Manufacturing Career Pathway
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The Manufacturing Career Pathway is part of the Manufacturing Cluster, which is focused on planning, managing and performing the processing of materials into intermediate or final products and related professional and technical support activities such as production planning and control, maintenance and manufacturing, and process engineering.
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Potential Careers
- Assembler
- Automated Manufacturing Tech
- Calibration Technician
- Electromechanical Equipment Assembler
- Extruding and Drawing Machine Fabricator
- Finishing Tech
- Foundry Worker
- Grinding, Lapping, and Buffing Machine Operator
- Instrument Maker
- Large Printing Press Machine Setter
- Machine Operator
- Medical Appliance Maker
- Micro and Nano Fabrication Tech
- Milling Machine Setter and Set-Up Operator
- Millwright Pattern and Model Maker
- Precision Layout Worker
- Sheet Metal Worker
- Solderer and Brazier Tool and Die Maker
- Welder
WATCH: Career Videos
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Learn from professionals who followed this career pathway in videos from RoadTrip Nation.
Pathway Courses
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Advanced Metal Working
Advanced Metal Working
TEC204 | Second Semester
Prerequisite: Introduction to the Manufacturing Industry
ELECTIVE ⬜9 ⬛10 ⬛11 ⬛12
⬜DMACC ⬜NCAA ⬜RAI ⬜PBLN
OFFERED: ⬜Blended ⬜Online See appendix.A one-semester course designed to give students a comprehensive background of welding, lathes, mills, machine tool work, and foundry. A strong emphasis will be placed on safe use of the equipment and quality workmanship.
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Computer Integrated Manufacturing
Computer Integrated Manufacturing
TEC121 and TEC122 | Full-Year Course
ELECTIVE ⬜9 ⬛10 ⬛11 ⬛12
⬛DMACC ⬜NCAA ⬜RAI ⬜PBLN
OFFERED: ⬜Blended ⬜Online See appendix.Manufactured items are part of everyday life, yet most students have not been introduced to the high-tech, innovative nature of modern manufacturing. This course illuminates the opportunities related to understanding manufacturing. At the same time, it teaches students about manufacturing processes, product design, robotics, and automation. Students can earn a virtual manufacturing badge recognized by the National Manufacturing Badge system. This course must be taken for DMACC credit.
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Introduction to Engineering and Design
Introduction to Engineering & Design
TEC307 and TEC308 | Full-Year Course
Prerequisite: Algebra I or concurrently enrolled
ELECTIVE ⬛9 ⬛10 ⬛11 ⬛12
⬛DMACC ⬜NCAA ⬛RAI ⬛PBLN
OFFERED: ⬜Blended ⬜Online See appendix.Introduction to Engineering Design is the first of a four-course menu for a pre-engineering program entitled “Project Lead the Way” (PLTW). This course will provide a foundation background for students who have an interest or aptitude in engineering. Among the topics addressed will be a survey of the different kinds of engineering careers, problem-solving activities requiring engineering applications, structural and design analysis of various gadgets/machines, and technology applications. Students will exit this course with a more accurate and realistic understanding of the roles, expectations, and types of engineering. This course must be taken for DMACC credit.
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Introduction to Manufacturing Industry
Introduction to the Manufacturing Industry
TEC109 or TEC110 | First OR Second Semester
ELECTIVE ⬜9 ⬛10 ⬛11 ⬛12
⬜DMACC ⬜NCAA ⬜RAI ⬜PBLN
OFFERED: ⬜Blended ⬜Online See appendix.Introduction to the Manufacturing Industry introduces you to the manufacturing process used to create many of today’s consumer goods. You will create products using wood, metal, and plastics using machines located in our manufacturing labs.
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Welding Technology
Welding Technology
TEC111 or TEC112 | First OR Second Semester
ELECTIVE ⬜9 ⬛10 ⬛11 ⬛12
⬜DMACC ⬜NCAA ⬜RAI ⬜PBLN
OFFERED: ⬜Blended ⬜Online See appendix.This course provides an introduction to welding processes and welding in industry. Emphasis is placed on fundamental principles of welding processes, operation of welding equipment, welder performance, and weld evaluation and testing with specific emphasis on Shielded Metal Arc Welding and Gas Metal Arc Welding. The course also covers metallurgy, metal weldability, distortion control, materials standards, and AWS and ASME codes. Safety procedures and health and safety hazards are also covered.
