Design technologies have expanded the possibilities of art and design. In this program, students will discover how technologies like 3D printers and laser cutters take a digital design and produce a physical product or piece of art. Your students will be able to create their own designs for a laser cut pin which will be cut and engraved at the museum, and then shipped to your school.
This program is virtual via Zoom. We have implemented the following measures to ensure that our virtual programming is safe and secure:
- Waiting room to prevent uninvited guests from joining the meeting
- Controls in place to control if and when students can chat and share content
- End-to-end encryption to ensure proper security
- Recording of program is not permitted by any party
Materials & Equipment
Each student will need two sheets of paper and a writing tool.
Curriculum links
This program will cover the following curriculum-related topics and themes across a range of grade levels. The content can be adapted, based on the needs of the group.
Scroll to the right to view more of the table.
| Matter | Energy |
|---|---|
| Materials Properties of materials used in design technologies to create different objects or products. Physical and Chemical Changes Changes in the material used to create the final product.
|
Forms and Transformation of Energy Energy used to transform material to produce the product. Electrical energy is transformed into other forms of energy in design technologies. Light Use of light energy to produce enough heat to burn material in a laser cutter.
|
| Process | Other |
| Communication Clarity and precision of communication and instructions when working with digital technologies. Creativity Creating designs for technologies like 3D printers and laser cutters. Problem Solving and Iterative Design Finding solutions to issues that arise during the design process. Reasoning to determine the modifications necessary to produce the desired product. |
Design Software Software that can be used to create designs for technologies, such as 3D printers and laser cutters. |
Teacher tips
An educator from the museum will connect with your classroom using videoconferencing software. Through your web camera and the chat feature, the educator will see and interact with the students throughout the session.
We request that the organizer of the virtual field trip provides our educator with a meeting link at least one week before the program. See the attached document for tips and tricks for connecting with your class.
Planning your Virtual Field Trip (PDF)
After you book your program, we will provide information about the program set up and any supplies you/your students will need to maximize your experience.
Fee
$140
This includes the cost of shipping the laser-cut pins (designed by your students) to your school.
We request a maximum of 30 students or one classroom per session, in order maximize the educator’s ability to interact with your students.
Reservations
Booking requests can be made through our Online Reservation Request Form.
You can also connect directly to our Customer Relations team:
Email: contact@IngeniumCanada.org
Phone: 613-991-3053 or 1-866-442-4416
Did you know we now offer Virtual Field Trips live from the Museum?
Our “Movement and Machines: It’s Simple!” program will “lift” your class up, in more ways than one!
Transcript
00:00 Virtual Field trips: Streamed from the museums to you
00:08 Are you looking to lift your class up with an exciting virtual field trip?
00:18 Movement and Machines: It’s Simple, is one of many awesome programs to choose from.
00:24 Book your program today.
00:31 Ingenium logo, IngeniumCanada.org
Program Details
- View all programs at the Canada Science and Technology Museum
- View other programs related to Arts & Design
- View other programs for: Grade 3 - Grade 10 (Ontario) or Elementary Cycle 2 - Secondary Cycle 2 (Quebec)