#stemlearning

[biologist4ever]

The Beauty of Glowing Chemistry

There’s something fascinating about watching chemistry come to life—literally. Reactions that produce light, like chemiluminescence and bioluminescence, remind us that science isn't just useful—it's beautiful. ✨ These luminous reactions spark wonder and curiosity. Who knew that molecules dancing together could create such magic? 💡 Which glowing reaction has fascinated you the most?

[just-a-girl-who-likes-sharks]

Finally realizing the childhood dream of having a pink room + my new study area because I’m obsessed 🥰

(Also this room is so big! I have this study corner and my rats here with me but the rest of this room is so pink and empty!)

[adafruit]

🚨✨ New at Adafruit! ✨🚨 💻 Raspberry Pi USB 3 Hub - 5 Gbit/s USB 3.2 Gen1, 🌈 Adafruit NeoPixel Pebble / Seed LED Strand - 100, 150, 200, and 300 LEDs, 🔋 Adafruit bq25185 USB / DC / Solar Lithium Ion/Polymer charger, and ⚡ Adafruit bq25185 USB / DC / Solar Charger with 3.3V Buck Board. Head over to https://adafruit.com/new

[whatwouldmariecurieactuallydo]

A little weekend gift for you STEMMes <33

Keep going , you can do it <33

[wadegriffith]

The School Specialty Innovation Center in Dallas, Texas has future-ready learning environment solutions in an 6,885 square foot showroom which features art & science stations, a maker-space, sensory spaces for mindfulness and relaxation, eSports stations, and modern media centers. 

Expert interior designers, learning environment specialists, and educational strategists collaborated to create inspiring vignettes for every type of space in the school.

© Wade Griffith Photography 2023

[komalbrainfoster]

Excel with Expert IP Physics Tuition at SG Physics Tuition

At SG Physics Tuition, our IP Physics Tuition program is crafted to support Integrated Programme students through the challenging physics syllabus. With a quick curriculum and advanced content, many students benefit from structured guidance. Our experienced ex-MOE tutors deliver lessons that focus on clear concept explanations, analytical thinking, and exam-based application. We provide both online and on-site classes to match modern learning needs, ensuring convenience without sacrificing quality and attention. With proven success rates and a supportive teaching approach, SG Physics Tuition helps students stay ahead and build confidence in physics. Discover more at www.sgphysics.com.

[alinagentry90]

 Python Full Course – GoPython by GoGlobalWays

Start your coding journey with GoPython, a beginner-friendly Level-1 Python course by GoGlobalWays. This hands-on course includes 15 practical sessions, blending concepts with creative projects and games to make learning Python fun and easy.

Course Sessions Overview:

1️⃣ Introduction to Python – Learn what Python is and why it’s so popular 2️⃣ Data Types in Python – Understand different types of data like strings, integers, and floats 3️⃣ Finding the Max Number – Learn to write logic and compare numbers 4️⃣ Conditional Statements – Master if, elif, and else for decision making 5️⃣ Functions in Python – Create reusable code with functions 6️⃣ Toss the Coin Game – Build your first Python game using random choices 7️⃣ Rock Paper Scissors Game – Code the classic logic game step-by-step 8️⃣ Turtle Graphics Introduction – Create art using Python’s Turtle module 9️⃣ Drawing Complex Shapes – Use loops and Turtle to make advanced shapes 🔟 Tic Tac Toe Game (Part 1) – Start building a turn-based game 1️⃣1️⃣ Tic Tac Toe Game (Part 2) – Complete the game logic 1️⃣2️⃣ Instagram Reels Logo in Python – Draw real-world logos with code 1️⃣3️⃣ Snake Game (Part 1) – Build the game interface and logic 1️⃣4️⃣ Snake Game (Part 2) – Add scoring and more interactivity 1️⃣5️⃣ Snake Game (Part 3) – Finalize your fully playable snake game

🌟 Perfect for: Students, beginners, and young coders 📚 Skills Covered: Programming logic, graphics, game design, and problem-solving

👉 Follow the full playlist and start coding with GoGlobalWays! - https://youtu.be/w827LUrPlu4?si=sbYhzOYmpoYtWquS

[angelamappingtrends]

Mapping Urban Noise Pollution Using GIS: Heat Maps and Buffer Analysis

Geographic Information Systems (GIS) provide a powerful lens for visualizing issues we can't see like urban noise pollution. By applying tools such as heat maps and buffer zones, users can capture and interpret sound pollution data from sources like traffic, railways, construction, and industry. This project blends spatial analysis with real-world data, offering valuable insights for professionals and learners aiming to create healthier, data-informed cities.

Why Map Urban Noise?

Noise pollution is a growing concern in urban environments, contributing to stress, sleep disturbances, and long-term hearing loss. Mapping it spatially using GIS allows for the identification of noise hotspots and their proximity to vulnerable locations such as schools and hospitals. These visual insights help guide urban design decisions and enable more targeted mitigation strategies.

Educational and Technical Value of GIS Noise Mapping

Environmental Literacy: Understand how noise affects human health and urban life.

Geospatial Reasoning: Learn how physical layout and infrastructure influence sound patterns.

Hands-On Learning: Work with authentic datasets for real-world relevance.

