability and reliability of machinery.

Experience or knowledge in ANSYS, Hyperworks, Nastran, Siemens Test.Lab, Siemens SimCenter, and NCode would be considered a plus.

Experience in structural data acquisition systems, both hardware and software, as well as mechanical strain measurement, are preferred.

Experience in Transport HVAC products, engines, fans and compressors is preferred.

Must be able to work on multiple high-priority projects simultaneously.

We are an equal opportunity employer; all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, pregnancy, age, marital status, disability, status as a protected veteran, or any legally protected status.