A printmaking journey
WITH CREATIVE EXPERT SHEYNE TUFFERY
Techniques
Textures and
Join us for an immersive two-day printmaking workshop, where each day is tailored to help you explore new techniques, challenge your artistic boundaries, and experiment with your personal style.
at our Lower Hutt Campus
Led by professional visual artist Sheyne Tuffery, this weekend will introduce you to Found Object Printing on Saturday, using textures from nature and everyday items to create intricate compositions. Then, on Sunday, you'll explore Monoprinting, diving into tracing techniques and mastering the manipulation of ink to craft original, one-of-a-kind prints.
What You'll Learn
What you will walk away with:
By the end of this workshop, you’ll not only have created at least 10 x A3-sized prints but will also have the confidence to apply these techniques at home using everyday items. You’ll master the skill of turning found objects and simple materials into creative masterpieces and use monotype printing techniques to elevate your work
This workshop is perfect if:
You are curious about printmaking and want to experiment with new materials.
You love the idea of turning everyday objects into artistic tools.
You are ready to take your printmaking skills to the next level, combining experimental techniques with traditional monoprinting.
You want to explore both hands-on crafting and artistic innovation over a two-day creative journey.
Sheyne Tuffery
Sheyne Tuffery is an accomplished visual artist with over 30 years of printmaking experience.
His work has evolved from traditional woodblock prints to a multi-technique approach that celebrates one-of-a-kind creations.
A dedicated teacher, Sheyne has spent over 25 years leading workshops for students of all ages, blending his technical expertise with a passion for pushing creative boundaries.
"Printmaking has always been at the heart of my creative journey, and I believe in its power to unlock new artistic possibilities. My goal is to help you discover that same magic through found objects and experimental techniques."