Machining & Forming Technology
In the Machining and Forming pathway students will use woodworking, 3D printing, computer-aided design software, and laser cutters (Introduction to Design). In the subsequent course, they will gain technical proficiency in the setup, programming, and operation of computer numerically controlled (CNC) manufacturing equipment (Principles of Manufacturing).Through these two courses, students will engage in design in an instructional program that integrates academic and technical preparation and focuses on career awareness, career exploration and skill preparation. The pathway emphasizes real-world occupationally relevant experiences of significant scope and depth in manufacturing.
CTE Career Pathway: Manufacturing and Product Development | ||
Course I |
Course II |
Course III |
Intro to Design |
Principles of Manufacturing |
Manufacturing Internship |
* Receives CSU/UC, A-G credit + College Credit Option
Introduction to Design
- Grade Levels: 9-12
- Repetitions for Credit: No
- Prerequisites: None
- Graduation Credit: NJUHSD Elective Credit
- *CSU/UC “F” Visual and Performing Arts
This introductory woodworking and technology course explores the relationship of a products form and function through the lens of a product designer. In this course, students will explore a number of tools that have the potential of transforming the way we create and bring ideas to life. Students will use woodworking, 3D printing, Computer Aided Design software, and laser cutters. Students will use these fundamental tools to design and build small furniture pieces, 3D printed sculptures, C02 powered drag racing cars, and culminates with a student designed project.
Principles of Manufacturing
- Grade Levels: 10-12
- Repetitions for Credit: Yes
- Prerequisites: Introduction to Design
- *CSU/UC “G” College Prep Elective Credit
In this course students are introduced to both the manufacturing process and the engineering behind product development. Students gain technical proficiency in the setup, programming, and operation of computer numerically controlled (CNC) manufacturing equipment, with an emphasis on the Haas control system. Students then set up and operate the machine to produce the finished part from raw material, using the program code they developed.
College
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Workforce (Opportunities directly out of high school) |
Employment Autometrix |
Regional Employment Autometrix |
