SticksEra's Maker Lab is where ideas become objects. We train builders in 3D printing, woodworking & CNC, laser cutting, and fiberglass composites — the same tools we use to prototype our own aircraft, rovers and robots.
Digital Fabrication is the process of using computer-controlled tools — 3D printers, laser cutters, and CNC machines — to convert a digital design directly into a real, physical object.
At SticksEra, digital fabrication is the backbone of how we build: from custom RC aircraft parts and drone frames to robotics enclosures and jigs, every design starts as a file and ends as something you can hold in your hand.
We teach the full workflow — CAD modeling, preparing files for a machine, running the fabrication process, and finishing the final part — so trainees leave able to fabricate their own ideas independently.
Rapid Prototyping compresses the design-test-iterate loop from weeks to days. Instead of committing to expensive tooling upfront, makers build functional prototypes quickly — checking fit, form and function before finalizing a design.
It's how SticksEra moves from a rough sketch to a flying aircraft part, a working rover component, or a shippable product — in a fraction of the time traditional manufacturing takes.
See Training ProgramsFour core fabrication disciplines, taught hands-on in our Maker Lab. Tap any program to enquire about batch timings and fees.
Learn CAD basics, slicing software, and the full FDM and resin printing workflow — from file prep to a finished, post-processed part.
Hand and power tool skills paired with CNC routing — build enclosures, airframe jigs, and precision wooden components.
Vector design for laser workflows, material selection, and dialing in cut vs. engrave settings for clean, precise parts.
Mold making, layup techniques, and resin systems for building lightweight, strong components — the same methods used for our own aircraft and drone parts.
No — 3D Printing (FDM & Resin) covers CAD fundamentals from scratch as part of the course. No prior design experience is required for any of the four programs.
3D Printing and Laser Cutting are the most beginner-friendly starting points. Fiberglass & Composite Work is best tackled after you're comfortable with basic fabrication safety and technique.
Yes — many students combine two or more, since the skills overlap directly with building aircraft and drones in our other training tracks.
For rapid, detailed part production.
Precision wood and composite machining.
Clean, repeatable cuts and engraving.
Fiberglass mold-making and resin work.
Join the Maker Lab and turn your ideas into real, physical objects.