Jacksonville, FL: STEM/STEAM Activities for Kids

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STEM/STEAM Activities for Kids in Jacksonville, FL

57 activities

Master Builder Quest: Construct and Create

DescriptionWelcome to Master Builder Quest: Construct and Create! In this engaging class, young creators will embark on an exciting adventure in engineering and design. Students will have the opportunity to build their own rockets, craft intricate Rube Goldberg machines, and engineer innovative, self-powered vehicles—all while exploring the principles of motion, force, and creativity. Through hands-on projects, participants will learn about the science behind their creations, experiment with different materials, and collaborate with classmates to solve challenges. Each session is packed with fun activities that encourage critical thinking and imagination. Join us in this quest to become a master builder and see how far your ideas can soar!

Critter Creations: Movement with Motors

DescriptionExplore the wonders of motion in nature through hands-on projects that bring animals to life! In this engineering course, students will learn about different types of motion—spinning, rolling, zigzagging, and more—by building motorized creatures that mimic the movements of real animals. Each lesson combines creativity, engineering, and biology, allowing students to craft and decorate their own motor-powered animals while learning about the natural world. Each week, engineers and animal lovers alike will complete a new build. From the buzzing flight of bees to the slithering motion of snakes, students will discover how animals move, feed, and survive in nature.

Robotics with LEGO

by Digital Dreamers Academy

DescriptionEngaging hands-on program designed for 3rd-5th grade students. Using LEGO Education kits, students build, code, and experiment with robots to develop problem-solving, engineering, and programming skills. Through interactive challenges, they explore sensors, motion, and mechanics while fostering creativity, collaboration, and critical thinking. This program provides a strong foundation in robotics, encouraging young learners to innovate and bring their ideas to life!

Digital Art and Design

by Digital Dreamers Academy

DescriptionA foundational program designed for TK-2nd grade students. This program teaches young learners how to navigate the digital world safely and responsibly, covering topics like online safety, respectful communication, privacy, and screen time balance. Through engaging activities and discussions, students develop essential skills to become responsible digital users while building awareness of their online actions and interactions.

Robotics Mastery

by Digital Dreamers Academy

DescriptionAn advanced program designed for 3rd-8th grade students who want to take their robotics skills to the next level. Using platforms like LEGO Education, Sphero, and Micro:bit, students engage in complex robotics challenges, coding, and engineering problem-solving. They explore autonomous navigation, sensor integration, and real-world robotics applications while developing critical thinking, creativity, and teamwork. This program empowers students to design, build, and program advanced robotic systems, preparing them for future innovation in robotics and technology!

Exploring Advanced AI

by Digital Dreamers Academy

DescriptionAn exciting program designed for 3rd-8th grade students in the Digital Explorers track who are ready to dive deeper into the world of artificial intelligence. Building on foundational AI concepts, students explore machine learning, neural networks, and real-world AI applications through hands-on projects and interactive activities. They experiment with AI-powered tools, analyze how AI makes decisions, and discuss ethical considerations in technology. This program fosters critical thinking, problem-solving, and innovation, preparing young learners for the future of AI-driven technology!

Advanced Game Design

by Digital Dreamers Academy

DescriptionAdvanced Game Design is an immersive program designed for 3rd-8th grade students who are ready to take their game development skills to the next level. Building on foundational concepts, students dive deeper into game mechanics, level design, and scripting using platforms like Roblox Studio and Lua programming. Through hands-on projects, they refine their coding abilities, develop interactive experiences, and explore advanced problem-solving techniques. This program encourages creativity, critical thinking, and collaboration, empowering students to design and build more complex and engaging games!

Micro:bits for Beginners

by Digital Dreamers Academy

DescriptionA hands-on program designed for 3rd-5th grade students. Using BBC Micro:bit, a beginner-friendly programmable device, students explore the fundamentals of coding, electronics, and problem-solving. Through engaging projects, they learn to program LED displays, sensors, and simple games while developing computational thinking and creativity. This program provides a strong foundation in physical computing, empowering students to bring their coding skills to life in interactive and exciting ways!

by Digital Dreamers Academy

DescriptionAn engaging program designed for 3rd-5th grade students. This program introduces young learners to the fundamentals of artificial intelligence (AI) through hands-on activities and interactive discussions. Students explore how AI powers everyday technology, from chatbots to image recognition, while learning key concepts like machine learning, pattern recognition, and ethical AI use. By experimenting with beginner-friendly AI tools, they develop problem-solving and critical thinking skills, preparing them for the future of technology!