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Example Four-Year Plan
This is just an example of a possible four-year plan with these pathway courses included. Talk with your counselor to create a plan that works for you.
Required Courses
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Click to expand.
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Required Courses
- Language and Literature — two credits
- Math (Algebra) — two credits
- Physical Science — two credits
- Global Geography and Culture — two credits
- P.E. —one credit
- Health (any year) — one credit
Pathway Courses
- Intro. to Engineering and Design — two credits
Elective Courses
- World Language (2-4 years) — two credits
- Other suggested electives:
- Engineering and Technology courses: Applied Engineering Tech., Advanced Welding Tech., Architectural Design I, Building Mechanical Systems, Carpentry Fundamentals, Foundations of Tech. and Engineering, Geo/Construction,
- Business Education courses: Collaborative Field Experience, Entrepreneurship, Leadership, WorkForce Development
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Required Courses
- Speech Communication (Grades 10, 11, or 12) — one credit
- Fundamentals of Writing (Grades 10, 11, or 12) — one credit
- Math (Geometry) — two credits
- Biology — two credits
- P.E. — one credit
Pathway Courses
- Intro. to the Manufacturing Industry — one credit
Elective Courses
- World Language (2-4 years) — two credits
- Other suggested electives:
- Engineering and Technology courses: Applied Engineering Tech., Advanced Welding Tech., Architectural Design I, Building Mechanical Systems, Carpentry Fundamentals, Foundations of Tech. and Engineering, Geo/Construction,
- Business Education courses: Collaborative Field Experience, Entrepreneurship, Leadership, WorkForce Development
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Required Courses
- Language Arts Elective — two credits
- Math (Algebra II) — two credits
- Chemistry (Grades 11 or 12) — two credits
- U.S. History — two credits
- P.E. — one credit
Pathway Courses
- Welding Technology — one credit
Elective Courses
- World Language (2-4 years) — two credits
- Other suggested electives:
- Engineering and Technology courses: Applied Engineering Tech., Advanced Welding Tech., Architectural Design I, Building Mechanical Systems, Carpentry Fundamentals, Foundations of Tech. and Engineering, Geo/Construction,
- Business Education courses: Collaborative Field Experience, Entrepreneurship, Leadership, WorkForce Development
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Required Courses
- Literature Elective — one credit
- Language Arts Elective — one credit
- Government — one credit
- Economics — one credit
- P.E. — one credit
Pathway Courses
- CIM: Manufacturing — one credit
- Advanced Metalworking — one credit
Elective Courses
- World Language (2-4 years) — two credits
- Other suggested electives:
- Engineering and Technology courses: Applied Engineering Tech., Advanced Welding Tech., Architectural Design I, Building Mechanical Systems, Carpentry Fundamentals, Foundations of Tech. and Engineering, Geo/Construction,
- Business Education courses: Collaborative Field Experience, Entrepreneurship, Leadership, WorkForce Development
Manufacturing Pathway Information
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Advanced Welding Tech
- Applied Engineering Tech
- Architectural Design I
- Building Mechanical Systems
- Carpentry Fundamentals
- Collaborative Field Experience
- Entrepreneurship
- Foundations of Tech. and Engineering
- Geo/Construction
- Leadership
- Workforce Development
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DECA: Distributive Education Clubs of America
- FIRST Robotics Competition
- Skills USA
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- Entrepreneurship
- Industry Mentorship
- Micro Internship
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High School
- Seal of Biliteracy
- OSHA-10
DMACC
- Tool & DieMaking
- Applied Engineering Tech
- Welding Certificates
- Water Environmental Tech
- Civil Engineering Tech
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- Wind Turbine Technologies, AAS
- Electromechanical Tech, AAS
- Advanced Manufacturing Technology, AAS
- Tool & Diemaking, AAS