Applications Engineer Polymers resume example

• Create technical machine and service quotes
• Analyze proposed parts with CAD modeling
• Respond to inquiries directed from company website
• Network with new clients at AM trade shows, briefly explain our process, and learn about their potential applications for our technology
• Ensure accuracy of manufactured parts with FaroArm Scanner and Polyworks software
• Utilize Siemens NX 11 to create deposition simulations to display to our customers

Achievements:

• First to incorporate high-level CAD tasks into the Sales workflow, preventing internal delays of using the Applications Department
• Spearheaded the internal effort to certify several shop workers and engineers in Polyworks 2018 with a 5 day training session from InnovMetric
• Successfully taught myself Pro-E (CREO) to assist in part design and version control within the Mechanical Engineering department

• Mentor high school students aspiring to be engineers.
• Duties included (but not limited to): organizing Arduino/CAD workshops, leading a CAD/3D printing seminar and workshop, leading a group of 17-25 students on tours to Stanford University and UCLA, and troubleshooting robotics, Arduino boards, and RC drones.

     Achievements

• Learned the basics of video game design
• Created positive relationships with current engineering students, of which I have written 3 letters of recommendation

• Post-process up to 500 surgical parts/week produced for an outside company
• Learn to operate and maintain 4 different types of industrial 3D printers (SLS, SLA, Poly-jet Fusion, and FDM) to best assist engineering students in the rapid prototyping process.
• Use material science, and 3D modeling software (Solidworks/Magics) to generate item prototypes for outside companies and graduate students.

     Achievements

• Reduced the post-processing time of ocular surgical parts produced by our SLS machine (EOS Formiga P100) by 30% with no compromise to part quality.
• Updated the costing rubric for the service of 3d printing parts according to the updated inputs (e.g. lowered electricity costs, raised filament costs, lowered post processing time)