GIS Proficiency: Gain experience with data input, analysis, and map creation.

Policy Understanding: Explore how mapping informs planning and regulation.

Key Tools and Features

Heat Maps: Visualize noise intensity with color gradients.

Buffer Zones: Define impact ranges (250m, 500m, 1km) around high-noise areas.

Data Import: Upload structured CSV files with spatial attributes.

Interactive Output: Share and embed maps across platforms for broader impact.

Procedure: How to Map Noise Pollution in MAPOG

Start by collecting or simulating noise data from sources like mobile apps or government databases. Your dataset should include location names, geographic coordinates, decibel levels, noise sources, and optional time stamps. Organize the data in a CSV file with clearly labeled columns. Create a new map project, upload your CSV, and match the correct latitude and longitude fields. Open the attribute table and add a column titled “Values in dB,” where you'll manually enter each location's noise level. After validating the entries, use the Buffer Tool to generate circular impact zones: 250 meters for High Impact, 500 meters for Moderate, and 1 kilometer for Low. Then activate the Heat Map layer, set the “Values in dB” column as the intensity input, and apply a color scheme Blue for ≤50 dB, Pink for 51–70 dB, and Red for >70 dB. Finalize your analysis by duplicating this setup across all buffer ranges and sharing the map via a public link or embedded widget.

Use Case: Smart City Development

Noise pollution mapping plays a critical role in designing smart, sustainable cities. Planners and developers can use GIS data to identify high-noise corridors and make informed decisions about zoning, construction, and traffic flow. By integrating this analysis into smart infrastructure systems, cities can proactively monitor noise exposure and adapt accordingly through green barriers, quiet zones, or dynamic routing. These maps become part of the urban feedback loop, supporting data-driven solutions for better living conditions and environmental performance.

Open GIS Tools for Inclusive Innovation

Platforms like MAPOG offer accessible entry points for anyone interested in spatial analysis. With intuitive interfaces and no coding required, these tools support collaborative innovation across disciplines  whether in classrooms, planning departments, or civic labs. Users can quickly visualize complex data, share results, and build transparency in urban management.

Conclusion

Using GIS to map noise pollution translates invisible urban challenges into understandable, shareable insights. Whether you're working in urban tech, education, or public policy, these tools foster smarter decision-making and encourage healthier, more adaptive city environments. Join the movement to map your city's soundscape and help shape the future of smart urban living.

[obotzcanada]

The Nano Robotics Program by OBotz is an engaging STEM initiative tailored for children aged 6 and above. This program offers a hands-on learning experience, guiding young minds through the fundamentals of robotics and coding. Structured into three progressive levels—Crazee, Clapee, and Cartee—each spanning 8 to 10 weeks, the curriculum encompasses a range of activities from building simple circuits to assembling remote-controlled models. Participants delve into concepts like LED lighting, motor functions, sensor integration, and mechanical design, fostering creativity, logical reasoning, and technical proficiency.

[ecosdeldeshielo]

🌡️🔬 ¿Sabías que la energía que usamos todos los días sigue leyes universales?

Te presentamos esta infografía sobre las Leyes de la Termodinámica, explicadas de forma clara y con ejemplos cotidianos. Desde el calor de una taza de café hasta el funcionamiento de un refrigerador… ¡la física está en todas partes! ⚡🍵❄️

📚 Perfecta para estudiantes, docentes y curiosos que quieren entender cómo se mueve la energía en nuestro mundo. 👇 ¡Desliza o amplía para conocer más!

[timemasterae]

Unlock Your Child’s Future with Robotics!

Time Master’s Robotics Course is designed to spark creativity, critical thinking, and problem-solving skills in young minds. Through fun, hands-on activities, kids learn to build and program robots, preparing them for a tech-driven world!

[idea-explorer]

How Train Scale Models Contribute to STEM Education

[just-a-girl-who-likes-sharks]

Fun fact: if you look at a closed collateral vascular bundle it looks like a happy little fella and I think that’s great

In this picture: close up of a closed collateral vascular bundle in the stem of Zea mays (cornplant).

Picture taken by myself during a lab last semester, image enlarged by a lightmicroscope (10X10X)

[finelab]

🔬 Elevate Your Classroom Experience with Advanced Educational Science Lab Equipment! 🌟

Looking for high-quality science lab equipment for your educational institution? We’ve got you covered! Our Deca Head Microscope and Ten Headed Multi-Viewing Microscope are designed to enhance learning with multi-viewing capabilities for students and teachers alike.

🔹 Deca Head Microscope – A revolutionary tool for group learning, enabling up to 10 users to observe specimens at the same time!

🔹 Ten Headed Multi-Viewing Microscope – Ideal for classrooms or science labs, this microscope offers unparalleled group learning experiences by allowing multiple students to view slides simultaneously.

Whether you're teaching biology, chemistry, or any other science subject, these high-tech microscopes will foster collaboration, engage students, and improve their learning outcomes. 🌱

🌐 FineLab UK Cooperation – Your trusted partner in providing top-notch educational science lab equipment. We specialize in durable, reliable, and user-friendly solutions for schools, colleges, and universities.

👉 Contact us today for more information on our products and pricing!