Basic Additive Manufacturing
Program Goals & Outcomes
This is the first in a series of stackable credentials for Additive Manufacturing. To achieve basic level proficiency, a student has demonstrated: an understanding of three-dimensional CAD software, the knowledge required to operate a 3D printer, and an ability to identify various additive manufacturing technologies.
All micro-credentials are fully stackable with all other academic programs, allowing students to build customized pathways toward certificates, associate degrees, or even bachelor’s degrees.
Students must complete the required coursework to earn this micro-credential.
For more information, contact:
Steven Fowler – Professor, ENGR Coordinator
Email: [email protected]
Rose State College and other Oklahoma colleges and universities have memorandums of understanding which identify course equivalencies between both institutions. These agreements aid transfer students.
- 3D Modeling
- 3D Modeling Software
- 3D Printing
- 3D Printing Setup
- Additive Manufacturing Design Rules
- Additive Manufacturing Processes
- Advanced Manufacturing
- CAD
- Computer-Aided Design (CAD)
- Design for Additive
- File Formats
- Fused Deposition Modeling
- Fused Filament Fabrication
- Layer Height and Print Speed Optimization
- Manufacturing
- Material Knowledge
- Post-processing Techniques
- Printer Maintenance
- Safety Protocols
- Slicing Software
- Use at least one 3D printer to create an object.
- Explain the steps in the Additive Manufacturing process.
- Identify the seven major Additive Manufacturing categories.
After completing this micro-credential, you will receive a digital badge to showcase your skills. This badge highlights your ability to understand and apply the principles of additive manufacturing.
- For course details and enrollment information, visit Basic Additive Manufacturing.
- For more information about micro-credentials, visit Rose State College Micro-Credentials.