Engineering Intern (Summer 2027)

FLUID SYSTEM COMPONENTS INC•De Pere, WI

About The Position

The Engineering Intern performs a variety of design/drafting activities group including preparing/updating installation drawings for projects, preparing assembly/manufacturing drawings, establishing guidelines and procedures for CAD data management, and managing workload distribution within the department. Other duties to be performed as assigned. Contributes to a positive working culture, builds strong relationships, and lives out the values of integrity, collaboration, and accountability.

Requirements

Student currently pursuing an Associate’s Degree or Bachelor’s Degree in Engineering or related field.
Ability to work 40 hours a week during the summer.
Legal authorization to work in the United States - Sponsorship for this role will not be provided.
Proficient in use of 3D modeling software
Excellent communications skills: interpersonal, listening, oral, and written.
Time management skills.
Organization and presentation skills
Problem solving/analysis and project management.
Ability to maintain the highest levels of confidentiality regarding business and staff information.
Advanced ability to communicate both verbally and in writing to a full range of audiences – executives, staff, vendors, and customers.
Proficient in use of Microsoft Office applications: Word, Excel, PowerPoint, Outlook
Focus on creating an effective collaborative style.

Responsibilities

Assist in CAD database set-up and migration to Solidworks, PDM, etc.
Prepare dimensional drawings, installation drawings and more complex drawings.
Review drawings, plans, specifications, and other customer documentation when design service is requested by the Application Engineer or Product Manager.
Review and modify information with supervision by the Product Managers and or Engineering team.
Make data available to Application Engineers and Product Managers.
Understand filing guidelines for drawings to maintain up to date revised drawings.
Attend regular development meetings.
Address limitations of technologies and materials involved in the CAD process.
Utilize large databases of material property information to best select materials for modeling.
Incorporate feedback into 3D model designs.
Keep up to date on all modern advancement in material and software technologies.