Ontario STEM standards: hands-on mechanical engineering activities

Ontario Standards Mapping

Teachers can use Toyineer projects to address selected Ontario Science and Technology and Mathematics expectations through hands-on mechanical construction.

Alignment reviewed October 2026.

Executive summary

Teachers can use Toyineer projects to address Ontario curriculum expectations by giving learners physical mechanisms they can construct, observe and explain. Grade 2 learners can describe different forms of movement and identify how an object's position can be changed (D2.1; D2.2), while Grade 3 learners can describe how forces are exerted and how forces change motion or shape (C2.2; C2.3). The Grade 4 Machines and Their Mechanisms expectations are exceptionally well matched to Toyineer: learners identify mechanism parts and their purposes (D2.2), describe how mechanisms transmit motion (D2.3), and explain how mechanisms transform the direction, speed or plane of motion (D2.4). Ontario Mathematics adds a direct spatial connection as Grade 1 learners construct three-dimensional objects and identify the two-dimensional shapes contained within them (E1.2). The completed toy provides unusually strong, hands-on evidence for classroom discussion of mechanics, force, motion transfer, geometry and spatial reasoning. Toyineer projects are hands-on engineering activities that teach mechanics, geometry, spatial reasoning and technical problem solving through the construction of working mechanical toys. Video instruction and clear assembly guides support independent and classroom use while keeping educator preparation minimal.

Standards and evidence.

These alignments use only the ordinary Toyineer construction process. They do not depend on a separate extension activity.

I. 2022 Ontario Science and Technology: Movement and Forces

Grade 2D2.1

Describe different ways an object can move.

Toyineer mechanisms visibly produce linear, pivoting, rocking and back-and-forth motion. Learners can observe and describe how different components move while the toy operates.

Grade 2D2.2

Identify ways in which the position of an object can be changed.

A push or pull on the Toyineer input changes the position of connected components. Learners can trace those changes through the mechanism as parts move along constrained paths.

Grade 3C2.2

Describe different ways a force can be exerted on an object.

During assembly and operation, learners apply pushes, pulls and contact forces directly to mechanical parts and can describe where and how those forces act.

Grade 3C2.3

Describe how forces of varying magnitude can cause an object to start, stop, or change its direction, speed, or shape.

Toyineer mechanisms provide immediate examples of force changing motion, while flexible carton board joints and components can visibly bend or change shape under applied force.

II. 2022 Ontario Science and Technology: Machines and Their Mechanisms

Grade 4D2.2

Identify the parts of various mechanisms and describe the purpose of each part.

Toyineer exposes its mechanism during construction. Learners assemble levers, fulcrums, followers, push rods, pivots, flexure hinges, stops and structural components and can connect each part with its mechanical purpose.

Grade 4D2.3

Describe how different mechanisms transmit various types of motion from one system to another.

Toyineer toys visibly transmit motion through connected components. Learners can follow an input movement through a lever, linkage, follower or push rod to the resulting output motion.

Grade 4D2.4

Describe how mechanisms transform motion, including changes in plane, speed and/or direction.

The completed toy makes motion transformation visible: mechanisms redirect movement, change its direction and convert one path of motion into another through constrained mechanical relationships.

III. Ontario Mathematics: Geometric and Spatial Reasoning

Grade 1E1.2

Construct three-dimensional objects and identify two-dimensional shapes contained within structures and objects.

This describes the Toyineer build directly: flat printed shapes are folded and assembled into three-dimensional components whose faces and profiles remain visible within the completed structure.

Official standards sources: Ontario Science and Technology, Grades 1–8, 2022 and Ontario Mathematics, Grade 1 — Geometric and Spatial Reasoning.

Hands-on evidence for standards-aligned learning.

Teachers can use Toyineer projects to address these standards. Students also gain skill in their use of tools and appreciate the importance of accuracy in engineering.

All standards pages