Description
This product contains 5 cuttable interactive notebook templates, with activities like match the following, sorting activities, spinner, true or false, etc.
There are answer keys and actual student-style images for the activities.
Topics Covered:
- Match Problems and Solutions – Match the Following
- Statement Pairing Activity
- Engineering Design – Spinner Activity
- True or False Activity
- Criteria (Wants) vs Constraints (Limits) – Classification Sorting Activity
What You Get: Printable PDFs:
US Letter Version – 13 pages
Engage your young learners with this NGSS-aligned interactive notebook focused on 3-5-ETS1-1: Design Engineering Problem. This resource helps students explore how to define problems and identify criteria and constraints in engineering design, through hands-on activities, visual learning, and simple real-world connections.
Perfect for Grades 3–5, this interactive notebook supports traditional, remote, and hybrid classrooms, and is aligned with NGSS, TEKS, ACARA, Ontario, BC, and UK science standards.
Curriculum Compatibility :
This interactive notebook is aligned with NGSS 3-5-ETS1-1, which focuses on defining a simple design problem reflecting a need or a want that includes specified criteria for success and constraints on materials, time, or cost.
In addition to NGSS, this resource supports similar learning objectives across various international and state science curricula:
Canada (Ontario & BC Science Curriculum):
Addresses engineering design processes, problem-solving, and identifying criteria and constraints.
Texas TEKS:
Supports Grade 3–5 Science TEKS related to engineering design, problem-solving, and planning solutions.
Virginia SOL:
Complements upper elementary science standards focusing on design processes and practical problem-solving.
United Kingdom (KS2 Science / Design & Technology):
Aligns with learning goals related to designing, making, and evaluating solutions.
Australia (ACARA – Years 3–5):
Matches design and technologies curriculum focusing on defining problems and developing solutions.
This makes the resource suitable for Grades 3–5 classrooms globally, whether in traditional, remote, or hybrid learning environments.
Please note: Actual images may slightly vary based on ongoing feedback and refinements.
License:
© 2025 Dewwool.com. All rights reserved. For personal and classroom use only.
Highlights
Description
This product contains 5 cuttable interactive notebook templates, with activities like match the following, sorting activities, spinner, true or false, etc.
There are answer keys and actual student-style images for the activities.
Topics Covered:
- Match Problems and Solutions – Match the Following
- Statement Pairing Activity
- Engineering Design – Spinner Activity
- True or False Activity
- Criteria (Wants) vs Constraints (Limits) – Classification Sorting Activity
What You Get: Printable PDFs:
US Letter Version – 13 pages
Engage your young learners with this NGSS-aligned interactive notebook focused on 3-5-ETS1-1: Design Engineering Problem. This resource helps students explore how to define problems and identify criteria and constraints in engineering design, through hands-on activities, visual learning, and simple real-world connections.
Perfect for Grades 3–5, this interactive notebook supports traditional, remote, and hybrid classrooms, and is aligned with NGSS, TEKS, ACARA, Ontario, BC, and UK science standards.
Curriculum Compatibility :
This interactive notebook is aligned with NGSS 3-5-ETS1-1, which focuses on defining a simple design problem reflecting a need or a want that includes specified criteria for success and constraints on materials, time, or cost.
In addition to NGSS, this resource supports similar learning objectives across various international and state science curricula:
Canada (Ontario & BC Science Curriculum):
Addresses engineering design processes, problem-solving, and identifying criteria and constraints.
Texas TEKS:
Supports Grade 3–5 Science TEKS related to engineering design, problem-solving, and planning solutions.
Virginia SOL:
Complements upper elementary science standards focusing on design processes and practical problem-solving.
United Kingdom (KS2 Science / Design & Technology):
Aligns with learning goals related to designing, making, and evaluating solutions.
Australia (ACARA – Years 3–5):
Matches design and technologies curriculum focusing on defining problems and developing solutions.
This makes the resource suitable for Grades 3–5 classrooms globally, whether in traditional, remote, or hybrid learning environments.
Please note: Actual images may slightly vary based on ongoing feedback and refinements.
License:
© 2025 Dewwool.com. All rights reserved. For personal and classroom use only.
