Problems Solving Process
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Engineering Design Process Worksheets Posters STEM Booklet Phenomenon Bundle
Inspire future engineers with engineering design process worksheets, posters, and foldable booklets. Each component is carefully crafted to build problem-solving skills and encourage innovative thinking. Bundles are the most economical way to get all the resources. Check out the previews to see how these engineering design process tools can make a difference in your classroom and help your students succeed. Here's what you get:✓ The Engineering Design Process Posters✓ Foldable Booklets✓ Kid-Fr
3rd - 6th
Engineering, Physics, Science
NGSS
3-5-ETS1-1
, 3-5-ETS1-2
IDEA Problem-Solving Method for Physics and Chemistry | Back to School
Are your students struggling to solve Physics or Chemistry problems? Do they have no idea where to start? Or maybe they jump right in plugging in numbers, then get lost in the process! This was exactly the problem I was having with my AP Physics 1 students when I developed this method. I would typically present this as one of the first lessons to my students, but this can also be quickly taught within a unit whenever you feel like it is needed. I have used this method for AP Physics 1, AP Physi
10th - 12th, Higher Education
Chemistry, Physical Science, Physics
BrushBot Engineering: Investigating the Engineering Design Process
I look forward to teaching students about the Engineering Design Process through the building of BrushBots every year. Brushbots are robots students make using toothbrush heads, DC mini motors with leads, AA batteries, a battery pack with leads, and art materials of their choice. If you are looking for a way to engage your students while teaching the the EDP, this is the unit for you. Each student learns about EDP while going through all of the steps to build their own unique BrushBot. During th
4th - 8th
Engineering, Physical Science
AP Biology Calvin Cycle Worksheet
Master Carbon Fixation & Photosynthesis Processes Help your students truly understand one of the most challenging parts of photosynthesis with this AP Biology Calvin Cycle Worksheet designed for deep conceptual understanding and AP-level reasoning. This resource walks students step-by-step through the Calvin Cycle while reinforcing how energy from light-dependent reactions is used to build glucose and support life on Earth. 🧪 What’s Included: Introduction to the Calvin Cycle: Location (
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Also included in: AP Biology Worksheet Bundle (13 Resources)
Aero Engineers Drone Engineering Lab and STREAM Program
AERO ENGINEERS is a mission-based Drone Engineering STREAM Program designed to introduce students in Grades 4–6 to aerospace engineering, flight operations, teamwork, problem solving, and the engineering design process through hands-on learning experiences. WE use EC300 Drones that are built with LEGO Technic Like pieces. These drones are very affordable (about $50.00). Students work in collaborative flight teams as they build, test, fly, analyze, redesign, and improve a series of classroom dro
4th - 6th
Engineering
Student Behavior Reflection Page – Printable Layout
Student Behavior Reflection Page | Printable for Restorative Conversations & SEL Support meaningful behavior conversations with this student-friendly reflection page—perfect for helping learners process their choices, build self-awareness, and create actionable plans for improvement. Whether you're managing classroom incidents, implementing restorative practices, or documenting behavior for RTI/IEP meetings, this printable is a must-have tool for educators and paraprofessionals. What’s Included
Not Specific
Classroom Community, Environment, Social Emotional Learning
R1.4 Entropy, HL (IBDP Chemistry)
This PowerPoint lesson covers entropy and disorder for IBDP Chemistry (first examination 2025), helping students understand energy dispersal and predict entropy changes in physical and chemical processes. It provides a clear, structured approach to both conceptual understanding and calculation of standard entropy changes. Entropy (S) is a measure of the disorder or randomness of particles in a system, as well as how energy is distributed. Systems with higher entropy have particles that are more
11th - 12th
Chemistry
Also included in: BUNDLE R1.4 Entropy and Spontaneity HL Only Content (IBDP Chemistry)
BUNDLE R1.1 Measuring Enthalpy Changes (IBDP Chemistry)
This bundle of PowerPoints covers IBDP Chemistry R1.1 Measuring Enthalpy Changes for first examination 2025, giving students a clear, structured introduction to energy transfer, exothermic and endothermic processes, and calorimetry. It is designed to help students build a strong conceptual and calculation-based foundation in energetics, moving from basic energy ideas to the practical measurement of enthalpy change. In this topic, students learn how energy is transferred during physical and chemi