Intro to Game Design with Roblox

by Digital Dreamers Academy

DescriptionAn exciting program designed for 3rd-5th grade students. Using Roblox Studio, students learn the fundamentals of game design, coding, and 3D world-building as they create their own interactive experiences. Through hands-on projects, they explore scripting with Lua, problem-solving, and creativity while gaining valuable skills in digital design and game development. This program encourages innovation and teamwork, empowering students to bring their game ideas to life!

Digital Citizenship

by Digital Dreamers Academy

DescriptionA foundational program designed for TK-2nd grade students. This program teaches young learners how to navigate the digital world safely and responsibly, covering topics like online safety, respectful communication, privacy, and screen time balance. Through engaging activities and discussions, students develop essential skills to become responsible digital users while building awareness of their online actions and interactions.

Computer Literacy

by Digital Dreamers Academy

DescriptionA foundational program designed for TK-2nd grade students. This program introduces young learners to essential digital skills, including basic computer navigation, typing, internet safety, and responsible technology use. Through interactive activities, students develop confidence in using digital tools, laying the groundwork for future learning in coding, robotics, and online collaboration.

Block-Based Coding

by Digital Dreamers Academy

DescriptionA beginner-friendly program designed for TK-5th grade students, introducing them to the fundamentals of programming through a visual, drag-and-drop interface. Using platforms like Scratch and Code.org, students in TK-2nd grade engage in interactive storytelling and simple coding activities, while 3rd-5th graders create animations, games, and problem-solving projects. This hands-on approach builds a strong foundation in computational thinking, creativity, and logical reasoning, making coding accessible and fun!

DescriptionSTEM robotics involves integrating the principles of Science, Technology, Engineering, and Mathematics (STEM) to design, construct, program, and operate robots. It often involves teaching students how to use computer programming to control robots, which can range from simple remote-controlled devices to complex autonomous machines. Here's a bit more about what each component entails: Science: Students apply scientific concepts such as physics (motion, force, energy) and mathematics to design effective robots. Technology: Robotics technology includes components like sensors, processors, and communication devices. Students may also learn about various software tools used for designing and programming robots. Engineering: Students use engineering principles to design and build physical robot models, selecting and combining materials and components to achieve desired functionality. Mathematics: Mathematics plays a key role in programming and controlling robots, particularly in areas like geometry and algebra. Students use mathematical reasoning to predict the movement and behavior of robots. Ultimately, STEM robotics is about understanding and creating sophisticated technology, but also about using this technology to solve problems and make life better. It's a field that's at the forefront of technological progress, with applications in areas like manufacturing, healthcare, exploration, and more.

DescriptionSTEAM combines Science, Technology, Engineering, Arts, and Math to create a well-rounded, hands-on learning experience. Students engage in interactive projects, problem-solving challenges, and creative exploration, developing essential skills for the future. Through experiments, engineering builds, coding, and artistic expression, students learn to think critically, collaborate, and innovate. This interdisciplinary approach bridges the gap between creativity and logic, helping students apply their knowledge to real-world challenges in a fun and engaging way!

DescriptionAs part of the broader STEM curriculum, coding integrates technology, math, and engineering to solve problems, helping students navigate an increasingly digital world. Key Aspects of STEM Coding: Algorithms: Writing and following step-by-step instructions to achieve specific outcomes. Programming Languages: Learning Python, JavaScript, C++, and more, each suited for different tasks. Problem-Solving: Applying logic and creativity to debug, optimize, and tackle challenges. Projects: Hands-on experience building websites, games, robots, and apps. Coding isn’t just about writing code—it fosters a problem-solving mindset and prepares students for careers in tech, healthcare, finance, and beyond.

