Nathan Angerhofer Email & Phone Number

Eden Prairie, MN, US

Chanhassen, Minnesota, United States

Chanhassen, Minnesota, United States

Chanhassen, Minnesota

Brooklyn Park, Minnesota

• Utilized Solidworks to create and update 3D models, prints, and bills of materials.
• Designed fixturing for production equipment and implemented the designs on the manufacturing line.
• Coordinated design activities with multiple team members including business partners in Japan.
• Developed and carried out calibration procedures as well as asset qualifications and print verifications.
• Created multiple experiments for the characterization of a proprietary adhesive and conducted bond strength measurements using an Instron machine.

Greater Minneapolis-St. Paul Area

• Trained in Solid Edge and used the software to create 3D models and prints for production parts.
• Simultaneously collaborated with multiple departments in the company and outside vendors to collect feedback to define a new product.
• Developed test protocol and conducted load testing using an Instron while documenting results in an engineering report.
• Assisted with formal design verification testing.
• Researched critical topics used collected information to write an engineering report.
• Conducted a presentation of completed summer objectives to the company.

Greater Minneapolis-St. Paul Area

• Trained in 3D design software, machining, 3D printing, microprocessor programming, and medical device innovation.
• Worked on multiple teams to develop new medical devices based on customer requirements.
• Created a 3D model in Solidworks as well as a physical prototype.
• Prepared a technical brief for publication in the ASME Journal of Medical Devices.
• Presented a poster at the 2017 Design of Medical Devices conference at the University of Minnesota.

Greater Minneapolis-St. Paul Area

• Provided assistance for students and instructors in Introductory Physics for Science and Engineering 1, a course at the University of Minnesota.
• Helped students find solutions to in-class work during lectures.
• Provided additional support to teaching assistants by answering questions during weekly discussions and holding office hours.
• Assisted in demonstrations of physics principles during lectures.