The Fabricator Track is a hands-on, production-based program designed to develop skilled builders capable of executing real-world theatrical and creative work. The objective of the track is to take students from foundational tool use to full build ownership, equipping them with the technical ability, precision, and confidence required in professional environments. Through structured progression, students learn not only how to build, but how to think through the process of fabrication from concept to completion.
At its core, this program exists to preserve and pass down the tradition of practical craftsmanship in an increasingly digital world. Inspired by the legacy of hands-on innovation seen in studios like Industrial Light & Magic and the Jim Henson Workshop, the Fabricator Track emphasizes real materials, physical problem solving, and tangible creation. Students engage in the same types of processes that defined an era of filmmaking and theatre built on ingenuity, collaboration, and skill.
The program is designed to reconnect students with the value of making—working with their hands, understanding materials, and solving problems in real time. Rather than relying on shortcuts or purely digital solutions, students are challenged to develop discipline, patience, and attention to detail through physical execution. This approach reinforces the idea that strong craftsmanship is not just a skill, but a mindset rooted in consistency and care.
Throughout the track, students develop a wide range of core fabrication skills that span measurement, drawing literacy, tool proficiency, material application, and finishing techniques. They learn how to read and interpret build drawings, translate designs into physical structures, and execute work using industry-relevant tools and methods. From structural builds in Shop, to detailed object creation in Prop, to textile and garment work in Fabric, students gain both breadth and depth in their technical abilities.
By the end of the program, Fabricators are capable of working independently or as part of a team to deliver high-quality, production-ready work. They understand how to plan, execute, and refine builds while maintaining safety, efficiency, and precision. More importantly, they leave with a deep appreciation for the craft itself—prepared not only to contribute to the industry, but to carry forward the tradition of hands-on fabrication into the next generation.
Fabricator Track
Tier I
Apprentice
Introduction to tools, materials, and safety within a structured build environment. Students focus on basic execution, learning proper tool handling, measuring, and following direction. Emphasis is placed on developing strong habits in safety, cleanliness, and organization. They begin to understand how individual tasks contribute to the overall build process.
Tier II
Novice
Tier III
Junior Fabricator
Tier IV
Fabricator
Fabricator Journey
Development of consistency and technical control across repeatable tasks. Students begin working more independently, executing work with improved accuracy in measuring, cutting, and assembly. They develop awareness of workflow and how their output impacts other parts of the build. Basic problem solving is introduced as they start making adjustments without constant oversight.
Ownership of builds or defined sections of a build from start to completion. Students apply technical skills to solve problems in real time while maintaining quality and efficiency. They develop stronger layout, planning, and material handling skills, ensuring accuracy across more complex work. At this level, they also begin supporting and guiding lower-level fabricators.
Leadership within the build environment with full responsibility for execution and outcomes. Students plan build sequences, manage workflow, and ensure precision across all stages of fabrication. They maintain high standards in quality, safety, and efficiency while coordinating with designers and other teams. Fabricators are trusted to deliver complete, production-ready results and lead others toward that same standard.
Shop
The Shop discipline focuses on structural builds, large-scale construction, and the safe, efficient use of tools and materials. Students develop proficiency in woodworking, hardware, and assembly methods while learning how to translate drawings into physical structures. Emphasis is placed on measuring accuracy, layout, and maintaining structural integrity throughout the build process.
As students progress, they gain experience with increasingly complex tools and techniques, including precision cuts, multi-step assemblies, and advanced fastening methods. They learn how to plan build sequences, manage materials, and execute work that is both accurate and durable. At higher levels, students are responsible for ensuring quality, coordinating with design, and leading structural builds, including integration of rigging and installation practices.
Fabricator Disciplines
Prop
Fabric
The Prop discipline focuses on detail-oriented fabrication, small-scale builds, and the creation of visually accurate and functional objects for production. Students work with a wide range of materials, including foam, plastics, wood, and mixed media, developing skills in shaping, sculpting, and assembly. Emphasis is placed on precision, proportion, and the ability to replicate or interpret reference materials into physical form.
As they advance, students refine their ability to scale, detail, and finish props with a high level of control and consistency. They develop advanced painting and finishing techniques to achieve realism, texture, and continuity across multiple pieces. At higher levels, students take ownership of prop packages, ensuring that all pieces meet design intent, function properly, and integrate seamlessly into the overall production.
The Fabric discipline focuses on textile-based fabrication, garment construction, and soft goods used in production. Students develop skills in sewing, pattern use, measuring for fit, and material handling while learning how to construct durable and functional pieces. Emphasis is placed on accuracy in measurement, clean construction, and the ability to translate design concepts into wearable or fabric-based elements.
As students progress, they gain experience in pattern modification, advanced sewing techniques, and fabric treatments such as painting, distressing, and finishing. They learn how to manage fit, movement, and durability while maintaining visual consistency across pieces. At higher levels, students are responsible for constructing complex garments or fabric elements, ensuring quality, and supporting the overall design through precise and intentional execution.