Coding with LEGO Robotics

by Digital Dreamers Academy

DescriptionAn engaging hands-on program designed for 3rd-5th grade students. Using LEGO Education kits, students build, code, and experiment with robots to develop problem-solving, engineering, and programming skills. Through interactive challenges, they explore sensors, motion, and mechanics while fostering creativity, collaboration, and critical thinking. This program provides a strong foundation in robotics, encouraging young learners to innovate and bring their ideas to life!

Robotics with LEGO

by Digital Dreamers Academy

DescriptionUnlock a world of creativity and technology, where students animate their own designs and develop coding prowess by assembling and programming dynamic models and orbs, honing their technical abilities in a fun, imaginative setting.

by German Galindo

DescriptionIf you are new to robot building, this is for you! Come assemble up to five different vehicles, three different dinosaurs, and two windmills as you work on and take home your very own X in1 Robot kit! You will construct ten animated building options with child friendly parts that function indoors with the use of a Hand Generator, outdoors with the use of the XL Solar Panel, and indoors and outdoors with the Wind Powered LED. Developing manual dexterity and building confidence has never been this fun! You will also learn three separate renewable energy concepts: Hand Generator power, Solar power, and Wind power. With the aid of your instructor, you will utilize the colored instruction manual and work with over 115 pieces as you explore, create, and innovate! With Χ in 1 Renewable Energy Kit, the fun never has to end. Come unleash your inner robot engineer!

14in1 Robot Adventure

by German Galindo

DescriptionCome and take home your very own 14 in 1 educational solar robot kit! Every hour more solar energy reaches the Earth than humans use in an entire year! Learn how solar energy works and witness firsthand how this technology can harness the sun’s energy source. This kit contains unique components and parts that operate on land and water. Construct 14 different solar powered robots from functional to comical designs which include a tortoise bot, bug bot, paddle bot, tumbler bot, monster bot, big wheeler bot, car bot, surfer bot, and rowing bot! Working with its motor, gears, and solar panel, watch your solar bot come to life without any batteries as it uses the power of the sun. Take part in one of the alternative energies that is used most widely across the globe. Use your own creativity, put your mind in motion, and create your own designs!

Spring Into STEM Challenge using LEGO® Materials

by Play-Well TEKnologies

DescriptionSpring is here! Spring into STEM with Play-Well and tens of thousands of LEGO® parts. Play baseball in spring training, visit the Cherry Blossom festival, and explore raging waterfalls. Apply real-world mechanical engineering concepts as you design, build, and explore your craziest ideas.

Drone & Aviation

by STEAMA Academy

DescriptionExplore the exciting world of aeronautics and drones in our engaging club for 3rd to 5th graders at Grady! Students will learn the basics of flight, drone operation, and problem-solving through fun, hands-on activities. Each session combines STEM principles with creative projects, giving kids the chance to design, build, and fly their own drones. Join us to spark curiosity and inspire the innovators of tomorrow!

Primary Play Club

by Kelly Rosenberg

DescriptionJoin Mrs. Rosenberg, Adum Kindergarten Teacher, for a fun filled after-school adventure! Primary Play Club is a perfect blend of learning and play for our youngest learners. Each day, we'll enjoy outdoor playtime on the playground, followed by indoor STEAM activities and creative play. We'll wrap up the day with a captivating read-aloud

Learn Coding using the LEGO® Spike Prime System

by Play-Well TEKnologies

DescriptionBuild and program robots in this introductory Robotics class using the LEGO® Spike Prime® system. Learn basic programming skills using a simple and visual block coding system that will allow kids to grasp new and diverse coding challenges. Join us as we build a variety of different robots using motors, sensors and lights that will make for a fun experience that incorporates both building with LEGO® and coding. This is a great way to prepare young Robotics enthusiasts for our more advanced Robotics programs.

