Screenprint on Fabric

Come learn how to create your own powerful designs and print them on fabrics of your choice! Students will be introduced to the steps in the screen-print process for printing on fabric. From motifs on T-shirts to repetitive patterns on yardage, students will experiment with surface design for fiber art, fashion, or home decor. Hand-drawn and computer-based imagery techniques will be explored. This class is appropriate for both screen printers who want to expand into working with fabric, and for fiber enthusiasts who wish to delve into silkscreen at either the beginner or intermediate levels.

Please note: this is an eight session course. Fleisher will be closed on January 17 and February 21 in observance of Martin Luther King Jr. Day and President’s Day.

Special Notes

This is an in-person class which will take place in our building with strict social distancing protocols and reduced student capacity. Please see our COVID-19 community safety policies.

Tuition Assistance is Available

To make our classes and workshops accessible to everyone, Fleisher offers tuition assistance every term so that everyone can join our creative community. We have recently streamlined the application process, making it even quicker and easier. Tuition assistance applications can be completed once registration is open by clicking here. The deadline to apply is Tuesday, November 23rd. Tuition assistance notifications will be sent by Tuesday, December 7th.

Required supplies:

  • The instructor will discuss supplies on the first night of class

  • Bring a Sketchbook and something to sketch out ideas on the first night of class

  • Please begin searching out motifs or patterns which inspire you to add to your sketchbook.

For future classes:

  • Pencils

  • Sharpie markers

  • Speedball textile water based ink in preferred colors

  • USB thumb drive for image files

  • Apron or smock to protect your clothing

  • Cotton T-shirts or other clothing items. All fabric should be natural fiber, and should have minimal surface texture.