DRIVE AM Trainings
New! Material Extrusion Foundation Smart Course (Asynchronous)
Self-Paced Training
- Register Here: https://utep.questionpro.com/MEXSmartCourse
This course will:
- Compare slicing software used for material extrusion AM
- List the material extrusion processing parameters that have an impact on fabrication and part outputs
- Identify the major components of a material extrusion AM machine
- Explain the working principle of material extrusion AM
- Implement a process for material selection given an application scenario
- Compare materials used in material extrusion AM
This course is provided through DRIVE AM funding - no fee for DoD participants.
August 13 - 15: Laser Powder Bed Fusion Foundation (3-Day In-Person)
In-Person Training
8:00 AM - 5:00 PM (MT)
- Register Here (20 spots available): https://utep.questionpro.com/LPBFFoundations08-13-24
This course will:
- Identify the differences between PBF, LPBF vs EBPBF and the ability to explain working principle of LPBF
- Demonstrate the capability to design for AM (DfAM) LPBF Metals
- Ability to identify and employ software packages used for pre-processing (STL healing, orientation, part duplication, labeling, support generation)
- Recognize the commonalities and differences on the primary components/systems of LPBF equipment from different vendors
- Understand the commonalities for performing machine setups on different LPBF OEM/vendors
- Ability to perform setup and maintain LPBF equipment using best industry practices
- Show understanding of powder-laser (material-energy source) interaction; physical phenomena and effects on the LPBF process (print-wise, metallurgically, material properties)
- Understand effects of process variables such as laser power, velocity, scanning strategy, shielding gas flow, etc.
- Identify monitoring methods employed in LPBF including advantages and shortcomings
- Ability to select print material for a given application performing cost-performance analysis
- Identify the thermal post-processing techniques for a given material and required conditions as set in applicable standards
- Recognize post-processing needs and methods required for LPBF components
This course is provided through DRIVE AM funding - no fee for DoD participants.
September 17-19: Introduction to Industrial Additive Manufacturing (3-Day Virtual)
Virtual Training
9:00 AM - 4:00 PM (ET)
- Register Here (50 spots available): https://utep.questionpro.com/IntrotoIndustrialAM09-17-24
This course will:
- Identify the seven process categories of Additive Manufacturing (AM)
- Understand the AM workflow (design, fabrication, post processing, etc.)
- Learn the benefits and limitations of AM
- Understand reverse engineering and 3D scanning basics
- Recognize variables in the material extrusion process chain, that impact final part quality
- Identify the major components of a Stratasys Fortus 900 mc and have a general understanding of the working principles of the machine
- Identify the major components of an EOS M290 industrial printer and have a general understanding of the working principle of the machine
- Recognize variables in the laser powder bed fusion process chain, that impact final part quality
This course is provided through DRIVE AM funding - no fee for DoD participants.
October 22-24: Introduction to Industrial Additive Manufacturing (3-Day Virtual)
Virtual Training
9:00 AM - 4:00 PM (ET)
- Register Here (50 spots available): https://utep.questionpro.com/IntrotoIndustrialAM10-22-24
This course will:
- Identify the seven process categories of Additive Manufacturing (AM)
- Understand the AM workflow (design, fabrication, post processing, etc.)
- Learn the benefits and limitations of AM
- Understand reverse engineering and 3D scanning basics
- Recognize variables in the material extrusion process chain, that impact final part quality
- Identify the major components of a Stratasys Fortus 900 mc and have a general understanding of the working principles of the machine
- Identify the major components of an EOS M290 industrial printer and have a general understanding of the working principle of the machine
- Recognize variables in the laser powder bed fusion process chain, that impact final part quality
This course is provided through DRIVE AM funding - no fee for DoD participants.
November 12-14: Introduction to Additive Manufacturing Workflow (3-Day In-Person)
In-Person Training
8:00 AM - 5:00 PM (MT)
- Register Here (20 spots available): https://utep.questionpro.com/IntrotoAMWorkflow11-12-24
This course will:
- Identify the seven process categories of Additive Manufacturing (AM)
- Understand the AM workflow (design, fabrication, etc.)
