TECHNOLOGY & ENGINEERING COURSES

GRADE 9

GRADE 10

GRADE 11 & 12

Electives

Electives

Electives

TE101 - Introduction to Woodworking

TE101 - Introduction to Woodworking

TE101 - Introduction to Woodworking

TE103 - Technology Experience

TE103 - Technology Experience

TE103 - Technology Experience

TE111 - Introduction to CAD

TE111 - Introduction to CAD

TE111 - Introduction to CAD

TE115 - Architectural Drafting & Design

TE115 - Architectural Drafting & Design

TE115 - Architectural Drafting & Design

TE121 - Energy, Power, & Transportation

TE121 - Energy, Power, & Transportation

TE121 - Energy, Power, & Transportation

TE131 - Manufacturing

TE131 - Manufacturing

TE131 - Manufacturing

TE151/152 - PLTW-Introduction to Engineering

TE151/152 - PLTW-Introduction to Engineering

TE151/152 - PLTW-Introduction to Engineering

TE261 - VEX Robotic Automation

TE199 - Consumer Auto

TE199 - Consumer Auto

TE201/202 - Woodworking Design & Techniques

TE201/202 - Woodworking Design & Techniques

TE221/222 - Automotive Technology

TE221/222 - Automotive Technology

TE231 - Metal Fabrication

TE231 - Metal Fabrication

TE235 - Machine Tool Technology 1

TE235 - Machine Tool Technology 1

TE236 - Machine Tool Technology 2

TE236 - Machine Tool Technology 2

TE241 - Basic Welding

TE241 - Basic Welding

TE242 - Advanced Welding

TE242 - Advanced Welding

TE251/252 - PLTW-Principals of Engineering

TE251/252 - PLTW-Principals of Engineering

TE261 - VEX Robotic Automation

TE261 - VEX Robotic Automation

TE262 - Robotics & Mechatronics

TE262 - Robotics & Mechatronics

TE351/352 - PLTW-Civil Engineering & Architecture

TE301/302 - Building Construction

TE353/354 - PLTW-Digital Electronics

TE321/322 - Automotive Systems & Diagnostics

TE355/356 - Advanced Placement (AP) Computer Science Principles

TE335 - Automated Machining

TE336 - Advanced Machine Tool Technology

TE351/352 - PLTW-Civil Engineering & Architecture

TE353/354 - PLTW-Digital Electronics

TE355/356 - Advanced Placement (AP) Computer Science Principles

+Teacher Recommendation Required

The Germantown School District is committed to a School-to-Work philosophy that prepares students for the world of work through partnerships with the business and education communities. This commitment will ensure that students will become successful participants in an everchanging global workforce. The grades 6–12 Technology and Engineering Program includes the components of Communications, Transportation, Construction, and Manufacturing and Engineering, and will be delivered through an integrated curriculum with real-life applications.

Technology Education Beliefs

  • Students will recognize the value of an appropriate work ethic and model it.

  • Staff development is necessary for applying current technologies.

  • Technology education should be integrated into all curriculum and applied to “real world” situations.

  • Students will be prepared for an everchanging competitive global workplace and the world of technology.

  • All students should be exposed to nontraditional careers.

  • There is value in further development of partnerships with other educational and business organizations.

  • Expanded career guidance will benefit both students and families.

Technology Education Program Core Standards
Students will:

  • Develop an appropriate work ethic and model it.

  • Apply learning through simulated and real-life applications.

  • Link the knowledge and skills of technology education in all instructional areas.

  • Develop and link the knowledge and skills of engineering, production, and design in technology education to the workplace.

  • Develop an appreciation of an everchanging workplace and understand the relationship of technology education to that workplace.

  • Develop an awareness of traditional and non-traditional careers by taking an active role in exploring career pathways which lead to future employment.

Technology Education Program Organizers

  • Manufacturing/Production

  • Construction

  • Communication

  • Transportation/Power

  • Engineering

Course Descriptions

Please click the class below for a dropdown to appear with details.