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When the school bell rings at the end of the day, learning doesn’t have to stop. Across the country, an exciting shift is happening: after-school STEM programs are proving themselves to be bright spots of opportunity, growth, and future-readiness for kids of all backgrounds. At The STEM Lab, we see first-hand how these hands-on, curiosity-driven sessions are unlocking potential in a big way. But what exactly makes after-school STEM activities the secret ingredient in preparing children for what’s ahead?


Academic Excellence: Going Beyond the Textbook


Let’s be honest - memorizing equations and reading about inventors can only get kids so far. After-school STEM programs dive deeper, providing practical experiences that help concepts come alive. When students get to build a robot, code a video game, or design a rocket, they are not just following instructions - they are learning by doing. This hands-on approach translates to:


  • Stronger content mastery

  • Higher test scores and better grades

  • Improved study habits and time management


Programs like the 21st Century Community Learning Centers - which support more than 1.5 million youth every year - show measurable boosts in homework completion and everyday classroom behavior. In fact, after-school STEM participants regularly report increased motivation to attend school and succeed in STEM-related subjects.


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Social-Emotional Growth: Building More Than “Hard” Skills


If you’ve ever watched a group of kids problem-solve together, you know: real learning goes far beyond academics. After-school STEM programs provide a collaborative environment where students naturally strengthen their social-emotional muscles. Working as a team to design and test a project means:


  • Developing communication and conflict-resolution skills

  • Learning how to give and receive feedback

  • Building persistence, patience, and self-confidence


Research highlights that environments supporting social-emotional learning (SEL) can elevate academic performance by 11 percentile points. Structured, playful STEM sessions help kids take healthy risks and learn resilience - critical life skills for an unpredictable future.


Inclusive Spaces: Expanding Opportunities for All


Science, technology, engineering, and math should be for everyone. Unfortunately, not all students - especially girls and underrepresented minorities - see themselves as future engineers or scientists. After-school programs can change that story.


By designing hands-on, flexible, and relevant STEM experiences, we break down the barriers that have kept some kids on the sidelines. Using first principles approach to break down complex concepts we can bring STEM to life through creative projects using everyday household items, like building simple circuits and designing biomedical engineering solutions. These efforts not only make STEM approachable, but also foster a sense of belonging for all kids.


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Sparking early interest: Lighting the fire for Lifelong Curiosity


Kids have an amazing capacity for wonder, but interest in STEM can fade if it’s never nurtured outside the textbook. After-school programs change that. Instead of focusing on right answers, they encourage:


  • Experimentation and curiosity

  • Playful exploration and “aha!” moments

  • Connections between science and everyday life


This approach is powerful: studies show that up to 80% of a child’s learning time is spent outside the classroom. By meeting children where their interests lie - whether it’s through chemistry experiments in the kitchen, coding art, or exploring how their favorite video game works - after-school STEM sessions plant seeds that can grow into academic and career passions down the road.


Essential Life Skills: More Than Science and Tech


Success in the future won’t just be about knowing how to write code; it’ll be about thinking creatively, managing time, and staying motivated in unfamiliar territory. After-school STEM programs offer structured enrichment during critical out-of-school hours. This consistent schedule helps kids:


  • Learn how to balance academics with other interests

  • Reduce absenteeism and lower dropout risks

  • Develop critical thinking and organizational skills


Students gain the confidence to tackle larger projects, try new activities, and ultimately take more ownership of their own learning journeys. These are the skills colleges and employers are crying out for - and they start right here, after class, in a supportive environment.


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Real-World Skills, Real-World Impact


Today’s students are tomorrow’s innovators, leaders, and problem-solvers. After-school STEM programs provide the perfect launchpad to develop both the technical smarts and the personal resilience needed in our fast-evolving world. At The STEM Lab, we’re passionate about building these bridges between school and life—one rocket, robot, and creative project at a time.

If you’re interested in helping your child discover all that STEM has to offer, check out our upcoming programs and camps at The STEM Lab, or drop us a line here. The future’s coming fast - let’s make sure our kids are ready for it!

 
 
 

Updated: Oct 26, 2021


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We know that the speed of light is 299,792,458 m/s. But can we somehow calculate this speed at home or in the classroom? To calculate the speed of light, all you need is a microwave oven, a microwave-safe dish, a bag of marshmallows, a ruler, a calculator, and the following equation to calculate the speed of light - c = f where:

  • c = the speed of light = 300,000 km/s or 3.0 x 108 m/s

  • = the wavelength of light, usually measured in meters or Ångströms (1 Å = 10-10 m)

  • f = the frequency at which light waves pass by, measured in units of per seconds (1/s).

PROCEDURE

  1. Place the mini-marshmallows in the dish one layer thick.

  2. If your microwave has a rotating platform, remove it. We don’t want the dish to rotate.

  3. Put the dish in the microwave for 10 seconds.

  4. When you remove the dish, you’ll notice only certain parts are melted. (Time may depend on the microwave – if all or none of your marshmallows melted, adjust the time.)

  5. Measure the distance between the closest melted marshmallow hot zones using your ruler. Measure in centimeters. This is half the wavelength of a microwave.

  6. Look for a sticker on your microwave that tells you its frequency in Hertz (Hz). Most microwaves are around 2450 MHz. Note: MHz = 10^6 Hz

  7. Use the following equation to find the speed of light: Speed of light = 2 x (distance between melted spots) x (frequency of microwave)

  8. How close were you?

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WHAT’S GOING ON? Microwaves are a form of electromagnetic radiation, just like light, but they are beyond the visible spectrum so we cannot see them. A microwave oven works by creating a standing wave in the microwave. The peaks of the wave heat faster and melt the marshmallows first. What you measure is half the wavelength of the microwave light. The arrow shows one full wavelength of microwave light.

Calculate the speed of light using marshmallows & microwave oven

Contact us to learn about our future STEM programs.

Source -

www.wikipedia.com

https://wonders.physics.wisc.edu/

 
 
 

Updated: Dec 2, 2020


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Field trips for students allow them to experience a real-life profession, or concept. It moves the students out of their classroom and get a glimpse of how things work in the world away from their classrooms. It allows them to apply their classroom knowledge in a job that people do to get paid.


Field trips are also wonderful way to make learning fun and engaging. Seeing the practical application of their classroom learning, not only makes that concept exciting, but it allows students to get curious about that concept and makes them want to learn more about it.


But, like everything else COVID-19 has disrupted in 2020, education along with the much needed field trips have suffered as well. Education around the world has either gone fully virtual, or is a mix of virtual and In-person, or fully in-person. Field trips though have completely been eliminated for most students to keep everyone safe and avoid any exposure to the virus.


While continuing to engage students in virtual STEM after-school programs, we have developed a very unique and innovative approach to the field trip model.


We developed 4 virtual STEM Field trips. Each of our field trips involve an initial one-on-one consulting with teachers to understand the concepts students will focus on during the school year. With input from teachers, we sprinkle the elements of their school learnings in our field trips. This makes the field trip experience not only more engaging, but it then becomes an extension of what students are learning, while they learn a new concept in these fun field trips.


Our 4 unique virtual STEM field trips are -

- Entrepreneurship

- Animation Design

- App Design

- Virtual Escape Room


Contact us to learn more about these field trips for your students.

 
 
 
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