Digital Fabrication Team

Student Led.

The Digital Fabrication Makerspace is run by students for students. Training others and troubleshooting problems are the best ways to learn the intricacies of the resident machines.

Before students are cleared to operate a machine without assistance they must demonstrate proficiency in CAM programming and safe operation of the instrument. The skill level of each student is tracked through a “karate belt” system (Figure 1), where advanced users have access to more sophisticated 3D printers and subtractive techniques.


Close up of male dupont connector crimped onto a wire.
Figure 1. Digital Fabrication skill levels. Computer Aided Design (CAD) and metrology are fundamental to producing the 3D models required to run any of the instruments in the space. After mastery of these topics, students can proceed down the additive manufacturing track, subtractive manufacturing track, or both.

Anyone can be a Maker.

Do not let the multi-level training intimidate you. 3D printing is an intuitive technology because mistakes are easy to spot and learn from. Everyone has the potential to create with this equipment. So whether you are an engineer or an art student consider joining the team!

Undergrad Techs

Our undergraduate technicians are the best! From maintaining existing equipment to even building new 3D printers, the Digital Fabrication Techs are a clear example of how Vanderbilt attracts the smartest and brightest students from at home and abroad.



Mateusz Odziomek

Mateusz Odziomek

4th Year BME

Anushka Iyer

Anushka Iyer

3rd Year BME

Samuel Leville

Samuel Leville

3rd Year CHBE

Amy Pang

Amy Pang

3rd Year CHBE