Home› Design Courses› 3D Printing from Zero to Hero in Blender – FDM & MSLA Course
3D Printing from Zero to Hero in Blender – FDM & MSLA Course

3D Printing from Zero to Hero in Blender – FDM & MSLA Course Course

Thomas McDonald’s masterclass delivers a project-driven path through every stage of 3D printing, balancing Blender modeling with hands-on printer workflows.

Explore This Course
9.5/10 Highly Recommended

3D Printing from Zero to Hero in Blender – FDM & MSLA Course on Udemy — Thomas McDonald’s masterclass delivers a project-driven path through every stage of 3D printing, balancing Blender modeling with hands-on printer workflows.

Pros

  • Covers both FDM and MSLA printing workflows in one course
  • Hands-on exercises include photo scanning, retopology, and service-based printing
  • Detailed troubleshooting module prevents common failures on your printer

Cons

  • Heavy focus on Blender—users of other CAD tools may need extra adaptation
  • Limited deep dive into multi-material or industrial‐grade printing processes

3D Printing from Zero to Hero in Blender – FDM & MSLA Course Course

Platform: Udemy

What will you learn in 3D Printing from Zero to Hero in Blender – FDM & MSLA Course

​

  • Model and print confidently from scratch using Blender and free 3D-printing tools

  • Locate and leverage top-tier 3D-printing assets and services like Shapeways

  • Export and prepare STL files for flawless printing, controlling every detail in your slicer

​​​​​​​​​​

  • Generate and fine-tune G-Code for both FDM and MSLA printers to achieve optimal results

  • Master photo-scanning techniques to convert real-world objects into printable 3D models

  • Troubleshoot common print failures and design models that print successfully on first attempt

Program Overview

Module 1: Course Introduction & Toolchain Setup

⏳ 30 minutes

  • Topics: Overview of FDM vs. MSLA workflows; installing Blender and slicer software

  • Hands-on: Configure Blender add-ons (3D Print Toolbox, MeasureIt) and connect to your printer

Module 2: Blender Modeling Fundamentals

⏳ 1 hour

  • Topics: Mesh creation tools, modifiers (Boolean, Mirror, Screw), and topology best practices

  • Hands-on: Model basic objects (vase, door grip) using efficient workflows

Module 3: STL Export & Print-Ready Validation

⏳ 45 minutes

  • Topics: Exporting STL from Blender, unit scales, normals, and wall-thickness analysis

  • Hands-on: Use the 3D Print Toolbox to identify and fix mesh errors before slicing

Module 4: Slicing & G-Code Generation

⏳ 1 hour

  • Topics: Slicer settings (layer height, infill, supports), G-Code preview, slicing engines

  • Hands-on: Slice a phone stand model for Prusa FDM, then preview and customize the G-Code

Module 5: FDM Printing Workflow

⏳ 1 hour

  • Topics: Bed leveling, filament selection, temperature tuning, bridging and overhang strategies

  • Hands-on: Run a test print on a Prusa machine; analyze and optimize first-layer adhesion

Module 6: MSLA Resin Printing

⏳ 1 hour

  • Topics: Resin handling, exposure settings, support generation, post-processing (wash & cure)

  • Hands-on: Print a detailed piggy-bank model on an MSLA printer and finish it for display

Module 7: Photo Scanning & 3D Reconstruction

⏳ 1 hour

  • Topics: Capturing photo sets, Meshroom workflow, mesh cleanup in Blender

  • Hands-on: Create a 3D-reconstructed font artifact and prepare it for printing

Module 8: Advanced Import & Retopology

⏳ 1 hour

  • Topics: Importing external models (OBJ/FBX), retopologizing for printability, decimation

  • Hands-on: Retopologize a complex external model and export it as a clean, printable mesh

Module 9: Shapeways & Service-Based Printing

⏳ 30 minutes

  • Topics: Upload workflows, material selection, cost estimation, and ordering prints online

  • Hands-on: Package a model for Shapeways, upload it, and review the quote

Module 10: Troubleshooting & Best Practices

⏳ 45 minutes

  • Topics: Failure analysis (warping, layer shifts), design-for-manufacturing guidelines

  • Hands-on: Diagnose a failed print, adjust design/slicer settings, and reprint successfully

Get certificate

Job Outlook

  • 3D Printing Technician / Operator: $40,000–$60,000 per year—setup, run, and maintain printers in prototyping labs

  • Additive Manufacturing Engineer: $60,000–$85,000 per year—develop design-for-manufacturing standards and workflows

  • Freelance Maker / Etsy Seller: $20–$50 per hour—create custom parts and products for clients

  • Prototyping and rapid-manufacturing skills are in high demand across automotive, aerospace, healthcare, and hobbyist markets.

Explore More Learning Paths

Bring your 3D modeling journey full circle with these Blender and design-focused courses. Whether you’re creating characters, animations, or stunning architectural visuals, these programs help you master Blender from every angle.

Related Courses

Related Reading

  • What Is Product Management? — Discover how creative design and product innovation — including 3D modeling and prototyping — drive the next generation of product development.

FAQs

Can I use this course to prepare models for any 3D printer, not just FDM or MSLA?
The course focuses on FDM and MSLA 3D printing techniques but the Blender modeling skills are universal. Understanding mesh optimization, scaling, and export formats applies to most 3D printers. Some printer-specific settings, like slicing parameters, may differ. You’ll gain a foundation to adapt designs for alternative printers with minor adjustments. Knowledge of file formats (STL, OBJ) ensures compatibility across platforms.
Is prior experience with Blender required to succeed in this course?
No prior Blender experience is required; the course starts from beginner-level interface navigation. Basic computer skills are recommended to handle 3D modeling software comfortably. Step-by-step lessons gradually build from simple shapes to complex models. Exercises focus on essential Blender tools for 3D printing workflows. Even beginners can complete 3D-printable projects by the end of the course.
Will I learn about post-processing techniques after 3D printing?
The course primarily emphasizes modeling, slicing, and printing. Post-processing (like sanding, painting, or resin curing) may be briefly mentioned but not covered in detail. Learners can still apply printing knowledge to produce clean, ready-to-finish models. Understanding material properties helps in planning post-processing steps. For advanced finishing techniques, additional resources or tutorials are recommended.
Can I design functional parts that fit together or move?
The course teaches precise modeling, scaling, and tolerances suitable for functional designs. You’ll learn to measure and adjust parts for assembly or mechanical movement. Complex mechanical components may require additional engineering knowledge. The skills allow creating interlocking pieces, hinges, or snap-fit parts. Testing and iterative printing help ensure proper fit and functionality.
Will the course help me troubleshoot failed prints?
Basic troubleshooting tips for FDM and MSLA printing are provided. Learners gain guidance on common issues like layer adhesion, warping, or print alignment. Understanding slicer settings and material behavior reduces errors during printing. Advanced failures, such as hardware malfunctions, may require external support. Following best practices during design and preparation increases print success.

Similar Courses

Other courses in Design Courses