If you would like more detailed information please contact your high school’s

Engineering and Technology Education teacher or your guidance counselor.

www.gwinnett.k12.ga.us

Engineering PathwaysThe first step to a successful engineering career.

Each pathway will help prepare you for your next step—whether college or career.This unique, beneficial training allows you the opportunity to:

The education and experience you’ll gain from participating in the GCPS Engineering &Technical Education Program will help prepare you for:

Why Choose an Engineering Pathway?

• Enjoy hands-on experience• Create engineering drawings• Learn applied math and science• Construct models and prototypes• Learn industry standard software• Design and create objects using CAD Software and CNC Equipment• Learn 3-D and structural design

If you would like more detailed information please contact your high school’sEngineering and Technology Education teacher or your guidance counselor.

Engineering Pathways

Gwinnett County Public Schools’ Technical Education Programs offer three different engineering paths of study: Foundations of Engineering, Engineering Drawing and Design, and Architectural Drawing and Design. All of these programs provide students with valuable skills and experience—a big advantage for college and career preparation.

Discovering Your PathwayThese pathways are designed to challenge and inspire students headed for careers in engineering and technology. Each pathway offers a unique blend of courses and benefits including hands-on experience, exposure to industry-leading software programs and equipment, and access to knowledgeable instructors.

How to Get StartedFor more information on the engineering pathways, or other exciting GCPS Technical Education Programs

or other exciting pathways, talk to your guidance counselor at your school. Registration for most GCPS schools occur during the month of February.

Which engineering pathway is right for you?Let’s take a closer look at the programs.

The first stepsuccessfulengineering career. to

a

Top College Programs

• The University of Georgia

• Georgia Institute of Technology

• Clemson University

• Emory University

• Gwinnett Technical College

• Southern Polytechnic State University

• Auburn University

Rewarding Careers

• Mechanical Engineering

• Industrial Engineering

• Manufacturing

• Transportation

• Construction

• Communications

• 3-D Animation

• Architecture

If you would like more detailed information please contact your high school’s

Engineering and Technology Education teacher or your guidance counselor.

www.gwinnett.k12.ga.us

Engineering PathwaysThe first step to a successful engineering career.

Each pathway will help prepare you for your next step—whether college or career.This unique, beneficial training allows you the opportunity to:

The education and experience you’ll gain from participating in the GCPS Engineering &Technical Education Program will help prepare you for:

Why Choose an Engineering Pathway?

• Enjoy hands-on experience• Create engineering drawings• Learn applied math and science• Construct models and prototypes• Learn industry standard software• Design and create objects using CAD Software and CNC Equipment• Learn 3-D and structural design

If you would like more detailed information please contact your high school’sEngineering and Technology Education teacher or your guidance counselor.

Engineering Pathways

Gwinnett County Public Schools’ Technical Education Programs offer three different engineering paths of study: Foundations of Engineering, Engineering Drawing and Design, and Architectural Drawing and Design. All of these programs provide students with valuable skills and experience—a big advantage for college and career preparation.

Discovering Your PathwayThese pathways are designed to challenge and inspire students headed for careers in engineering and technology. Each pathway offers a unique blend of courses and benefits including hands-on experience, exposure to industry-leading software programs and equipment, and access to knowledgeable instructors.

How to Get StartedFor more information on the engineering pathways, or other exciting GCPS Technical Education Programs

or other exciting pathways, talk to your guidance counselor at your school. Registration for most GCPS schools occur during the month of February.

Which engineering pathway is right for you?Let’s take a closer look at the programs.

The first stepsuccessfulengineering career. to

a

Top College Programs

• The University of Georgia

• Georgia Institute of Technology

• Clemson University

• Emory University

• Gwinnett Technical College

• Southern Polytechnic State University

• Auburn University

Rewarding Careers

• Mechanical Engineering

• Industrial Engineering

• Manufacturing

• Transportation

• Construction

• Communications

• 3-D Animation

• Architecture

If you would like more detailed information please contact your high school’s

Engineering and Technology Education teacher or your guidance counselor.

www.gwinnett.k12.ga.us

Engineering PathwaysThe first step to a successful engineering career.