11th - 12th
Chemistry
R2.3 Physical Equilibrium (IBDP Chemistry)
This PowerPoint lesson covers physical equilibrium for IBDP Chemistry (first examination 2025) and gives students a clear introduction to one of the key ideas needed for understanding reversible processes. It is designed to help students recognise the features of a physical system at equilibrium and explain why equilibrium is dynamic rather than static. Physical equilibrium occurs during a physical change when the rate of the forward process is equal to the rate of the reverse process. In other
11th - 12th
Chemistry
R1.1 Energy Transfer in Chemical Reactions (IBDP Chemistry)
This PowerPoint lesson covers energy transfer in chemical reactions for IBDP Chemistry (first examination 2025) and gives students a clear introduction to how energy is involved in both physical changes and chemical processes. It is designed to help students build secure understanding of the law of conservation of energy, the difference between system and surroundings, and the important distinction between heat and temperature. In chemistry, energy transfer refers to the movement or transformati
11th - 12th
Chemistry
Also included in: BUNDLE R1.1 Measuring Enthalpy Changes (IBDP Chemistry)
R2.1 Atom Economy (IBDP Chemistry)
This PowerPoint lesson covers atom economy for IBDP Chemistry (first examination 2025), including calculations, reaction efficiency and links to green chemistry. It provides a clear, structured approach to understanding how chemists evaluate and improve industrial processes. Atom economy is a measure of reaction efficiency that compares the total mass of reactants that ends up in the desired product, expressed as a percentage. A high atom economy means that most atoms from the reactants are inco
11th - 12th
Chemistry
Also included in: BUNDLE R2.1 How Much? The Amount of Chemical Change (IBDP Chemistry)
Earthquake Tower STEM Worksheets – Editable Version | Grades 3–5
Looking for editable STEM worksheets to run an earthquake engineering challenge in your Grades 3–5 classroom? This Earthquake Shake Tower Editable Student Worksheet Packet gives teachers the flexibility to customize student pages while guiding learners through the engineering design process as they design, test, and improve a tower built to withstand simulated earthquake shaking. This resource is ideal for teachers who want to reduce writing, modify language, or adapt worksheets for differ
3rd - 5th
Earth Sciences, Engineering, Physical Science
NGSS
4-PS3-4
, 3-5-ETS1-3
, 3-5-ETS1-1
+2
Also included in: Earthquake Tower STEM Worksheets Bundle – Editable Version | Grades 3–8
Earthquake Tower STEM Worksheets – Editable Version | Grades 6–8
Looking for editable STEM worksheets to support an earthquake engineering challenge in your middle school classroom? This Earthquake Shake Tower Editable Student Worksheet Packet gives Grades 6–8 teachers the flexibility to customize student pages while guiding students through the engineering design process as they design, test, analyze, and improve a tower built to withstand simulated earthquake shaking. This resource is ideal for teachers who want to adjust wording, reduce writing load,
6th - 8th
Earth Sciences, Engineering, Physics
NGSS
MS-ETS1-2
, MS-ETS1-1
, MS-ETS1-3
Also included in: Earthquake Tower STEM Worksheets Bundle – Editable Version | Grades 3–8
AP Chemistry Unit 6 Bundle (6.1–6.9): Thermochemistry
This AP Chemistry Unit 6 Bundle covers Thermochemistry (Topics 6.1–6.9) and provides a complete set of instructional materials to support both teachers and students throughout the unit. All resources are aligned with AP Chemistry Course and Exam Standards and support AP-style problem solving, energy calculations, and conceptual understanding of enthalpy, calorimetry, and thermodynamic processes. Included resources feature: Textbook Alignment (with Chemistry: The Central Science (Brown & LeMay, 1
10th - 12th
Chemistry
Also included in: AP Chemistry ENTIRE YEAR | Units 1–9 (Full Curriculum, Labs, Resources)
S2.4 Addition Polymers (IBDP Chemistry)
This PowerPoint lesson explains addition polymerisation and how to represent repeating units from monomer structures, supporting IBDP Chemistry students in mastering polymer formation. Designed for first assessment 2025, it develops the structural drawing skills and conceptual understanding required for exam success. Addition polymerisation is the process in which unsaturated monomers containing a carbon–carbon double bond (C=C) join together to form a long-chain polymer. During the reaction, on
11th - 12th
Chemistry
Also included in: BUNDLE S2.4 From Models to Materials SL Content (IBDP Chemistry)
BUNDLE R2.3 How Far? The Extent of Chemical Change, SL Content Only (IBDP Chem)