LEGO Engineering: International Icons

DescriptionEmbark on an exciting journey through some of the world’s most famous landmarks with our new LEGO Engineering course! Designed for aspiring young builders, this hands-on course invites participants to recreate iconic structures from Asia and Europe, including the Taj Mahal, Petra, the Great Wall of China, Big Ben, and the Eiffel Tower—all using LEGO bricks. Students will explore the architectural concepts and engineering methods that make these structures significant, all while honing their problem-solving abilities and spatial thinking. This course will allow young architects to unleash their creativity and gain a deeper appreciation for the history and ingenuity behind global architecture. Join us for a fun and educational building adventure with LEGO!

Lift Off! The Science of Flight

DescriptionWelcome to the soaring world of flight and engineering for young learners! The wonders of aviation and the principles of engineering will surely thrill students whose favorite part of vacation is the flight there. In this course, students will embark on a journey through the history of flight, from the Wright brothers' first plane to modern-day spacecraft. Hands-on activities, including building and testing paper airplanes, will provide a fun and interactive way for students to grasp fundamental engineering concepts, fostering creativity and problem-solving skills. By the end of the course, these young aviation enthusiasts will soar with a newfound appreciation for the science and engineering behind the magic of flight!

MathQuest (Customized Math)

DescriptionWe make Math FUN, ENGAGING & REWARDING At Mathnasium, we build strong math foundations to help children succeed in school and life. Our math-only program is tailored to each student, starting with a detailed assessment to identify learning gaps and strengths, followed by a tailored curriculum delivered in an engaging and 1:1 teaching setting. Program Highlights: - Assessment of skills: First session includes a written assessment and math activity. Results are emailed to parents. If the student is significantly behind, we recommend an additional session per week at our nearest center(s) - Personalized Learning Plan: Customized based on assessment results, with guidance from our trained instructors in a small student-to-instructor ratio (5:1 or smaller) - Session Structure: 50 mins of Mathnasium curriculum, followed by 10 mins of fun math activities, spin-the-wheel rewards, and prize redemption - Integrated Rewards Program: Students earn stars and redeem them for prizes, keeping learning fun and motivating - Progress Tracking: Families receive a pre-assessment report, ongoing progress report, and a post-assessment report to showcase growth. - Final Session: Concludes with a review of all skills learned—true masters win a special treasure! - Inclusive Pricing: Materials and prizes are included. Offering a 2 installment payment plan. - Continued Growth: We highly encourage enrollment in the subsequent sessions to see tangible, long-term progress.

Math Enrichment

DescriptionAt Mathnasium, we build strong math foundations to help children succeed in school and life. Our math-only program is tailored to each student, starting with a detailed assessment to identify learning gaps and strengths, followed by a tailored curriculum delivered in an engaging and 1:1 teaching setting. Program Highlights: - Assessment of skills: First session includes a written assessment and math activity. Results are emailed to parents. If the student is significantly behind, we recommend an additional session per week at our center at xxx - Personalized Learning Plan: Customized based on assessment results, with guidance from our trained instructors in a small student-to-instructor ratio - Session Structure: 50 mins of Mathnasium curriculum, followed by 10 mins of fun math activities, spin-the-wheel rewards, and prize redemption - Integrated Rewards Program: Students earn stars and redeem them for prizes, keeping learning fun and motivating - Progress Tracking: Families receive a pre-assessment report, ongoing progress report, and a post-assessment report to showcase growth - Final Session: Concludes with a review of all skills learned—true masters win a special treasure! - Inclusive Pricing: Materials and prizes are included. Offering a 2 installment payment plan - Continued Growth: We highly encourage enrollment in the following session(s) to see tangible, long-term progress

Hands-On Minecraft

by Ania Hamitouche

DescriptionHands-On Minecraft is a creative enrichment class that brings the world of Minecraft to life—without screens! Through hands-on activities, students will explore Minecraft-inspired building, problem-solving, and teamwork. Using real-world materials like blocks, crafting tools, and imagination, participants will recreate iconic structures, tackle challenges. Perfect for young builders who love to create and collaborate!