Each pathway will help prepare you for your next step—whether college or career.This unique, beneficial training allows you the opportunity to:

The education and experience you’ll gain from participating in the GCPS Engineering &Technical Education Program will help prepare you for:

Why Choose an Engineering Pathway?

• Enjoy hands-on experience• Create engineering drawings• Learn applied math and science• Construct models and prototypes• Learn industry standard software• Design and create objects using CAD Software and CNC Equipment• Learn 3-D and structural design

If you would like more detailed information please contact your high school’sEngineering and Technology Education teacher or your guidance counselor.

Engineering Pathways

Gwinnett County Public Schools’ Technical Education Programs offer three different engineering paths of study: Foundations of Engineering, Engineering Drawing and Design, and Architectural Drawing and Design. All of these programs provide students with valuable skills and experience—a big advantage for college and career preparation.

Discovering Your PathwayThese pathways are designed to challenge and inspire students headed for careers in engineering and technology. Each pathway offers a unique blend of courses and benefits including hands-on experience, exposure to industry-leading software programs and equipment, and access to knowledgeable instructors.

How to Get StartedFor more information on the engineering pathways, or other exciting GCPS Technical Education Programs

or other exciting pathways, talk to your guidance counselor at your school. Registration for most GCPS schools occur during the month of February.

Which engineering pathway is right for you?Let’s take a closer look at the programs.

The first stepsuccessfulengineering career. to

a

Top College Programs

• The University of Georgia

• Georgia Institute of Technology

• Clemson University

• Emory University

• Gwinnett Technical College

• Southern Polytechnic State University

• Auburn University

Rewarding Careers

• Mechanical Engineering

• Industrial Engineering

• Manufacturing

• Transportation

• Construction

• Communications

• 3-D Animation

• Architecture

The Engineering Drawing and Design Pathway emphasizes drafting and design, from concept through completion, utilizing industry standard practices such as computer-aided drafting (CAD). This pathway curriculum is aligned with the drafting and design standards of Georgia’s colleges and the American Design Drafting Association (ADDA), thus helping students qualify for advanced placement at the postsecondary level. Students will also be addressing engineering problems using CAD software and equipment, as well as their own innovative design and production.

Associated Coursework for Engineering Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Survey of Engineering Graphics - 1 creditStudents further develop the knowledge and skills in engineering and related mechanical design drafting areas. Emphasis is placed on 3-D working drawings including rendering and animation. The student will have the opportunity to be involved in problem solving processes in many different areas of technology. Some of the areas include: Engineering History, Construction/Structural Engineering, Transportation Engineering, Robotics, Computer Numerical Control Machining (CNC).Introduction to Engineering Drawing and Design is a prerequisite for this course.

Solid Modeling and Design - 1 creditThis course designed to further the development of student knowledge and skills in engineering and related mechanical design drafting areas. Students learn to illustrate more complex objects using the CAD systems and develop skills in dimensioning, tolerancing, pictorials, sections, auxiliary views, and intersection and developments. Emphasis is placed on 3-D working and assembly drawings including rendering, animation, and prototype development.Introduction to Engineering Drawing and Design and Survey of Engineering Graphics are prerequisites forthis course.

Engineering Drawing & Design: Overview

The Foundations of Engineering Pathway focuses on the fundamentals, concepts, and applications of technical engineering. The four-course curriculum covers engineering principles, and applications related to architecture, construction, communication, transportation, manufacturing, and a variety of other industries. Students will address engineering problems using industry standard software and equipment, as well as their own innovative design and production.

Associated Coursework for Foundations of Engineering

Foundations of Engineering and Technology - 1 creditThis is an introductory course that provides students with an opportunity to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.

Engineering Concepts - 1 creditStudents learn about areas of specialization within engineering and engineering design, and apply engineering tools and procedures as they complete hands-on instructional activities.Foundations of Engineering and Technology is a prerequisite for this course.

Engineering Applications - 1 creditStudents use applications of mathematics and science to predict the success of an engineered solution and complete hands-on activities with tools, materials, and processes as they develop drawings and prototypes, and complete working products.Foundations of Engineering and Technology and Engineering Concepts are prerequisites for this course.

