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Manufacturing Tech Program (CTE)

Manufacturing Tech Program (CTE)

Do you like working with your hands AND do you have aptitude for technology?

A job in manufacturing technology might be for you.

 

Some of the career opportunities and estimated annual salaries*:

Certified Welder: $45,000

CNC Machinist: $54,500

Fabricator: $44,000

Lathe Setter: $59,000

Manufacturing Engineer: $74,800

Tool and Die Maker: $60,100

Underwater Welder: $85,400

*based on 2017 estimates from the Bureau of Labor and Statistics

 

 

CTE – Manufacturing Tech
Name Credit Entry Level Length Prerequisite College Credit Fee
Manufacturing Engineering 0.5 9 Semester No No Yes
Manufacturing Tech 1 0.5 10 Semester No No Yes
Manufacturing Tech 2 0.5 10 Semester Man Tech 1 or instructor approval No Yes
Manufacturing Tech 3 1.0 11 Year Man Tech 2 or instructor approval No Yes
Manufacturing Tech 4 1.0 12 Year Man Tech 3 or instructor approval Yes Yes

 

Manufacturing Tech Classes

MANUFACTURING ENGINEERING

Entry Level: 9th grade only

Length: Semester

This is an exciting introductory course offered to freshmen to introduce them to the world of engineering and manufacturing. Students will integrate cad (computer aided drafting) and manufacturing skills by alternating class time from both areas. Students will learn measurement, the design process, detailed plans (including orthographic projections, dimensioning standards, auxiliary and section views). When students have completed detailed plans, they will produce parts and products in the manufacturing lab.

Manufacturing skills include the following: shop safety, hand tool use, vertical milling machine, drill press, cnc operation, sheet metal fabrication, and forging. This class will expose students to basic skills from both disciplines and be invaluable to high tech/high wage careers.

 

MANUFACTURING TECHNOLOGY 1

Entry Level: 10

Length: Semester

Manufacturing Tech 1 is the entry-level and prerequisite class in the Manufacturing course of study. Students will complete projects, welds, and participate in classroom learning that will open the world of manufacturing.

Objectives Techniques
  • Shop safety
  • Print reading and drawing
  • Measurement
  • Vocabulary
  • Layout
  • Sheet metal projects
  • Shielded metal arc welding
  • Oxy-fuel welding
  • Flux core welding
  • Bench work
  • Safety testing
  • Safety tests - performance
  • Hands on shop projects
  • Lecture
  • Reports
  • Tests-maximum 5
  • Quizzes

 

MANUFACTURING TECHNOLOGY 2

Entry Level: 10

Length: Semester

Prerequisite: Manufacturing Technology 1 or instructor approval

Manufacturing Tech 2 builds on previous knowledge and skills. Projects and theory will increase a student’s understanding of manufacturing equipment and processes.

Objectives Techniques
  • Shop safety
  • Vocabulary
  • Gas metal arc welding
  • Flux core arc welding
  • Welding prints and drawings
  • Lathe
  • Milling machine
  • Precision measurement
  • Safety testing
  • Safety tests - performance
  • Hands-on shop projects
  • Lecture
  • Reports
  • Research paper
  • Tests- maximum 5
  • Quizzes

 

MANUFACTURING TECHNOLOGY 3

Entry Level: 11

Length: Year

Prerequisite: Manufacturing Technology 2 or instructor approval

Manufacturing Tech 3 will focus on the integration of computer technology in manufacturing industries. CNC (computer numerical control) processes and principles will be covered.

Objectives Techniques
  • Shop safety
  • 3D solid modeling
  • CAM software
  • Machine code (G&M)
  • CNC milling machine
  • Machining cells
  • Robotic manufacturing processes
  • Workplace skills
  • Safety testing
  • Safety tests - performance
  • Hands-on shop projects
  • Lecture
  • Reports
  • Research paper
  • Tests- maximum 5
  • Quizzes

 

MANUFACTURING TECHNOLOGY 4

Entry Level: 12

Length: Year

Prerequisite: Manufacturing Technology 3 or teacher approval

Manufacturing Tech 4 is designed for students who have completed all prior manufacturing courses.

*Students in this course may be eligible to register for college credit

*This course can be applied to the Honors Diploma.

Objectives Techniques
  • Shop safety
  • Gas tungsten arc welding
  • Fabrication principles
  • CNC processes
  • 3D solid modeling
  • CAD/CAM
  • Safety testing and performance
  • Hands-on shop projects
  • Lecture
  • Reports
  • Research paper
  • Tests- maximum 5
  • Quizzes