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.
In Person Courses
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
Asynchronous Courses
Laser Powder Bed Fusion - LPBF 122
Delivery: Asynchronous
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
Material Extrusion - MEX 112
Delivery: Asynchronous
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
General Additive Manufacturing Foundation
Delivery: Asynchronous
Objectives:
- Compare traditional manufacturing methods to additive manufacturing, establishing a foundation for understanding key differences.
- Explore the history, principles, and commonly recognized benefits of additive manufacturing
- Gain in-depth knowledge of the seven ISO/ASTM-defined process categories in additive manufacturing and their applications
- Analyze design considerations and the role of support materials across different process categories, including connections to reverse engineering techniques.