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A full Guide to Common Python Errors and How to Fix Them | Coding Lessons
This Python programming and coding guide covers the most common types of errors in Python, including syntax errors, runtime errors, and logical errors. Learners will explore how to identify, understand, and effectively resolve these errors to write more reliable and error-free code. 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. ≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋≋ Ready-to-teach.
7th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: Python Programming Complete Curriculum | 6-Week Coding Roadmap
Dr. Taylor's 8 Day AP Physics Cram Session
This focused 8-day cram course will help you systematically revisit and reinforce the most important AP Physics concepts in the final stretch before your exam. Each day zeroes in on high-impact topics, concise formula sheets, practice problems, and targeted free-response questions to deepen your understanding and sharpen your problem-solving skills. By dedicating time daily to practice, reflect on mistakes, and review key ideas, you’ll build the confidence and readiness needed to excel on test d
9th - 12th
Engineering, General Science, Physics
STP (Spanning Tree Protocol) Part 2 | CCNA 200-301 Prep and Networking Lessons
This lesson is on Spanning Tree Protocol (STP) – Part 2. Ideal for ICT, Computer Science, Networking, or certification prep (CCNA, CCNP, or CompTIA Network+), it covers advanced STP concepts including STP states and timers, Bridge Protocol Data Units (BPDUs), optional STP features, and STP configuration. Learners will understand how STP maintains a loop-free network, optimizes convergence, and can be fine-tuned for greater network efficiency and stability. ◇◆◇◆◇◆◇◆◇◆◇◆◇◆◇◆◇◆◇◆◇◆◇◆ Things
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Also included in: The Ultimate CCNA & Networking BUNDLE [ From Zero to Network Pro ]
UrbanSim! Design a Sustainable City: Urban Planning/Ecology Simulation Project
🌆 DESIGN YOUR SUSTAINABLE CITY: THE ULTIMATE URBAN PLANNING PROJECT 🌳 **Bring urban planning to life** with this engaging, standards-aligned project where students become city planners balancing human needs, environmental protection, and wildlife habitat! **WHAT STUDENTS DO:** - Design a complete city with 30+ required elements (CBD, suburbs, factories, schools, transportation, green spaces, etc.) - Test ideas using FREE SimCity alternatives (SimCity BuildIt, City Creator, Micropolis) - Write
8th - 12th
Engineering, Environment, Geography
Getting to Newton: Origins of a predictable world. Visual Astronomy, Physics
Like the adult conversations used in foreign language classes, each scene in this 3-act play introduces new ideas and vocabulary. I suggest that selected students read one scene aloud each week as a prompt for discussion around "What did you understand about the scene, what did you not understand, what vocabulary is new." This first book in the 2025 set used free Stellarium(TM) planetarium software that a teacher would run in middle school, and students in high school could learn it. At the
6th - 9th, Adult Education, Higher Education
Drama, Engineering, Physics
NGSS
HS-ESS1-4
, MS-ESS1-1
, HS-ETS1-4
PhySciManics - Project Based Learning PBL STEM Magazine Issue 2
Update! PhySciManics is now a Harvard Innovation Lab project! This is the fun, one of a kind STEM / STEAM Project Magazine you've heard about! Teach your students about scale model building with the step-by-step tutorials in this issue, then, let them craft Asian and Oriental lanterns and light them up using out very own safe, light sequencing app, which can be downloaded for free from the link below: Download LightBox now!Use these projects to introduce and enrich your lessons about:MeasuringS
3rd - 9th
Engineering, Physical Science
Intermediate Lego Robotics Challenge Cards
Expand programming skills using these intermediate challenge cards! While these cards were designed for Lego Spike Prime kits, most of them can be adapted and used with other robots. The Intermediate cards may use the beginner movements of forward, backward, spin and turn as well as these new skills: the timer, loops(nesting), events, distance and pressure sensor, plus an extra motor with attachments. Need to start at a simpler level? Check out our FREE Beginner Lego Robotics Challenge Cards he
4th - 12th
Engineering, Robotics
Back to School Team-Building Challenge: Tallest Tower STEM Activity 6–12
Kick off the school year with this engaging Back to School STEM team-building challenge! Students work together to build the tallest tower using index cards while practicing communication, creativity, and collaboration. Start your school year strong with this Back to School Team-Building Challenge: Build the Tallest Tower — a low-prep, high-engagement STEM activity that helps students break the ice, build connections, and practice essential teamwork skills! In this challenge, students work in s
6th - 12th
Engineering, Other (Science), Robotics
Re-Designing Power Plants - Renewable Energy Sources Project
Engage your Environmental Science or Geography students with this comprehensive, hands-on project where they take on the role of land developers! Students will research an existing non-renewable power plant, analyze its environmental impact, and design a physical 3D model to renovate the land into a renewable energy source. Product OverviewThis project-based learning (PBL) unit guides students through a 6-day journey from data analysis to creative engineering. It connects real-world energy deman
5th - 9th
Engineering, Environment, Geography
NGSS
MS-ETS1-2
, MS-ETS1-4
, MS-ESS3-3
Bridge Engineering Lesson
In this challenge, you will design and build a model bridge with the highest strength to weight ratio. Students will read this PowerPoint lesson and answer questions on bridge engineering science and on designing a model bridge. I also included a Powerpoint lesson on how to draw a full size drawing of a model bridge. You can modify or edit the lesson to meet your needs. All the worksheets, tests, answer keys, grading rubrics, and suggestions for teaching this unit are provided in Word format fre
8th - 12th
Engineering, Physical Science, Physics
Bridge Engineering
Bridge Engineering In this challenge, you will design and build a model bridge with the highest strength to weight ratio. Students will read the PowerPoint lesson and answer questions on bridge engineering science and on designing a model bridge. I also included Powerpoint lessons on how to draw a full size drawing of a model bridge. You can modify or edit the lesson to meet your needs. All the worksheets, tests, answer keys, grading rubrics, and suggestions for teaching this unit are provided i
8th - 12th
Engineering, Physical Science, Physics
13 Marble Run STEM Challenges Perfect for Any Science Center or Maker Space
In the challenges students will be tasked with using marble run track pieces to design and engineer several different marble runs. Some of the challenges are related to nursery rhymes, some are centered around characters in a Maker Fun Factory, and other challenges have students analyzing Newton’s Laws of Motion while thinking critically.