- Recognize the limitations of AM
- Design parts using Computer Aided Design (CAD)
- Prepare parts for printing using slicing software
- Apply concepts to a final project for evaluation
This course is provided through DRIVE AM funding - no fee for DoD participants.
December 17-19: Introduction to Industrial Additive Manufacturing (3-Day Virtual)
Virtual Training
9:00 AM - 4:00 PM (ET)
- Register Here (50 spots available): https://utep.questionpro.com/IntrotoIndustrialAM12-17-24
This course will:
- Identify the seven process categories of Additive Manufacturing (AM)
- Understand the AM workflow (design, fabrication, post processing, etc.)
- Learn the benefits and limitations of AM
- Understand reverse engineering and 3D scanning basics
- Recognize variables in the material extrusion process chain, that impact final part quality
- Identify the major components of a Stratasys Fortus 900 mc and have a general understanding of the working principles of the machine
- Identify the major components of an EOS M290 industrial printer and have a general understanding of the working principle of the machine
- Recognize variables in the laser powder bed fusion process chain, that impact final part quality
This course is provided through DRIVE AM funding - no fee for DoD participants.
Please note:
- Additional course offerings can be contracted separately
- Travel expenses for in-person courses not supported by DRIVE AM
- For more info, contact Jose Coronel, DRIVE AM Program Manager: jlcoronel@utep.edu
How-To Guides
How To Analyze Microstructure
The video provides a concise overview of microstructure analysis in additive manufacturing, covering key topics such as melt pools, grain structure, and porosity, and highlighting their significance in ensuring the quality and performance of 3D printed parts.
How To Identify and Troubleshoot Stringing
This video explains stringing using a hot glue gun analogy, discusses its causes, and provides practical solutions. Viewers will learn how to adjust nozzle temperature, retraction settings, handle high aspect ratio designs, and manage filament moisture to produce cleaner, higher-quality prints.
How To Identify Directed Energy Deposition System Components
In this video, we explore the essential components of Directed Energy Deposition (DED) systems, using the RPMI 222XR by RPM Innovation as our primary example. Whether you're a beginner or an experienced professional in additive manufacturing, this guide will help you understand the intricate parts that make up a DED system.
Webinars
LPBF: Flaws and Defects
This webinar discusses key aspects of LPBF defects, including macro defects like warping and cracking, and micro defects like lack of fusion, keyholing, and gas porosity, aiming to understand and address these challenges.
LPBF: Scanning Strategies
This webinar provides an overview of LPBF, covering scanning strategies, toolpaths, laser parameters, and the importance of upskin and downskin. The webinar aims to enhance understanding of how scanning strategies impact the microstructure, strength, and quality of 3D printed parts, offering valuable insights for both newcomers and those looking to refine their technical knowledge in additive manufacturing.
DRIVE AM Forums
The DRIVE AM Forum hosted by Discord is a dedicated platform for sharing and disseminating information related to additive manufacturing. This space was created to foster collaboration, knowledge sharing, and community engagement within the realm of 3D printing. Here, you can not only resolve your doubts but also find valuable and updated information about laser powder bed fusion, material extrusion, and the seven process categories. Join us to enjoy all the content.
Join the forum now!
What can you expect?
