Join us for an immersive exploration of ancient ceramic surface techniques and atmospheric firing methods through our Terra Sigillata & Saggar Firing Workshop. This hands-on workshop introduces participants to the rich history and contemporary application of terra sigillata — a refined clay slip used to create smooth, satin-like surfaces — alongside the unpredictable and expressive process of saggar firing.
Throughout the workshop, participants will learn how to prepare and apply terra sigillata to ceramic surfaces, experiment with burnishing techniques, and understand how surface preparation influences the final firing results. The second part of the experience focuses on saggar firing, where organic materials, oxides, salts, and combustibles interact with the clay body during firing to produce unique markings, smoke patterns, and natural surface variations.
Combining technical knowledge with experimentation, this workshop encourages participants to embrace process , unpredictability , and material transformation while developing a deeper understanding of alternative firing practices.
By the end of the program, participants will have created a series of uniquely finished ceramic pieces and gained practical knowledge of both terra sigillata application and saggar firing techniques.
key learning objectives
Understand the history and principles of terra sigillata and saggar firing
Learn how to prepare , apply , and polish terra sigillata surfaces
Explore burnishing techniques and surface refinement
Discover the fundamentals of saggar firing and atmospheric effects
Experiment with organic materials , oxides , and combustibles to create unique surface results
Develop an appreciation for process-driven and alternative ceramic practices
what to expect
Live demonstrations of terra sigillata preparation and application
Guided surface treatment and burnishing sessions
Introduction to saggar firing methods and materials
Hands-on experimentation with atmospheric firing techniques
Exploration of smoke effects, markings, and natural surface variations
A supportive and exploratory studio environment
A rich, experimental, and transformative ceramic experience