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Mechanical Engineering Internship - Industrial - Lincoln

Logo of Olsson



29d ago

🚀 Off-cycle Internship


⌛ Closed
Applications are closed

Off-cycle Internship



  • Join our industrial team, where innovation is cultivated in an environment of excellence within the industrial sector! Our offices serve as a professional collaborative environment for engineers and designers, providing an atmosphere that values our employees and embraces multiple “Best Places to Work” awards. As industrial facility professionals, we set trends, navigate diverse challenges, and reward ambitious employees. Experience the excitement of contributing to cutting-edge projects such as Ethanol plant improvements, renewable natural gas plant greenfield designs, and ag-industrial process facility designs, among others. With a commitment to a flexible yet disciplined work culture, our close-knit camaraderie continually provides our community of accomplished professionals with the keys to a successful career! 


  • You are passionate about:
  • Working collaboratively with others
  • Having ownership in the work you do
  • Using your talents to positively affect communities
  • You bring to the team:
  • Strong communication skills
  • Ability to contribute and work well on a team
  • Pursuing a bachelor’s degree in mechanical or architectural engineering
  • Proficiency in Microsoft Word, Excel, and Outlook
  • Previous experience in Revit, AutoCAD or Solidworks is helpful, but not required
  • Strong attention to detail
  • Strong problem-solving and decision-making skills

Education requirements

Currently Studying

Area of Responsibilities



  • As a student intern with our Industrial Facilities Engineering and Design team, you will perform meaningful, hands-on, real-world work that will transform your classroom experience and help you envision your future career. You’ll work alongside experienced staff and engineers to create construction documents and specifications. Our mechanical design services can include 3D modeling of mechanical systems, pipe stress and pressure vessel analysis, hydraulic modeling, computational fluid dynamics and finite element analysis.


Work type

Full time

Work mode