These STEM activities are designed for students in grades K-8.
If you like these challenges check out my other STEM and Maker Challenges in my Teachers Pay
K - 10th
Engineering
Design Your Own Experiment | Environmental Engineer Projects | Inquiry Learning
Guide your students to think like environmental engineers! These 10 projects center ecology and environmental science to investigate ecosystems! Help your students explore how living things connect, compete, and thrive with these 10 NGSS-aligned Ecosystems Engineering Design Projects for middle school and High school! Each challenge invites students to design, test, and improve a hands-on model that connects life science with real-world engineering — from creating a Pollinator Prototype
6th - 12th
Engineering, Environment, Marine Science
NGSS
MS-ETS1-2
, MS-LS2-2
, MS-LS2-3
+6
DIY Resonance Lab: Measure Sound Speed with Phone App & Sliding Tubes | A/Key
Speed of Sound Slide Tube Challenge: Where DIY Meets High-Tech! Uncover the mysteries of standing waves and sound waves using your laptop/smartphone and homemade resonance tubes! Blend Technology with Hands-on Science In this cutting-edge experiment, you'll:Construct a sliding resonance tube from everyday materials Use your phone/laptop as a high-precision sound generator Detect fascinating resonance patterns Calculate the speed of sound like a pro physicist Comprehensive Lab Package Incl
9th - 12th, Adult Education, Higher Education
Engineering, General Science, Physics
Valentine STEM Heart Copters
Take flight this Valentine's Day with this fun STEM challenge. This Heart Copter engineering project comes with a Challenge Sheet with rules and holiday scenario, an Informational Reading Passage about the science behind the related topic, printable templates, and several Lab Booklet templates to meet your classroom needs. The lab includes teacher suggestions for materials and pictures. This lab can be created with common, inexpensive materials! ***Heart Copters is also included in my Valentine
3rd - 9th
Engineering, Science
Valentine STEM Cupid's Bow
Help Cupid hit his target this Valentine's Day with this fun Bow and Arrow STEM challenge. This engineering project comes with a Challenge Sheet with rules and holiday scenario, an Informational Reading Passage about the science behind the related topic, and several Lab Booklet templates to meet your classroom needs. The lab includes teacher suggestions for materials and pictures. This lab can be created with common, inexpensive materials! ***Cupid's Bow and Arrow is also included in my Valentin
3rd - 9th
Engineering, Science
STEM Engineering Design: Scholarly Article Search (Phase 1)
This presentation, titled "Proving a Problem is Worth Solving: Scholarly Article Search," serves as an instructional guide for engineering students on how to conduct academic research to justify their design projects. Instead of relying on personal opinions or casual sources, the slideshow outlines a systematic approach to finding and utilizing empirical evidence. It introduces key academic databases (such as Google Scholar, ResearchGate, ScienceDirect, and IEEE Xplore), teaches effective searc
9th - 12th
Engineering
Also included in: Engineering Design Process Phase 1 Teacher Slide Bundle
STEM Engineering Design: Proposed Design Solution Guide (Phase 1)
This 12-slide presentation, titled Proposed Design Solution Guide, serves as a structured, instructional framework designed to walk students step-by-step through the engineering design process for their online portfolios. Moving systematically from a high-level elevator pitch to technical execution, the slideshow provides clear guidelines on how to transition from an initial problem statement to a fully realized design solution using precise engineering terminology rather than marketing languag
9th - 12th
Engineering
Also included in: Engineering Design Process Phase 1 Teacher Slide Bundle
STEM Engineering Design: Using Market Research Data (Phase 3)
This presentation, titled "Problem Background and Statistics: Using Market Research Data," serves as a structured educational guide for a Phase 1 Engineering Capstone Project. It focuses on the critical importance of utilizing primary data—specifically market research surveys—to validate and quantify a real-world problem before attempting to design a solution. By emphasizing demographic targeting, specific user frustrations (such as usability, cost, and safety), and the impactful use of data vi
9th - 12th
Engineering
Also included in: Engineering Design Process Phase 1 Teacher Slide Bundle
STEM Engineering Design: Identifying Project Objectives (Phase 1)
This presentation, titled Identifying Project Objectives, serves as a foundational guide for engineering students to define clear, effective goals for their projects. It introduces project objectives as a formal "contract" with instructors that establishes the criteria for success. The core of the presentation focuses on applying the SMART framework—ensuring objectives are Specific, Measurable, Achievable, Relevant, and Time-bound—to replace vague goals with quantifiable, data-driven targ
9th - 12th
Engineering
Also included in: Engineering Design Process Phase 1 Teacher Slide Bundle
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