XYZprinting Grades 9-12 STEAM Curriculum 1-Year Subscription (Download)

XYZprinting Grades 9-12 STEAM Curriculum 1-Year Subscription (Download)

XYZprinting Grades 9-12 STEAM Curriculum 1-Year Subscription (Download)

XYZprinting Grades 9-12 STEAM Curriculum 1-Year Subscription (Download)

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Product Highlights

  • Designed for Grades 9 to 12
  • Uses Next Gen Science Standards (NGSS)
  • 13 Lesson Plans Included
  • Works with XYZprinting 3D Printers

Grades | Number of Lessons: 9-12 | 13

K-5 | 1

Electronic Download

K-5 | 10

Electronic Download

6-8 | 1

Electronic Download

6-8 | 17

Electronic Download

9-12 | 1

Electronic Download

9-12 | 13
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  • Buy the G9-12 Curriculum And Get 5 da Vinci Pro 1.0 3-in-1 FREE!. Offer ends: NOV 30 '18

This item is noncancelable and nonreturnable.

NOTE: This product is an educational discounted version available to qualified faculty/staff and academic institutions only (not for individual students). Proof of current educational status is required. If you are unsure of your eligibility, please contact us prior to purchasing.

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XYZprinting Steam Curriculum G912 overview

  • 1Description

The XYZprinting Grades 9-12 STEAM Curriculum 1-Year Subscription is designed to deliver engaging STEAM-based lessons, using student-friendly 3D software and 3D printers. Created using Next Generation Science Standards (NGSS), the included 13 lessons can be mixed with existing school curricula or work as standalone lessons. The curriculum has an emphasis on teaching 3D design principles and encourages collaborative learning and problem-solving skills.

Curriculum 1

Electrons and Chemical Bonds (Physical Science)
Students will create atomic models with proper electrons, along with designing models of the chemical bond types that exist between molecules. The visual design method will help students understand the concept and allow them to create physical representations of the molecular structure.

Curriculum 2

Circuit Board Housing (Physical Science)
Students will learn about how data is transferred through analog and digital signals. They will discuss the advantages of both types of transmissions and learn that digital data transmission allows for information to be transferred securely and reliably. Students will also learn about the Raspberry Pi, a tiny computer that is used to introduce students to computation and programming. The culminating project in these lessons is a design project where students are asked to 3D model and print a case that will house the latest version of the Raspberry Pi.

Curriculum 3

Structure of DNA (Life Science)
Students will learn about the research that led Watson and Crick to their discovery, along with understand how base pairing in DNA occurs. Students will then use their understanding of the DNA helix model and create a 3D version of DNA using computer-aided design (CAD).

Curriculum 4

Pollution, Microplastics (Life Science)
Students will learn about the Great Pacific Garbage Patch and do research on how plastics, specifically microplastics, have damaging effects on filter feeders, such as zooplankton and oysters. Students will learn about microplastics and how they are used in abundance in innocuous everyday items, such as toothpaste and facial cleansers. They will then design a sifter that can be used to remove microplastics from ocean sand.

Curriculum 5

Bridges (Engineering, Technology, and the Application of Science)
Students will create a small-scale bridge design using the information they acquire about design parameters. Each piece or structure can be designed and then 3D printed separately and assembled with glue or designed as a solid structure.

Curriculum 6

Design Project: Tolerance Analysis (Engineering, Technology, and the Application of Science)
Students will design, create prototypes, and test 3D designs of puzzle cube pieces. Students will conduct finite element analysis (FEA) or other visual studies on the model as needed to validate such tolerance tests.

Curriculum 7

Solar Cell (Physical Science)
Reviewing the theory of solar technology and its applications, students will utilize off-the-shelf solar cells to capture sunlight that can provide DC power to a motor, LED, or another power-receiving device. Students will focus on creating a solar cell frame that can be rotated and/or tilted to efficiently capture sunlight at any given angle. The project will be related to photovoltaic power production.

Curriculum 8

Mini Camera Module (Physical Science)
Students will utilize a board camera and integrate it with a custom handheld housing to build a custom functional digital camera. Designs can be created for specific experiments or projects or adapted to robotic systems for full integration. Digital files will be stored on an external SD card.

Curriculum 9

Shock Absorber (Physical Science)
Students will learn about action and reaction as well as methods to minimize the impact. Using a shock-absorbing design, students will create and test prototypes to determine the effects of each type of solution.

Curriculum 10

Rube Goldberg Machines (Physical Science)
Students will learn about the different categories of energy, along with the different types of simple machines. They will be asked to design and create their own complex machine.

Curriculum 11

Gears (Physical Science)
Students will learn about different types of gears and their uses. They will learn what dictates the direction of a gear system, how to calculate gear ratios, and how gears convert potential energy (e.g., elastic and gravitational) to kinetic energy in gear systems. Students will also 3D model and print a gear system.

Curriculum 12

Flashlight Design (Physical Science)
Students will learn about how 3D printing can be used to create precision objects that are both functional and useful. They will learn about how current flows through a circuit and how symbols can be used to explain different types of circuit configurations. Students will use their understanding of circuit diagrams to design their own circuit that will be used to create a flashlight design, using off-the-shelf components, such as LED, battery, battery holder, wiring, battery contacts, and more. These components will be integrated into a custom housing that the students will design. Each design must integrate these components and fit with precision in order to make the parts function correctly.

Curriculum 13

Buoyancy Design (Engineering, Technology, and the Application of Science)
Students will create a simple boat hull design and learn the basic principles of buoyancy, floating and sinking, displacement, density, volume, mass, and area. They will use these principles to design a boat hull that can float using different types of materials.
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  • 1Description

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