Advance Manufacturing Training
Explore our industry-focused additive manufacturing training, designed for engineers, technicians, and innovators. From beginner fundamentals to advanced process optimization, find the course that matches your goals.
Laser Powder Bed Fusion
- LPBF 122
Duration: 3-Day Course
Location and Delivery: UTEP, Hands-on
Learning Objectives:
- Identify and explain the function of each of the six subsystems in every LPBF machine
- Understand the five maker factors of build success: build orientation, supports, gas flow, scan strategy, and re-coater functioning
- Prepare a file to print and experience LPBF
Laser Powder Bed Fusion Authority
Duration: Asynchronous
Location and Delivery: Online
Learning Objectives:
- Understand the Laser Powder Bed Fusion workflow
- Identify proper business use
- Understand proper standards
Binder Jetting Foundation
Duration: 3-Day Course
Location and Delivery: UTEP, Hands-on
Learning Objectives:
- Understand a full workflow of binder jetting technology
- Understand key principles and how to prepare digital models for binder jetting
- Understand file preparation, machine set up, and printing operations
Material Extrusion
- MEX 112
Duration: 3-Day Course
Location and Delivery: UTEP, Hands-on
Learning Objectives:
- Understand fundamentals, process-parameters, capabilities and limitations of material extrusion
- Understand CAD modeling, slicer software, build file preparation and post processing techniques
- Apply the capabilities of design and print to create and test a capstone project
Introduction to Industrial Additive Manufacturing - AM 101
Duration: 3-Day Course
Location and Delivery: Virtual
Learning Objectives:
- Identify the seven process categories of Additive Manufacturing (AM)
- Learn the benefits and limitations of AM
- Have a general understanding of Stratasys F900
- Have a general understanding of EOS M290
Introduction to Additive Manufacturing Workflow
- AM 102
Duration: 3-Day Course
Location and Delivery: UTEP or AMIIC, Hands-on
Learning Objectives:
- Describe the limitations of Material Extrusion
- Design parts using Computer-Aided Design (CAD)
- Prepare parts for printing using slicing software
- Recommend solutions for common build errors
Additive Manufacturing in Practice
Duration: 1-Day Course
Location and Delivery: UTEP, Hands-on
Learning Objectives:
- Classify the basic 3D scanning technologies
- Design advanced features into parts using Computer-Aided Design (CAD)
- Prepare a solid model from point cloud data
- Prepare Finite Element Analysis using Solidworks
Enhanced AM
Duration: 3-Day Course
Location and Delivery: Virtual
Learning Objectives:
- Understand part optimization for both printing and machining
- Hands on experience printing parts using material extrusion, machining and using CNC techniques
Additive
Manufacturing Lab
Duration: 3-Day Course
Location and Delivery: UTEP or AMIIC, Hands-on
Learning Objectives:
- Describe the limitations of Material Extrusion
- Design parts using Computer-Aided Design (CAD)
- Prepare parts for printing using slicing software
- Recommend solutions for common build errors