Research, Design, and Project Management - 1 creditThis is the final course for the Foundations of Engineering Pathway. This course provides students with opportunities to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.Foundations of Engineering and Technology, Engineering Concepts and Engineering Applicationsare all prerequisites for this course.

Foundations of Engineering: Overview

Standalone Course Offerings Include:

Foundations of Electronics - 1 creditThis course is designed for beginning students who are interested in careers related to the design, production, analysis, repair, and operation of devices that use electronics. The course is designed around individual and class projects that promote critical thinking, problem-solving, and abstract reasoning that encourages the student to become an investigative life-long learner. Students will study the fundamentals of electricity and electronic systems.Teacher approval is needed for acceptance to this yearlong course.

Power & Energy - 1 creditThis is an introductory course that explores the relationship between force, work, energy, and power. Students study the characteristics, availability, conversion, control, transmission, and storage of energy and power. They will also explore and apply the principles of electrical, fluid, and mechanical power and will research renewable, non-renewable, and inexhaustible resources and conservation efforts. Students will develop an awareness of the many careers that exist in energy and related technologies.Teacher approval is needed for acceptance to this yearlong course.

The Technology Student Association is a national, non-profit organization devoted to teaching technology to young people. Gwinnett County Public Schools (GCPS) has partnered with TSA to encourage technological literacy, leadership, and problem solving among the county’s students. As a result of the program, students are given the opportunity to apply and integrate science, technology, engineering and mathematics concepts through co-curricular activities, competitive events and other exciting programs.

Engineering Pathways Standalone CoursesArchitectural Drawing & Design: Overview

The Architectural Drawing & Design Pathway exposes students to blueprint reading, measuring, sketching, and drawing through engineering, architecture, drafting and design processes. All drawing is computer-based using industry standard software programs. Students will work on projects such as 3-D drawings and a full set of residential architecture plans. Each student will create a portfolio of work to use asthey enter postsecondary education or choose a career.

Associated Coursework for Architectural Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Architectural Drawing and Design I - 1 creditStudents will learn the fundamentals of architectural drawing and design structures. Using programs such as Autodesk, Revit, and Architectural Desktop, students will spend time designing structures and constructing models from their designs.Introduction to Engineering Drawing and Design is a prerequisite for this course.

Architectural Drawing and Design II - 1 creditThis lecture/seminar course introduces students to the theories and profession of architecture and encourages creative and analytical thought. By considering the entire scope of the discipline and the profession, the course focuses on developing an ability to ask appropriate questions in relation to decision making regarding the built environment. Students explore the abstract, spatial, social/cultural, environmental and tectonic concepts that affect the built environment. Students also learn to create meaningful architectural design solutions and solve simple architectural design problems.Introduction to Engineering Drawing and Design and Architectural Drawing and Design I are prerequisitesfor this course.

The Engineering Drawing and Design Pathway emphasizes drafting and design, from concept through completion, utilizing industry standard practices such as computer-aided drafting (CAD). This pathway curriculum is aligned with the drafting and design standards of Georgia’s colleges and the American Design Drafting Association (ADDA), thus helping students qualify for advanced placement at the postsecondary level. Students will also be addressing engineering problems using CAD software and equipment, as well as their own innovative design and production.

Associated Coursework for Engineering Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Survey of Engineering Graphics - 1 creditStudents further develop the knowledge and skills in engineering and related mechanical design drafting areas. Emphasis is placed on 3-D working drawings including rendering and animation. The student will have the opportunity to be involved in problem solving processes in many different areas of technology. Some of the areas include: Engineering History, Construction/Structural Engineering, Transportation Engineering, Robotics, Computer Numerical Control Machining (CNC).Introduction to Engineering Drawing and Design is a prerequisite for this course.

Solid Modeling and Design - 1 creditThis course designed to further the development of student knowledge and skills in engineering and related mechanical design drafting areas. Students learn to illustrate more complex objects using the CAD systems and develop skills in dimensioning, tolerancing, pictorials, sections, auxiliary views, and intersection and developments. Emphasis is placed on 3-D working and assembly drawings including rendering, animation, and prototype development.Introduction to Engineering Drawing and Design and Survey of Engineering Graphics are prerequisites forthis course.