General forum view
Main forum features
2024
January 9 - 11: Introduction to Industrial AM (Virtual)
January 30 - February 1: Introduction to Industrial AM (Virtual)
February 13: Webinar: LPBF Flaws and Defects (Virtual)
February 27 - 29: Introduction to Additive Manufacturing Workflow (In-Person)
March 5 - 7: Introduction to Industrial AM (Virtual)
March 19 - 21: LPBF Foundation (In-Person)
April 13: Introduction to Metal AM (In-Person)
2023
January 24 - 26: Introduction to Industrial AM (Virtual)
February 21 - 23: Introduction to Additive Manufacturing Workflow (In-Person)
February 28 - March2: Engineering Drawing Interpretation (Virtual)
March 14: Enhanced AM (In-Person)
March 15: Introduction to Binder Jetting (In-Person)
February 21 - 23: Introduction to Additive Manufacturing Workflow (In-Person)
March 21 - 23: Introduction to Additive Manufacturing Workflow (In-Person)
March 28 - 30: Introduction to Industrial Additive Manufacturing (Virtual)
April 4 - 6: Introduction to Industrial Additive Manufacturing (Virtual)
April 18 - 20: Laser Powder Bed Fusion Foundation (In-Person)
May 2 - 4: Engineering Drawing Interpretation (Virtual)
June 6 - 8: Introduction to Industrial Additive Manufacturing (Virtual)
July 18 - 20: Engineering Drawing Interpretation (Virtual)
July 25 - 27: Introduction to Additive Manufacturing Workflow (In-Person)
August 8 - 10: Introduction to Industrial AM (Virtual)
September 26 - 28: Introduction to Industrial Additive Manufacturing (Virtual)
October 17 - 19: Introduction to Industrial Additive Manufacturing (Virtual)
November 14 - 16: Introduction to Additive Manufacturing Workflow (In-Person)
December 12 - 14: Introduction to Industrial Additive Manufacturing (Virtual)
2022
February 8 - 10: Intro to AM Workflow (In-Person)
February 15 - 17: Introduction to Industrial AM (Virtual)
March 1 - 3: AM Foundation I (In-Person)
April 12 - 14: Intro to AM Workflow (In-Person)
May 17 - 19: Engineering Drawing Interpretation (Virtual)
May 24 - 26: Introduction to Industrial AM (Virtual)
June 9 - 10: Intro to AM Workflow (In-Person)
June 13 - 15: Engineering Drawing Interpretation (Virtual)
June 28 - 30: Introduction to Industrial AM (Virtual)
July 26 - 28: Introduction to Industrial AM (Virtual)
August 1 - 3: Engineering Drawing Interpretation (Virtual)
August 5: AM Day (In-Person)
August 9: Transitioning Soldier Event (In-Person)
August 16 - 18: Introduction to Industrial AM (Virtual)
September 20 - 22: Introduction to AM Workflow (In-Person)
October 18 - 20: Introduction to Industrial Additive Manufacturing (Virtual)
November 1 - 3: Material Extrusion Foundation (In-Person)
December 6 - 8: Introduction to Industrial Additive Manufacturing (Virtual)
December 13 - 15: Introduction to Additive Manufacturing Workflow (In-Person)
2021
January 19 - 21: Introduction to Industrial AM (Virtual)
January 26 - 28: Introduction to Industrial AM (Virtual)
February 9 - 11: Introduction to Industrial AM (Virtual)
February 16 - 18: Introduction to Industrial AM (Virtual)
February 23 - 25: Engineering Drawing Interpretation (Virtual)
March 16 - 18: Introduction to Industrial AM (Virtual)
April 6 - 8: Engineering Drawing Interpretation (Virtual)
May 4 - 6: Introduction to Industrial AM (Virtual)
June 15 - 18: Introduction to Industrial AM (Virtual)
July 8: AM Day (In-Person)
July 19: Industry Connect Day (In-Person)
July 20: Transitioning Soldier Event (In-Person)
July 20 - 23: AM in Practice 201 (Virtual)
August 17 - 19: AM in Practice 201 (Virtual)
September 14 - 16: LPBF Foundation (In-Person)
September 28 - 30: Introduction to Industrial AM (Virtual)
October 12 - 13: Additive Manufacturing Workshop (Virtual)
October 26 - 28: Introduction to AM Workflow (In-Person)
November 16 - 18: LPBF Foundation (In-Person)
November 30 - December 2: Introduction to Industrial AM (Virtual)
December 7 - 9: Introduction to AM Workflow (In-Person)
December 16 - 18: Introduction to AM Workflow (In-Person)
2020
September 1 - 3: Introduction to Industrial AM (Virtual)
September 8 - 10: Introduction to Industrial AM (Virtual)
December 8 - 10: Engineering Drawing Interpretation (Virtual)
Introduction to Additive Manufacturing Workflow