Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — bundle cover

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 1

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 2

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 3

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 4

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 5

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 6

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 7

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 8

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 9

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 10

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 11

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario — included worksheet 12

Grade 7 Science worksheet — Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario

Description

Grade 7 science lesson bundle for Ontario engineering design emphasizes prototyping, testing, and load-path reasoning across 12 printable worksheets. 🧪

In this lesson bundle, students move from ideas to evidence using structured practice focused on materials, member behavior, and design choices that can be justified.

What’s Included

✅ Grade 7 Science Worksheet – Prototyping Methods (Ontario) Practice (PDF) – Practice using prototyping steps to test ideas and refine designs.
✅ Grade 7 Science | Optimization Strategies Worksheet (Ontario PDF) – Apply optimization strategies to improve outcomes while meeting constraints.
✅ Grade 7 Science | Member Behaviour Worksheet (Ontario) PDF – Explore how members behave under forces using guided reasoning.
✅ Grade 7 Science Worksheet – Material Testing & Material Properties (PDF) – Identify material properties and connect them to testing results.
✅ Grade 7 Science Worksheet – Material Properties with Ontario Standards (PDF) – Practice linking observations of properties to Ontario science expectations.
✅ Grade 7 Science Load Path Mapping Worksheet (Ontario) – PDF – Map load paths to explain how forces travel through a structure.
✅ Grade 7 Science – Load Path Basics Worksheet (Ontario) PDF – Build foundational understanding of load paths using step-by-step tasks.
✅ Grade 7 Science – Failure Modes Worksheet (Ontario) (PDF) – Predict possible failure modes and justify which evidence supports the choice.
✅ Grade 7 Science Worksheet | Durability Factors and Material Performance (PDF) – Analyze durability factors that affect material performance over time.
✅ Grade 7 Science | Design Process Worksheet (Ontario Standards) (PDF) – Follow a complete design process with checkpoints for evidence-based revisions.
✅ Grade 7 Science – Connection Design Worksheet (Ontario) (PDF) – Design and evaluate connections by reasoning from forces and constraints.
✅ Grade 7 Science – Advanced Materials Worksheet (Ontario Standards) (PDF) – Compare advanced material options using claims supported by evidence.

Skills & Standards

This Ontario-aligned bundle supports crosscutting concepts such as systems and interactions and structure and function, while strengthening disciplinary core ideas in engineering design through evidence-based explanations.

Worksheets emphasize modeling (e.g., load-path sketches and prototype reasoning), analytical reasoning (sorting constraints, predicting outcomes, and comparing alternatives), and evidence-based explanations (linking observations from material testing to design decisions).

Perfect For

Teachers seeking structured instruction
Sub plans
Homework or review
Intervention or centers
Assessment preparation

How to Use

Use the 12 worksheets across a multi-day pacing plan for a materials and engineering design mini-unit: start with prototyping and the design process, then progress to material properties and testing, move into load-path mapping and member behaviour, and finish with failure modes, connections, and advanced materials for a culminating evidence-based revision.

For daily use, consider a quick warm-up (1–2 questions from the prior sheet), guided work time for modeling and analytical reasoning, and an exit ticket that requires students to write one claim supported by evidence from the worksheet’s scenario.

Closing

Download this Grade 7 science lesson bundle to support student practice in engineering design reasoning with materials, forces, and evidence-based explanations.

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario

Name: Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario
Brand: MyTeachingSheets
SKU: 590d691d-18c6-4efd-a695-5597848a83e7
Price: 38.40 USD
Availability: InStock