Engineering Drawing & Design: Overview

The Foundations of Engineering Pathway focuses on the fundamentals, concepts, and applications of technical engineering. The four-course curriculum covers engineering principles, and applications related to architecture, construction, communication, transportation, manufacturing, and a variety of other industries. Students will address engineering problems using industry standard software and equipment, as well as their own innovative design and production.

Associated Coursework for Foundations of Engineering

Foundations of Engineering and Technology - 1 creditThis is an introductory course that provides students with an opportunity to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.

Engineering Concepts - 1 creditStudents learn about areas of specialization within engineering and engineering design, and apply engineering tools and procedures as they complete hands-on instructional activities.Foundations of Engineering and Technology is a prerequisite for this course.

Engineering Applications - 1 creditStudents use applications of mathematics and science to predict the success of an engineered solution and complete hands-on activities with tools, materials, and processes as they develop drawings and prototypes, and complete working products.Foundations of Engineering and Technology and Engineering Concepts are prerequisites for this course.

Research, Design, and Project Management - 1 creditThis is the final course for the Foundations of Engineering Pathway. This course provides students with opportunities to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.Foundations of Engineering and Technology, Engineering Concepts and Engineering Applicationsare all prerequisites for this course.

Foundations of Engineering: Overview

Standalone Course Offerings Include:

Foundations of Electronics - 1 creditThis course is designed for beginning students who are interested in careers related to the design, production, analysis, repair, and operation of devices that use electronics. The course is designed around individual and class projects that promote critical thinking, problem-solving, and abstract reasoning that encourages the student to become an investigative life-long learner. Students will study the fundamentals of electricity and electronic systems.Teacher approval is needed for acceptance to this yearlong course.

Power & Energy - 1 creditThis is an introductory course that explores the relationship between force, work, energy, and power. Students study the characteristics, availability, conversion, control, transmission, and storage of energy and power. They will also explore and apply the principles of electrical, fluid, and mechanical power and will research renewable, non-renewable, and inexhaustible resources and conservation efforts. Students will develop an awareness of the many careers that exist in energy and related technologies.Teacher approval is needed for acceptance to this yearlong course.

The Technology Student Association is a national, non-profit organization devoted to teaching technology to young people. Gwinnett County Public Schools (GCPS) has partnered with TSA to encourage technological literacy, leadership, and problem solving among the county’s students. As a result of the program, students are given the opportunity to apply and integrate science, technology, engineering and mathematics concepts through co-curricular activities, competitive events and other exciting programs.

Engineering Pathways Standalone CoursesArchitectural Drawing & Design: Overview

The Architectural Drawing & Design Pathway exposes students to blueprint reading, measuring, sketching, and drawing through engineering, architecture, drafting and design processes. All drawing is computer-based using industry standard software programs. Students will work on projects such as 3-D drawings and a full set of residential architecture plans. Each student will create a portfolio of work to use asthey enter postsecondary education or choose a career.

Associated Coursework for Architectural Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Architectural Drawing and Design I - 1 creditStudents will learn the fundamentals of architectural drawing and design structures. Using programs such as Autodesk, Revit, and Architectural Desktop, students will spend time designing structures and constructing models from their designs.Introduction to Engineering Drawing and Design is a prerequisite for this course.

Architectural Drawing and Design II - 1 creditThis lecture/seminar course introduces students to the theories and profession of architecture and encourages creative and analytical thought. By considering the entire scope of the discipline and the profession, the course focuses on developing an ability to ask appropriate questions in relation to decision making regarding the built environment. Students explore the abstract, spatial, social/cultural, environmental and tectonic concepts that affect the built environment. Students also learn to create meaningful architectural design solutions and solve simple architectural design problems.Introduction to Engineering Drawing and Design and Architectural Drawing and Design I are prerequisitesfor this course.

The Engineering Drawing and Design Pathway emphasizes drafting and design, from concept through completion, utilizing industry standard practices such as computer-aided drafting (CAD). This pathway curriculum is aligned with the drafting and design standards of Georgia’s colleges and the American Design Drafting Association (ADDA), thus helping students qualify for advanced placement at the postsecondary level. Students will also be addressing engineering problems using CAD software and equipment, as well as their own innovative design and production.

