Create ideas and plans
Develop sketches, CAD models, engineering drawings, and project plans before building.
CCA FabLab
Design. Fabricate. Test. Document.
The CCA FabLab is a student engineering workspace where sketches, CAD models, and ideas become physical prototypes. You will learn to work like an engineer by following safe procedures, earning certifications, building with purpose, and documenting every major decision.
What You Will Do Here
Build engineering habits through hands-on work
The FabLab supports the full engineering workflow from first idea to final prototype and reflection.
Make physical prototypes
Use certified tools to 3D print, laser cut, machine, assemble, and refine project components.
Evaluate and improve
Measure parts, check fit, collect data, troubleshoot problems, and use evidence to make revisions.
Communicate the process
Maintain notebooks, BOMs, design reviews, code notes, and final presentations that show your work clearly.
How access works
Certification-based tool access
Follow the shared process so the FabLab stays safe, organized, and ready for real engineering work.
Learn the expectations
Review safety rules, tool limits, classroom procedures, and documentation expectations before starting.
Earn certifications
Complete the required certifications before using restricted tools or equipment.
Plan the work
Prepare your files, materials, dimensions, tool settings, and notebook evidence before fabrication begins.
Build with purpose
Fabricate carefully, inspect results, revise as needed, and leave the lab ready for the next class.
Lab zones
What you can do in the FabLab
The FabLab supports multiple types of engineering and manufacturing work.
3D Printing
Create prototypes, brackets, fixtures, models, and test parts.
- STL export and slicer setup
- Build orientation and support decisions
- Print inspection and revision
Laser Cutting & Engraving
Cut flat parts, panels, templates, and project components quickly and accurately.
- Vector file preparation
- Material setup and safe operation
- Fit checks and assembly planning
CNC & Subtractive Manufacturing
Learn toolpaths, setup, workholding, and safe machining habits.
- CAM planning
- Machine setup and zeroing
- Inspection and finishing
Electronics & Soldering
Build and repair circuits, sensors, and electrical systems for engineering projects.
- Component handling
- Safe soldering practices
- Testing and troubleshooting
Hand Tools & Assembly
Cut, fasten, align, clamp, finish, and assemble prototype components.
- Tool selection and safe use
- Prototype assembly methods
- Repair and adjustment work
Inspection & Documentation
Measure parts, record findings, and communicate design decisions professionally.
- Engineering notebooks
- Drawings, BOMs, and design reviews
- Testing evidence and reflections
Tool certification pathway
A clear path to FabLab access
Start with safety, build foundation skills, and then unlock more advanced fabrication pathways.
1
Required First
Begin here before using FabLab equipment.
Engineering Safety2
Foundation Skills
Build the core habits that support design, communication, and safe hand-tool work.
3
Fabrication Tools
After safety and foundational preparation, you can earn access to production tools.
4
Advanced Pathways
These certifications support more complex fabrication, design review, and professional workflow skills.
Get certified
Tool access requires certification
Each certification shows that you understand the safety practices, setup steps, and workflow expectations for that tool or topic.
Engineering Safety
Start here before using any FabLab equipment.
3D Printing
Certification for slicer setup, printer operation, and print evaluation.
Laser Cutting
Certification for safe file prep, machine use, and material handling.
CNC
Certification for CAM, setup, workholding, and safe machining workflows.
Drill Press
Certification for proper setup, bit selection, and drilling safety.
Soldering
Certification for electrical tool use, solder joints, and workspace safety.
Hand & Cutting Tools
Certification for basic fabrication tools, safe handling, and simple operations.
Engineering Drawings
Certification for interpreting and creating student engineering drawings.
Fusion CAD Level 1
Certification for foundational CAD modeling and design workflow skills.
Aerospace engineering habits
Built around precision, iteration, and systems thinking
Aerospace work depends on careful planning, repeatable processes, and evidence-based improvement. The FabLab gives you a place to practice those habits every day.
Precision
Measure carefully, work to tolerances, and inspect parts so the final result performs as intended.
Prototyping
Move efficiently from concept to physical model, using each build as a chance to learn and improve.
Systems Thinking
Understand how parts, materials, tools, software, people, and processes connect in one complete workflow.
Iteration
Use feedback, failures, measurements, and test data to improve the next version of the design.
Your Responsibilities
FabLab expectations
Use this section as a quick checklist before, during, and after any FabLab work session.
Plan the work
- Confirm you are certified for the tool or machine.
- Prepare your design files, drawings, materials, and measurements.
- Know the required PPE, setup steps, and safety limits.
Work safely
- Use only tools you are authorized to use.
- Keep hands, loose items, and materials clear of hazards.
- Stop and ask before changing settings, materials, or workflows.
Document decisions
- Record important decisions, test results, and revisions.
- Take photos of setups, failures, prototypes, and final results.
- Use evidence to explain what changed and why.
Protect the lab
- Report damaged tools, failed prints, and unsafe conditions.
- Clean your work area before leaving.
- Leave the FabLab ready for the next student or class.
Gallery
Inside the CCA FabLab
A look at the learning environment, fabrication workstations, and aerospace-themed engineering space.