$38.40$48.00Save $9.60

Evergreen Desk Education

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SubjectScienceGradeGrade 7

What’s included

12 worksheets · Save $9.60 (20%) · prices shown inside the bundle

01
Grade 7 Science | Design Process Worksheet (Ontario Standards) (PDF)
Grade 7 · Science · 17 Pages
- Explain how functional requirements and constraints guide engineering design choices from problem definition to solution selection.
- Describe how performance objectives (such as load capacity, stiffness, and serviceability) influence design decisions.
- Use a simple decision matrix and sketches to compare concept options and justify a preferred solution using criteria and trade-offs.
$3.20$4.00
02
Grade 7 Science Worksheet – Material Properties with Ontario Standards (PDF)
Grade 7 · Science · 16 Pages
- Define and compare key material properties: density, tensile strength, compressive strength, stiffness (modulus), ductility, toughness, and thermal expansion.
- Explain how material properties influence structural performance and design choices for beams and columns.
- Contrast wood, steel, and reinforced concrete by strength-to-weight ratio, deformation under load, and typical failure modes.
$3.20$4.00
03
Grade 7 Science – Failure Modes Worksheet (Ontario) (PDF)
Grade 7 · Science · 16 Pages
- Identify key structural failure modes such as buckling, fatigue cracking, fracture, and connection/foundation failures.
- Explain how geometry, material properties, and loading conditions affect which failure mode occurs.
- Describe limit states design thinking using safety factors, redundancy, and risk reduction strategies.
$3.20$4.00
04
Grade 7 Science Worksheet – Prototyping Methods (Ontario) Practice (PDF)
Grade 7 · Science · 16 Pages
- Compare scaled physical models, digital finite-element models (FEM), and laboratory load rigs for evaluating strength, stiffness, and failure modes.
- Explain how instrumentation such as strain gauges and displacement transducers are used to quantify structural response.
- Identify limitations of scaling and describe how prototype test results can guide design revisions and risk assessment.
$3.20$4.00
05
Grade 7 Science Load Path Mapping Worksheet (Ontario) – PDF
Grade 7 · Science · 16 Pages
- Describe how engineers map primary and secondary load paths in multi-span bridge and building systems
- Explain how diaphragms, shear walls, and moment frames change stiffness and redirect loads
- Predict how openings, re-entrant corners, and irregular geometry can redistribute gravity, lateral, and dynamic loads
$3.20$4.00
06
Grade 7 Science – Load Path Basics Worksheet (Ontario) PDF
Grade 7 · Science
- Describe how loads transfer through structural members using the idea of a load path.
- Differentiate dead loads and live loads and identify common examples of each.
- Recognize where tension, compression, and shear occur in beams, columns, trusses, and connections.
$3.20$4.00
07
Grade 7 Science Worksheet – Material Testing & Material Properties (PDF)
Grade 7 · Science
- Describe how tensile, compression, and bending tests reveal key material properties used in design.
- Explain how non-destructive testing (ultrasonic testing and hardness measurements) helps evaluate materials without damaging them.
- Relate material variability, anisotropy (especially in timber and composites), and strain localization to safety factors and design codes.
$3.20$4.00
08
Grade 7 Science | Optimization Strategies Worksheet (Ontario PDF)
Grade 7 · Science · 16 Pages
- Explain how iterative refinement and quantitative comparison are used to improve engineering designs.
- Describe how topology and form optimization can reduce weight and cost while maintaining required strength, stiffness, and durability.
- Use performance-based criteria and safety margins to evaluate whether an optimized design meets code requirements.
$3.20$4.00
09
Grade 7 Science – Connection Design Worksheet (Ontario) (PDF)
Grade 7 · Science · 16 Pages
- Explain how bolted, welded, and bearing connections help create continuous load paths in structures
- Describe shear, bearing, and slip at connections and how these behaviors affect structural performance
- Compare how connection stiffness and detailing (gusset plates and base plates) influence capacity and failure modes
$3.20$4.00
10
Grade 7 Science Worksheet | Durability Factors and Material Performance (PDF)
Grade 7 · Science · 17 Pages
- Explain how environmental conditions (water, salts, freeze–thaw, and UV) lead to material degradation over time.
- Identify protective measures (coatings, cathodic protection, concrete cover, sealers, and detailing) that improve durability.
- Relate maintenance schedules and inspection intervals to expected lifespan and long-term structural reliability.
$3.20$4.00

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Who is Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario designed for?

Grade 7 Engineering Design & Materials Science Lesson Bundle Ontario is designed for Grade 7 students and Science learners and can be used in classrooms, homeschool, or independent practice.

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