Associated Coursework for Engineering Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Survey of Engineering Graphics - 1 creditStudents further develop the knowledge and skills in engineering and related mechanical design drafting areas. Emphasis is placed on 3-D working drawings including rendering and animation. The student will have the opportunity to be involved in problem solving processes in many different areas of technology. Some of the areas include: Engineering History, Construction/Structural Engineering, Transportation Engineering, Robotics, Computer Numerical Control Machining (CNC).Introduction to Engineering Drawing and Design is a prerequisite for this course.

Solid Modeling and Design - 1 creditThis course designed to further the development of student knowledge and skills in engineering and related mechanical design drafting areas. Students learn to illustrate more complex objects using the CAD systems and develop skills in dimensioning, tolerancing, pictorials, sections, auxiliary views, and intersection and developments. Emphasis is placed on 3-D working and assembly drawings including rendering, animation, and prototype development.Introduction to Engineering Drawing and Design and Survey of Engineering Graphics are prerequisites forthis course.

Engineering Drawing & Design: Overview

The Foundations of Engineering Pathway focuses on the fundamentals, concepts, and applications of technical engineering. The four-course curriculum covers engineering principles, and applications related to architecture, construction, communication, transportation, manufacturing, and a variety of other industries. Students will address engineering problems using industry standard software and equipment, as well as their own innovative design and production.

Associated Coursework for Foundations of Engineering

Foundations of Engineering and Technology - 1 creditThis is an introductory course that provides students with an opportunity to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.

Engineering Concepts - 1 creditStudents learn about areas of specialization within engineering and engineering design, and apply engineering tools and procedures as they complete hands-on instructional activities.Foundations of Engineering and Technology is a prerequisite for this course.

Engineering Applications - 1 creditStudents use applications of mathematics and science to predict the success of an engineered solution and complete hands-on activities with tools, materials, and processes as they develop drawings and prototypes, and complete working products.Foundations of Engineering and Technology and Engineering Concepts are prerequisites for this course.

Research, Design, and Project Management - 1 creditThis is the final course for the Foundations of Engineering Pathway. This course provides students with opportunities to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.Foundations of Engineering and Technology, Engineering Concepts and Engineering Applicationsare all prerequisites for this course.

Foundations of Engineering: Overview

Standalone Course Offerings Include:

Foundations of Electronics - 1 creditThis course is designed for beginning students who are interested in careers related to the design, production, analysis, repair, and operation of devices that use electronics. The course is designed around individual and class projects that promote critical thinking, problem-solving, and abstract reasoning that encourages the student to become an investigative life-long learner. Students will study the fundamentals of electricity and electronic systems.Teacher approval is needed for acceptance to this yearlong course.

Power & Energy - 1 creditThis is an introductory course that explores the relationship between force, work, energy, and power. Students study the characteristics, availability, conversion, control, transmission, and storage of energy and power. They will also explore and apply the principles of electrical, fluid, and mechanical power and will research renewable, non-renewable, and inexhaustible resources and conservation efforts. Students will develop an awareness of the many careers that exist in energy and related technologies.Teacher approval is needed for acceptance to this yearlong course.

The Technology Student Association is a national, non-profit organization devoted to teaching technology to young people. Gwinnett County Public Schools (GCPS) has partnered with TSA to encourage technological literacy, leadership, and problem solving among the county’s students. As a result of the program, students are given the opportunity to apply and integrate science, technology, engineering and mathematics concepts through co-curricular activities, competitive events and other exciting programs.

Engineering Pathways Standalone CoursesArchitectural Drawing & Design: Overview

The Architectural Drawing & Design Pathway exposes students to blueprint reading, measuring, sketching, and drawing through engineering, architecture, drafting and design processes. All drawing is computer-based using industry standard software programs. Students will work on projects such as 3-D drawings and a full set of residential architecture plans. Each student will create a portfolio of work to use asthey enter postsecondary education or choose a career.