This bundle of PowerPoints covers IBDP Chemistry SL R2.3 How Far? The Extent of Chemical Change for first examination 2025, including physical equilibrium, chemical equilibrium, the equilibrium constant Kc, and Le Châtelier’s principle. It provides a clear, carefully sequenced set of lessons that help students move from the basic idea of dynamic equilibrium to quantitative equilibrium expressions and prediction of equilibrium shifts. The extent of chemical change describes how far a reversible p
11th - 12th
Chemistry
R1.4 Gibbs Energy and Equilibrium, HL (IBDP Chemistry)
This PowerPoint lesson covers Gibbs energy and equilibrium for IBDP Chemistry HL (first examination 2025), helping students connect spontaneity, equilibrium and thermodynamic calculations. It provides a clear, structured explanation of how Gibbs energy can be used to predict reaction direction and to interpret the relationship between equilibrium position, the reaction quotient and the equilibrium constant. Gibbs energy is a thermodynamic quantity that combines the effects of enthalpy, entropy a
11th - 12th
Chemistry
Also included in: BUNDLE R1.4 Entropy and Spontaneity HL Only Content (IBDP Chemistry)
S2.4 Condensation Polymers, HL (IBDP Chemistry)
This PowerPoint lesson covers condensation polymers for IBDP Chemistry HL (first examination 2025), explaining how polymers form from monomers with functional groups and release small molecules. It supports students in understanding polymer formation, structure and real-world applications of materials such as polyesters and polyamides. Condensation polymers are formed when monomers join through reactions between functional groups, producing a polymer and a small molecule such as water as a by-pr
11th - 12th
Chemistry
Also included in: BUNDLE S2.4 From Models to Materials, SL & HL (IBDP Chemistry)
R1.3 Fossil Fuels (IBDP Chemistry)
This PowerPoint lesson explores fossil fuels, combustion, carbon dioxide emissions and the greenhouse effect, helping IBDP Chemistry students evaluate fuels quantitatively and environmentally. Designed for first assessment 2025, it develops data analysis, thermochemical reasoning and international-mindedness linked to global energy use. Fossil fuels are non-renewable energy resources formed from the remains of ancient organisms over millions of years. This lesson clearly defines key terms includ
11th - 12th
Chemistry
Also included in: BUNDLE R1.3 Energy from Fuels (IBDP Chemistry)
R1.2 Bond Breaking and Forming (IBDP Chemistry)
This PowerPoint lesson introduces bond breaking and bond forming in chemical reactions and shows students how average bond enthalpy data can be used to calculate the enthalpy change (ΔH) of a reaction. It is designed for IBDP Chemistry, first examination 2025, and aligns directly with the energetics section of the syllabus. Bond breaking and forming is a core concept in energetics. Breaking chemical bonds requires energy to be absorbed from the surroundings, while forming bonds releases energy.
11th - 12th
Chemistry
Also included in: BUNDLE R1.2 Energy Cycles in Reactions, SL Only (IBDP Chemistry)
R1.3 Combustion Reactions (IBDP Chemistry)
This PowerPoint lesson explains combustion reactions and their enthalpy changes, guiding IBDP Chemistry students through balancing equations and understanding exothermic energy profiles. Designed for first assessment 2025, it develops the skills required to deduce and explain combustion reactions of metals, non-metals, hydrocarbons and alcohols. Combustion is defined as a chemical reaction between a fuel and oxygen gas that releases energy, usually producing oxides. In complete combustion of org
11th - 12th
Chemistry
Also included in: BUNDLE R1.3 Energy from Fuels (IBDP Chemistry)
BUNDLE R1 What Drives Chemical Reactions? SL & HL (IBDP Chemistry)
This bundle of PowerPoints covers IBDP Chemistry R1: What drives chemical reactions? for first examination 2025, including both SL and HL content across energy transfer, enthalpy changes, fuels, entropy and Gibbs energy. It is designed to give teachers and students a complete, well-sequenced set of lessons for teaching the full R1 topic from core foundations through to Higher Level thermodynamics. In IBDP Chemistry, this topic explores the energetic and thermodynamic ideas that explain why react
11th - 12th
Chemistry
R1.1 Exothermic and Endothermic Reactions (IBDP Chemistry)
This PowerPoint lesson covers exothermic and endothermic reactions for IBDP Chemistry (first examination 2025) and helps students understand how energy is transferred between a reacting system and its surroundings. It provides a clear, accessible introduction to one of the core ideas in energetics and supports students in linking temperature change, direction of energy transfer and energy profile diagrams. Exothermic reactions transfer energy to the surroundings, while endothermic reactions tran
11th - 12th
Chemistry
Also included in: BUNDLE R1.1 Measuring Enthalpy Changes (IBDP Chemistry)
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