Aerospace Manufacturing is the use of innovative technologies and processes to enhance production efficiency, quality, and flexibility in manufacturing operations. It incorporates techniques such as automation, robotics, additive (3D printing) & subtractive (CNC machining) manufacturing , and data analytics to create complex products and streamline supply chains.
Skills Developed
Manufacturing technical skills include programming for automation, operating advanced machinery, and using software for design and analysis. Additional skills include problem-solving and critical thinking to optimize processes, ensure quality control, and adapting to emerging technologies.
Careers
CNC Machinist Starting Salary $46K
CNC Programmer Starting Salary $58K
Mechanical Engineer Starting Salary $92K
Manufacturing is a combination of art and science. It is about creating products that enhance lives and drive economies.
This course is designed to provide students with the skills and knowledge to be effective in production environments as a machinist, CNC operator, or supervisor. Upon completion of this course, proficient students will demonstrate safety practices concerning machining technology, proper measurement and layout techniques, reading and interpreting drawings and blueprints, production design processes, and quality control procedures. Students will complete projects using various manufacturing techniques and build intermediate skills involving manufacturing techniques. Upon completion of this course, students will be knowledgeable about potential postsecondary education and career opportunities related to machining technology and will be prepared to enroll in more advanced machining courses in high school. Students will create real world projects using CNC Plasma Cutters, Water Jet Cutters, Routers, Injection Molders, Additive Manufacturing (3D Printing) and Vacuum Formers.
Concurrent Enrollment: Community College of Denver: Machine Shop Safety (MAC 1000, 1 credit), Print Reading for Machinists (MAC 1002, 3 credits) - spring semester only
This course covers fundamentals of computer numerical control (CNC), basic programming, machine setup and operation of CNC machines. The course begins with manual programming practices so that the student will understand the programming code and its structure. Geometric Dimensioning & Tolerancing codes; G & M codes, control functions, the letter address system, and math issues related to CNC are included. Standard safety conventions will be introduced for safe programming practice. This course allows for the further development of CNC skills with hands-on instruction related to the CNC milling machines, and CNC turning centers. The lab work includes operation of CNC machines to demonstrate the programming skills.
This course is designed to provide students with the skills and knowledge to be effective in production and engineering environments as a machinist, technician, CNC operator or supervisor. Upon completion of this course, proficient students will demonstrate safety practices concerning machining technology, proper measurement and layout techniques, reading and interpreting drawings and blueprints, production design processes, and quality control procedures. Students will complete projects using various manufacturing techniques and build intermediate skills involving manufacturing techniques. Upon completion of this course, students will be knowledgeable about potential postsecondary education and career opportunities related to machining technology and will be prepared to enroll in more advanced machining courses in high school. Students will create real world projects using CNC Plasma Cutters, Water Jet Cutters, Routers, Injection Molders, Additive Manufacturing (3D Printing) and Vacuum Formers.
Prerequisites: Manufacturing Fundamentals I and CNC Machining I
This course prepares students to enter the manufacturing/production industry, specifically covering CAD/CAM systems, geometric modeling, process planning, tool path generation. Course content includes programming and production of complex parts. Projects focus on solid modeling for design and manufacturing applications as well as the use of commercial CAD/CAM software for automating the production cycle. Special content addresses CNC mill and lathe setups and operations not covered in the basic CNC Machining. NIMS certification preparation and testing are included in course content.
Prerequisites: Manufacturing Fundamentals I and CNC Machining I
Grades: 11-12
Length: 1 Year
Credit: 2 Credits (1 CTE / 1.0 Math B)
Certifications: National Institute of Metalworking Skills (NIMS)
Concurrent Enrollment: Community College of Denver (MAC 2040 - 3 credits, MAC 2005 - 3 credits)
Dual Enrollment: Metro State University of Denver (MET 1010 - 3 credits), $60 additional fee per MSU credit, up to 3 credits.
Related Higher Education in Colorado
Community College of Denver: Manufacturing, Machining, CNC Machining Operator
Front Range Community College: Automation and Engineering Technology, Operations Management
University of Denver: Advanced Aerospace Manufacturing
Metro State University: Advanced Manufacturing Aerospace Concentration