Associated Coursework for Architectural Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Architectural Drawing and Design I - 1 creditStudents will learn the fundamentals of architectural drawing and design structures. Using programs such as Autodesk, Revit, and Architectural Desktop, students will spend time designing structures and constructing models from their designs.Introduction to Engineering Drawing and Design is a prerequisite for this course.

Architectural Drawing and Design II - 1 creditThis lecture/seminar course introduces students to the theories and profession of architecture and encourages creative and analytical thought. By considering the entire scope of the discipline and the profession, the course focuses on developing an ability to ask appropriate questions in relation to decision making regarding the built environment. Students explore the abstract, spatial, social/cultural, environmental and tectonic concepts that affect the built environment. Students also learn to create meaningful architectural design solutions and solve simple architectural design problems.Introduction to Engineering Drawing and Design and Architectural Drawing and Design I are prerequisitesfor this course.

The Engineering Drawing and Design Pathway emphasizes drafting and design, from concept through completion, utilizing industry standard practices such as computer-aided drafting (CAD). This pathway curriculum is aligned with the drafting and design standards of Georgia’s colleges and the American Design Drafting Association (ADDA), thus helping students qualify for advanced placement at the postsecondary level. Students will also be addressing engineering problems using CAD software and equipment, as well as their own innovative design and production.

Associated Coursework for Engineering Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Survey of Engineering Graphics - 1 creditStudents further develop the knowledge and skills in engineering and related mechanical design drafting areas. Emphasis is placed on 3-D working drawings including rendering and animation. The student will have the opportunity to be involved in problem solving processes in many different areas of technology. Some of the areas include: Engineering History, Construction/Structural Engineering, Transportation Engineering, Robotics, Computer Numerical Control Machining (CNC).Introduction to Engineering Drawing and Design is a prerequisite for this course.

Solid Modeling and Design - 1 creditThis course designed to further the development of student knowledge and skills in engineering and related mechanical design drafting areas. Students learn to illustrate more complex objects using the CAD systems and develop skills in dimensioning, tolerancing, pictorials, sections, auxiliary views, and intersection and developments. Emphasis is placed on 3-D working and assembly drawings including rendering, animation, and prototype development.Introduction to Engineering Drawing and Design and Survey of Engineering Graphics are prerequisites forthis course.

Engineering Drawing & Design: Overview

The Foundations of Engineering Pathway focuses on the fundamentals, concepts, and applications of technical engineering. The four-course curriculum covers engineering principles, and applications related to architecture, construction, communication, transportation, manufacturing, and a variety of other industries. Students will address engineering problems using industry standard software and equipment, as well as their own innovative design and production.

Associated Coursework for Foundations of Engineering

Foundations of Engineering and Technology - 1 creditThis is an introductory course that provides students with an opportunity to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.

Engineering Concepts - 1 creditStudents learn about areas of specialization within engineering and engineering design, and apply engineering tools and procedures as they complete hands-on instructional activities.Foundations of Engineering and Technology is a prerequisite for this course.

Engineering Applications - 1 creditStudents use applications of mathematics and science to predict the success of an engineered solution and complete hands-on activities with tools, materials, and processes as they develop drawings and prototypes, and complete working products.Foundations of Engineering and Technology and Engineering Concepts are prerequisites for this course.

Research, Design, and Project Management - 1 creditThis is the final course for the Foundations of Engineering Pathway. This course provides students with opportunities to develop fundamental technological literacy as they learn about the history, systems, and processes of invention and innovation.Foundations of Engineering and Technology, Engineering Concepts and Engineering Applicationsare all prerequisites for this course.

Foundations of Engineering: Overview

Standalone Course Offerings Include:

Foundations of Electronics - 1 creditThis course is designed for beginning students who are interested in careers related to the design, production, analysis, repair, and operation of devices that use electronics. The course is designed around individual and class projects that promote critical thinking, problem-solving, and abstract reasoning that encourages the student to become an investigative life-long learner. Students will study the fundamentals of electricity and electronic systems.Teacher approval is needed for acceptance to this yearlong course.

