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Manufacturing & Engineering

Ready to Build & Create?

Why Choose the Manufacturing & Engineering Industry as a Career?!

Choosing manufacturing and engineering is a great way to turn your creativity and problem-solving skills into real-world innovations. Whether you're designing cool products, building machines, or improving how things are made, this field offers hands-on work and high-paying careers.

It’s perfect for teens who like to tinker, explore technology, and make a difference in how the world works.

Keep scrolling to learn how to get started and see the courses offered at Carolina! 

Building Cars, Houses, and Wealth!

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Industrial Engineer

Creating the Roadmap

Carolina High, Greenville County, and Greenville County Schools has resources and programs for you to succeed in your career. Here are some options you can dive in now during your high school career to see if a career in Manufacturing & Engineering is right for you!

Robotics

 Designing, building, and programming robots to perform tasks, often mimicking human actions...

Mechatronics

Blends mechanics, electronics, computer science, and control systems to create smart machines and automated systems...

Welding

Welding is the process of joining metal parts together using high heat to melt and fuse them. 

Auto Tech.

Repair, maintenance, and innovation of vehicles, including cars and trucks.

 

Auto Collision

Repair, maintenance, and innovation of vehicles, including cars and trucks.

 

Machine Tool

Repair, maintenance, and innovation of vehicles, including cars and trucks.

 

Innovation Center

Inspire and prepare future industry leaders for high demand and in-demand careers. 

Architect

MAGNET ACADEMY COURSES 

Propellor
  • Computer inner workings in the neon light

    Description: In Introduction to Engineering Design (IED) students are introduced to the engineering design process, applying math, science, and engineering standards to identify and design solutions to a variety of real problems.

    Credit Worth: 1

  • Computer inner workings in the neon light

    Description: In Introduction to Engineering Design (IED) students are introduced to the engineering design process, applying math, science, and engineering standards to identify and design solutions to a variety of real problems.

    Credit Worth: 1

  • Robot Engineer

    Description: Introduces students to the fundamentals of engineering, including design, problem-solving, and the application of math and science to real-world challenges. Students explore various engineering fields through projects and teamwork.

    Credit Worth: 1

    Career(s): Any type of Engineer, Robotics Technician, Project Manager, Industrial Designer. 

  • Robot Engineer

    Description: Course that teaches students how computers control and automate manufacturing processes, combining software, robotics, and machinery for efficient production. Students learn about computer-aided design (CAD), robotics, and automated systems.

    Credit Worth: 1

    Career(s): Any type of Engineer, CAD Designer, Production Manager.

  • Robot Engineer

    Description: Project-based course where students apply their engineering knowledge to design, build, and present a real-world solution, emphasizing teamwork, critical thinking, and communication. It serves as a culminating experience that prepares students for college and careers in engineering.

    Credit Worth: 1

    Career(s): Any type of Engineer, Project Manager, Production Designer. 

Car Factory

Course Directory for Manuf. & Engineering

Future Engineering
  • Math Notebook and Calculator

    Description: Introduces foundational math course that introduces students to variables, equations, inequalities, functions, and graphing. It develops critical problem-solving skills used in advanced math and real-life situations.

    Credit Worth: 1

  • Math Notebook and Calculator

    Description: Builds on Algebra 1 by exploring complex equations, functions, and systems while introducing probability concepts to analyze and predict outcomes. This course strengthens students’ skills in problem-solving, data interpretation, and mathematical reasoning.

    Credit Worth: 1

  • Math Notebook and Calculator

    Description:  Combines the study of shapes, angles, and spatial reasoning with data analysis and basic statistics. Students learn to apply geometric concepts alongside statistical methods to solve practical problems involving measurement and data interpretation.

    Credit Worth: 1

  • Math Notebook and Calculator

    Description: Teaches students how to use data to build models that predict outcomes and explain relationships between variables. It develops skills in data analysis, probability, and interpreting real-world trends through mathematical tools.

    Credit Worth: 1

  • Math Notebook and Calculator

    Description: Teaches students how to use data to build models that predict outcomes and explain relationships between variables. It develops skills in data analysis, probability, and interpreting real-world trends through mathematical tools.

    Credit Worth: 1

Let's Stay on Track!

Need to contact Track to Excellence directly please email: 

tracktoexcellence@gmail.com
 

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