Job Description Job Description Summary: This position is responsible for advanced aerodynamic development and support services, leading aerodynamic projects, and providing expertise to optimize performance and efficiency. Essential Functions of the Job: The essential functions of this job require the person, with or without reasonable accommodations, to perform the following: Lead and conduct Computational Fluid Dynamics (CFD) simulations using Star CCM+ software on customer applications. Provide expert input into the design to optimize airflow, efficiency, and acoustics, generating detailed reports for customer communication.
Oversee the design and optimization of axial and radial impellers or fans using Star CCM+, empirical design methods, and other ebm-papst software tools. Maintain and apply advanced knowledge of Creo CAD software. Coordinate closely with the R&D Americas team on aerodynamic development projects.
Guide the design optimization cycle in aerodynamic development projects. Provide technical support and mentorship to Aerodynamics team, Applications Engineers, and the Engineering lab regarding aerodynamic challenges and customer projects. Conduct comprehensive training on aerodynamic principles for Applications Engineers and other relevant departments.
Oversee the building of prototype impellers/fans and coordinate with the lab for testing. Maintain regular contact with CFD experts at ebm-papst Germany and other external contacts. Keep up-to-date technical knowledge of all products sold by ebm-papst Inc.
Visit customers as required and conduct high-level technical discussions with customers, Sales personnel, and other ebm-papst staff. Perform all other duties as assigned. Recommended Education and/or Experience: Bachelor's Degree in Mechanical Engineering is required.
Bachelor's Degree in Aerospace or Aeronautical Engineering is ideal but not mandatory. Minimum of 5 years of experience focused on aerodynamic systems or fans. Proven leadership in industry, specifically supervising aerodynamic projects and advanced CFD simulations.