Integer Rules Cheat Sheet
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Engineer It! Real-World STEM Design Challenge Unit | Grades 4–10 | NGSS Aligned
5 complete engineering design challenges built around real-world scenarios — no prep required. Each challenge includes a teacher guide, student planning pages, reflection sheets, and scoring rubrics. NGSS aligned (ETS1-1 through ETS1-4). Adaptable for grades 4–10. Topics: wind energy, bridge engineering, thermal insulation, earthquake-resistant structures, and water sustainability. ✅ Print & Go — PDF-ready ✅ 100-point rubrics for each challenge ✅ Engineering Design Process framework built in ✅ V
4th - 10th
Engineering, Instructional Technology
Marble Run Mania Roller Coaster STEM Challenge
Engage your students in a hands-on STEM challenge that brings Newton’s Laws of Motion to life! In Marble Run Mania, student pairs will design, plan, and build a marble run with one goal: achieving the longest travel time possible while working within a set of engineering constraints. What’s Included:Teacher Guide with pacing suggestions, key constraints, and differentiation strategiesNewton’s Laws Introduction Worksheet (Student & Teacher Edition)“Your Mission” Criteria Cards outlining rules a
6th - 9th
Engineering, Physical Science, Physics
NGSS
MS-ETS1-2
, MS-ETS1-4
, MS-ETS1-1
+1
Roller Coaster Engineering Project | Energy, Forces & Motion | NGSS | Grades 6–8
Does your class need a project that gets students genuinely excited about physics? This multi-week roller coaster engineering project challenges student teams to design and build a marble-run prototype for a fictional Six Flags client — applying real concepts of potential energy, kinetic energy, forces, motion, Newton's Laws, and speed calculations the whole way through. It's hands-on, standards-aligned, and built for the real classroom. WHAT'S INCLUDED (19 pages):KWL Warm-Up: Energy & Roller
5th - 8th
Engineering, Physical Science, Physics
NGSS
MS-PS3-2
, MS-ETS1-1
, MS-PS3-5
+1
How to Code in Python Programming | Complete Coding Rules, Syntax & Conventions
This Coding lesson teaches learners how to write clean, correct, and professional Python code. It covers Python's core syntax rules, common coding conventions, proper naming practices, and the official PEP 8 style guidelines. Learners will explore best practices for formatting code, naming variables and functions, organizing scripts, and writing readable, maintainable programs. It provides all the guidance needed to make the learning process smooth and effective, making it easy for t
6th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Python Programming Complete Curriculum | 6-Week Coding Roadmap
How to Turn Strings and Floats into Integers in Python Programming and Coding
This Python programming and coding lesson teaches learners how to convert strings and float numbers into integers using Python’s built-in int() function. It explains when integer conversion is useful, provides real-world examples, and highlights common issues, such as invalid or improperly formatted inputs that can lead to errors. It provides all the guidance needed to make the learning process smooth and effective, making it easy for teachers to teach and quick for learners to learn. ≋≋≋
8th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Python Programming Complete Curriculum | 6-Week Coding Roadmap
Understanding Identifiers in Python Programming | Complete Coding Lessons
This lesson provides a thorough introduction to identifiers in Python. Names used for variables, functions, classes, and more. Learners will understand the rules for creating valid identifiers and how Python distinguishes between Valid and invalid names. The lesson also includes a complete lesson to naming conventions, covering best practices, case styles and adherence to PEP 8 standards. It provides all the guidance needed to make the learning process smooth and effective, making it easy fo
6th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Python Programming Complete Curriculum | 6-Week Coding Roadmap
Third Grade Engineering Unit | Engineering Design, STEM, STEEL, ISTE (3rd)
Looking for an engaging way to help 3rd grade students apply the Engineering Design Process? This Third Grade Engineering Design Unit gives students time to ask, imagine, plan, build, test, improve, and reflect through a hands-on, student-centered engineering project. This unit introduces students to the full engineering design process while giving them structured support, visual expectations, and meaningful work time. Students choose a problem or need, plan a solution, build with classroom mate
3rd
Computer Science - Technology, Engineering, Instructional Technology
Onshape 3D Printing & CAD Project: Personalized Name Keychains
Bring CAD and 3D printing to life with a high-engagement, beginner-friendly project!In this 3-day unit, students will use OnShape (free, cloud-based CAD) to design a custom 3D-printable keychain featuring their own name. This project walks them through the entire engineering design process—from sketching ideas on paper to exporting an STL file for printing. Whether you’re introducing parametric modeling for the first time or need a plug-and-play STEM activity, this resource has everything you n
6th - 10th
Basic Principles, Computer Science - Technology, Engineering
NGSS
HS-ETS1-2
, HS-ETS1-3
, HS-ETS1-4
Da Vinci Parachute Prototypes -- Hands-on STEM
In this lesson, students solve geometry problems and learn background physics concepts as they build a working model of Leonardo Da Vinci’s parachute. Logic, critical thinking, a bit of Renaissance history, writing and supporting conclusions with details from a source—it’s all here too!
Make this extended lesson a cross-curricular, standards-based mini-unit, or just make it a cool building activity. Pick and choose the level of commitment right for you and your students. With the suggested e
4th - 8th
Engineering, Geometry, Physical Science
Engineering Design Process Slides Worksheets & Easy STEM Challenge Activities
This Introduction to STEM and the Engineering Design Process PowerPoint presentation can be used to teach students about what STEM is, help them understand how the Engineering Design Process works, and have them experience working on STEM challenges with their peers. The 27-slide Introduction to STEM and the Engineering Design Process PowerPoint presentation contains the following: A slide for the title5 slides on what STEM is7 slides on skills developed by STEM2 slides on the importance of ST
2nd - 5th
Engineering, Science
Engineering Design Process PowerPoint & Google Slides - Introduction to STEAM
Introduce your students to the Engineering Design Process and STEAM with this PowerPoint or Google Slides presentation. Students will gain a better understanding of how the Engineering Design Process works and prepare them for STEAM challenges with their peers. * This is the STEAM version of my Introduction to STEM and the Engineering Design Process PowerPoint.UPDATE: Link to Google Slides version added. - September 7, 2021The 30-slide PowerPoint presentation contains the following: A slide
2nd - 5th
Engineering, Science
STEM Engineering - Landforms PDF & Powerpoint {Elementary Grades}
STEM Engineering is not just for big kids! Your students will love this STEM design brief where they get to plan, create, and reflect on creating a landform. You will love it because the PDF includes detailed teacher directions, parent letter about the project, session outline, and more! The powerpoint introduces the STEM project to students in a kid-friendly way PLUS reviews important vocabulary that will be needed throughout the project.
If you are new to STEM, I highly suggest that you down
1st - 3rd
Engineering
Variable Scope in Python Programming | Complete Coding Lessons.
This lesson explores the concept of variable scope in Python, helping learners understand how and where variables can be accessed within a program. It covers local, global, and nonlocal scopes, explaining their roles within functions, nested structures, and the overall program flow. By the end, learners will gain a clear understanding of how scope impacts variable behavior and program logic. It provides all the guidance needed to make the learning process smooth and effective, making it ea
7th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Python Programming Complete Curriculum | 6-Week Coding Roadmap
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