Description
St. Patrick’s Day STEM Bundle | Lessons + Labs + Worksheets | Grades 6–12 | Middle & High School | Engineering, Light, Color, and Python Coding Activities Connecting Real‑World Science to Digital Modeling
What’s Included
- Full primers for both lessons
- Complete lesson plans with pacing guides
- Teacher notes with simplified and advanced physics and math
- Engineering design worksheets
- Light refraction and spectrum lab worksheets
- Python coding worksheets for RGB, gradients, simulations, and pixel manipulation
- Multiple Python code examples with full comments
- Student lesson packages for both lessons
- Challenge tasks and extensions
- Reflection and exit slips
- Rubrics for both lessons
- Slide deck outlines for both lessons
What Problem This Solves for Teachers
Teachers often struggle to find holiday‑themed lessons that are academically rigorous, standards‑aligned, and easy to teach without specialized training. This bundle solves that problem by transforming St. Patrick’s Day themes—leprechauns and rainbows—into two complete STEM experiences that blend engineering, physical science, and Python coding. Everything is scaffolded so teachers with little to no programming background can run both lessons confidently with zero extra prep.
Why This Matters for Teachers
Both lessons are fully classroom‑doable, visually engaging, and flexible across grades 6–12. Teachers receive complete materials, clear explanations, and ready‑to‑use worksheets that eliminate planning time. The coding components are scaffolded with starter code and comments, making them accessible even for teachers new to Python. The bundle provides two high‑impact lessons that can be taught independently or as a multi‑day STEM mini‑unit.
Why This Matters for Students
Students explore real science—forces, motion, refraction, wavelength, color mixing—and connect it to computer science through simulations, RGB values, and digital modeling. They build mechanical systems, investigate real light behavior, and generate digital rainbows and simulations using Python. The lessons build creativity, problem‑solving, data literacy, and computational thinking while giving students memorable, hands‑on STEM experiences tied to a fun seasonal theme.
Standards Alignment Review
Aligned to:
- NGSS MS‑PS2‑2, MS‑PS3‑1, MS‑PS4‑1, MS‑PS4‑2, MS‑PS4‑3, MS‑ETS1‑2, MS‑ETS1‑4
- NGSS HS‑PS2‑1, HS‑PS3‑2, HS‑PS4‑1, HS‑PS4‑3, HS‑ETS1‑3, HS‑ETS1‑4
- CSTA 2‑AP‑10, 2‑AP‑13, 3A‑AP‑16, 3A‑DA‑11
- Mathematical Practices MP.2, MP.4, MP.5, MP.7
Students engage in engineering design, forces and motion, energy transfer, wave behavior, refraction, dispersion, additive color mixing, RGB encoding, loops, simulations, and digital modeling.
What Students Will Learn
- How mechanical systems use forces, motion, and simple machines
- How to model probability and movement using Python
- How real rainbows form through refraction and dispersion
- How digital screens create color using RGB values
- How to generate digital rainbows, gradients, and simulations
- How to compare real‑world phenomena with digital representations
- How to analyze data, iterate designs, and communicate findings
This bundle transforms St. Patrick’s Day into a high‑engagement, high‑rigor STEM experience that blends engineering, physical science, and Python coding in a way students love and teachers can teach confidently. With complete materials, scaffolded coding, and hands‑on investigations, this two‑lesson bundle is ready to teach and guaranteed to bring meaningful, standards‑aligned learning to your classroom.
Follow Us and Give Feedback!
Click the ★ to follow my store and get notified when new products and freebies become available. Did you know that you can receive credit toward future TpT purchases by reviewing this product? Each dollar you spend gives you one TpT credit! If you enjoy this product, please leave a positive review at the product page or through "My Purchases" under "My Account" at TpT.
St. Patrick’s Day STEM Python Coding & Science Bundle | Grades 6–12
Highlights
Description
St. Patrick’s Day STEM Bundle | Lessons + Labs + Worksheets | Grades 6–12 | Middle & High School | Engineering, Light, Color, and Python Coding Activities Connecting Real‑World Science to Digital Modeling
What’s Included
- Full primers for both lessons
- Complete lesson plans with pacing guides
- Teacher notes with simplified and advanced physics and math
- Engineering design worksheets
- Light refraction and spectrum lab worksheets
- Python coding worksheets for RGB, gradients, simulations, and pixel manipulation
- Multiple Python code examples with full comments
- Student lesson packages for both lessons
- Challenge tasks and extensions
- Reflection and exit slips
- Rubrics for both lessons
- Slide deck outlines for both lessons
What Problem This Solves for Teachers
Teachers often struggle to find holiday‑themed lessons that are academically rigorous, standards‑aligned, and easy to teach without specialized training. This bundle solves that problem by transforming St. Patrick’s Day themes—leprechauns and rainbows—into two complete STEM experiences that blend engineering, physical science, and Python coding. Everything is scaffolded so teachers with little to no programming background can run both lessons confidently with zero extra prep.
Why This Matters for Teachers
Both lessons are fully classroom‑doable, visually engaging, and flexible across grades 6–12. Teachers receive complete materials, clear explanations, and ready‑to‑use worksheets that eliminate planning time. The coding components are scaffolded with starter code and comments, making them accessible even for teachers new to Python. The bundle provides two high‑impact lessons that can be taught independently or as a multi‑day STEM mini‑unit.
Why This Matters for Students
Students explore real science—forces, motion, refraction, wavelength, color mixing—and connect it to computer science through simulations, RGB values, and digital modeling. They build mechanical systems, investigate real light behavior, and generate digital rainbows and simulations using Python. The lessons build creativity, problem‑solving, data literacy, and computational thinking while giving students memorable, hands‑on STEM experiences tied to a fun seasonal theme.
Standards Alignment Review
Aligned to:
- NGSS MS‑PS2‑2, MS‑PS3‑1, MS‑PS4‑1, MS‑PS4‑2, MS‑PS4‑3, MS‑ETS1‑2, MS‑ETS1‑4
- NGSS HS‑PS2‑1, HS‑PS3‑2, HS‑PS4‑1, HS‑PS4‑3, HS‑ETS1‑3, HS‑ETS1‑4
- CSTA 2‑AP‑10, 2‑AP‑13, 3A‑AP‑16, 3A‑DA‑11
- Mathematical Practices MP.2, MP.4, MP.5, MP.7
Students engage in engineering design, forces and motion, energy transfer, wave behavior, refraction, dispersion, additive color mixing, RGB encoding, loops, simulations, and digital modeling.
What Students Will Learn
- How mechanical systems use forces, motion, and simple machines
- How to model probability and movement using Python
- How real rainbows form through refraction and dispersion
- How digital screens create color using RGB values
- How to generate digital rainbows, gradients, and simulations
- How to compare real‑world phenomena with digital representations
- How to analyze data, iterate designs, and communicate findings
This bundle transforms St. Patrick’s Day into a high‑engagement, high‑rigor STEM experience that blends engineering, physical science, and Python coding in a way students love and teachers can teach confidently. With complete materials, scaffolded coding, and hands‑on investigations, this two‑lesson bundle is ready to teach and guaranteed to bring meaningful, standards‑aligned learning to your classroom.
Follow Us and Give Feedback!
Click the ★ to follow my store and get notified when new products and freebies become available. Did you know that you can receive credit toward future TpT purchases by reviewing this product? Each dollar you spend gives you one TpT credit! If you enjoy this product, please leave a positive review at the product page or through "My Purchases" under "My Account" at TpT.