Power & Energy - 1 creditThis is an introductory course that explores the relationship between force, work, energy, and power. Students study the characteristics, availability, conversion, control, transmission, and storage of energy and power. They will also explore and apply the principles of electrical, fluid, and mechanical power and will research renewable, non-renewable, and inexhaustible resources and conservation efforts. Students will develop an awareness of the many careers that exist in energy and related technologies.Teacher approval is needed for acceptance to this yearlong course.

The Technology Student Association is a national, non-profit organization devoted to teaching technology to young people. Gwinnett County Public Schools (GCPS) has partnered with TSA to encourage technological literacy, leadership, and problem solving among the county’s students. As a result of the program, students are given the opportunity to apply and integrate science, technology, engineering and mathematics concepts through co-curricular activities, competitive events and other exciting programs.

Engineering Pathways Standalone CoursesArchitectural Drawing & Design: Overview

The Architectural Drawing & Design Pathway exposes students to blueprint reading, measuring, sketching, and drawing through engineering, architecture, drafting and design processes. All drawing is computer-based using industry standard software programs. Students will work on projects such as 3-D drawings and a full set of residential architecture plans. Each student will create a portfolio of work to use asthey enter postsecondary education or choose a career.

Associated Coursework for Architectural Drawing and Design

Introduction to Engineering Drawing and Design - 1 creditThis is an introductory course where students learn drafting techniques, study geometric construction, and are introduced to computer-aided drafting and design. Emphasis is placed on safety, geometric construction, CAD fundamentals, and multi-view drawings.

Architectural Drawing and Design I - 1 creditStudents will learn the fundamentals of architectural drawing and design structures. Using programs such as Autodesk, Revit, and Architectural Desktop, students will spend time designing structures and constructing models from their designs.Introduction to Engineering Drawing and Design is a prerequisite for this course.

Architectural Drawing and Design II - 1 creditThis lecture/seminar course introduces students to the theories and profession of architecture and encourages creative and analytical thought. By considering the entire scope of the discipline and the profession, the course focuses on developing an ability to ask appropriate questions in relation to decision making regarding the built environment. Students explore the abstract, spatial, social/cultural, environmental and tectonic concepts that affect the built environment. Students also learn to create meaningful architectural design solutions and solve simple architectural design problems.Introduction to Engineering Drawing and Design and Architectural Drawing and Design I are prerequisitesfor this course.

If you would like more detailed information please contact your high school’s

Engineering and Technology Education teacher or your guidance counselor.

www.gwinnett.k12.ga.us

Engineering PathwaysThe first step to a successful engineering career.

Each pathway will help prepare you for your next step—whether college or career.This unique, beneficial training allows you the opportunity to:

The education and experience you’ll gain from participating in the GCPS Engineering &Technical Education Program will help prepare you for:

Why Choose an Engineering Pathway?

• Enjoy hands-on experience• Create engineering drawings• Learn applied math and science• Construct models and prototypes• Learn industry standard software• Design and create objects using CAD Software and CNC Equipment• Learn 3-D and structural design

If you would like more detailed information please contact your high school’sEngineering and Technology Education teacher or your guidance counselor.

Engineering Pathways

Gwinnett County Public Schools’ Technical Education Programs offer three different engineering paths of study: Foundations of Engineering, Engineering Drawing and Design, and Architectural Drawing and Design. All of these programs provide students with valuable skills and experience—a big advantage for college and career preparation.

Discovering Your PathwayThese pathways are designed to challenge and inspire students headed for careers in engineering and technology. Each pathway offers a unique blend of courses and benefits including hands-on experience, exposure to industry-leading software programs and equipment, and access to knowledgeable instructors.

How to Get StartedFor more information on the engineering pathways, or other exciting GCPS Technical Education Programs

or other exciting pathways, talk to your guidance counselor at your school. Registration for most GCPS schools occur during the month of February.

Which engineering pathway is right for you?Let’s take a closer look at the programs.

The first stepsuccessfulengineering career. to

a

Top College Programs

• The University of Georgia

• Georgia Institute of Technology

• Clemson University

• Emory University

• Gwinnett Technical College

• Southern Polytechnic State University

• Auburn University

Rewarding Careers

• Mechanical Engineering

• Industrial Engineering

• Manufacturing

• Transportation

• Construction

• Communications

• 3-D Animation

• Architecture