Ellerhorst Math Enrichment

DescriptionAt Mathnasium, we build strong math foundations to help children succeed in school and life. Our math-only program is tailored to each student, starting with a detailed assessment to identify learning gaps and strengths. Program Highlights: - First Session: Includes a written assessment and math activity. Results are emailed to parents. If the student is significantly behind, we recommend an additional session per week at our center at 1155 Arnold Drive, Ste A, Martinez, CA 94553 - Personalized Learning Plans: Customized based on assessment results, with guidance from our trained instructors in a small student-to-instructor ratio. - Session Structure: 50 mins of Mathnasium curriculum, followed by 10 mins of fun math activities, spin-the-wheel rewards, and prize redemption - Integrated Rewards Program: Students earn stars and redeem them for prizes, keeping learning fun and motivating - Inclusive Pricing: Materials and prizes are included. Offering a 2 installment payment plan. - Progress Tracking: Families receive a pre-assessment report, ongoing progress reports, and a post-assessment report to showcase growth. - Final Session: Concludes with a review of all skills learned—true masters win a special treasure! - Continued Growth: We highly encourage enrollment in the Spring session to see tangible, long-term progress.

Explore Coding using the LEGO® Spike Prime System

by Play-Well TEKnologies

DescriptionRise to the challenge to build and program robots using the LEGO® Spike Prime system! Learn about mechanical and software design, loops, conditional statements, problem solving, and teamwork skills. Design and construct your robot to avoid obstacles, pick up and carry objects, and play sounds. Projects are structured so that students work in an open-ended, investigative environment while having fun.

Ticket to Ride with Lego by Bricks 4 Kidz

DescriptionDelve into the history and mechanics of favorite amusement park rides as students will construct various poplar rides with LEGO® bricks. Lessons incorporate principles of physics, described in a way children can understand, such as “G-force” inertia and momentum, as well as math concepts such as “there are 360 degrees in a circle.” These engaging lessons will give students an understanding of the physical forces they experience every day all while reinforcing the S.T.E.M. and CORE concepts. If you're interested in a scholarship, please reach out to scholarships@joinpoppykids.com.

Ticket to Ride with Lego

DescriptionDelve into the history and mechanics of favorite amusement park rides as students will construct various poplar rides with LEGO® bricks. Lessons incorporate principles of physics, described in a way children can understand, such as “G-force” inertia and momentum, as well as math concepts such as “there are 360 degrees in a circle.” These engaging lessons will give students an understanding of the physical forces they experience every day all while reinforcing the S.T.E.M. and CORE concepts.

Force, Motion & Newton! by Bricks 4 Kidz

DescriptionCome explore the world around us through the eyes of Sir Isaac Newton!! Students will explore Newton's Laws of Motion through a series of fun science experiments, art projects and games. From creating rockets and catapults to amusement park rides and airplanes, students will have a blast creating and learning in this STEAM based class! If you're interested in a scholarship, please reach out to scholarships@joinpoppykids.com.

Force, Motion & Newton!

DescriptionCome explore the world around us through the eyes of Sir Isaac Newton!! Students will explore Newton's Laws of Motion through a series of fun science experiments, art projects and games. From creating rockets and catapults to amusement park rides and airplanes, students will have a blast creating and learning in this STEAM based class!

Little scientists

by Ania Hamitouche

DescriptionThis program is all about fun and learning while encouraging children to explore their curiosity and engage their creativity. Little scientists will enjoy exciting, science-based classes where they will try experiments and put together different concoctions with hands-on activities. Each session has a different theme that will teach children that learning can be fun and adventurous too.

AI Smart Core 4 Robot

by German Galindo

DescriptionDive into the exciting universe of robotics by building and taking home your very own AI SmartCore 4 Robot! This remarkable kit features 4 separate modular smart vehicles that are powered by cutting-edge AI SmartCore technology! It allows All-Terrain Cube to navigate directions with balance and predictability; Enables Super Snake to entertain the most curious of four and two-legged friends; Empowers Turbo Trike to cruise at high speeds while maintaining control; and transforms Titan Tank into a roving explorer. Whether navigating tricky terrain, zooming at top speeds, or exploring new territories, every day promises hands-on fun and learning! With 42 easy-to-snap-together parts, a remote control, and a rechargeable LiPO battery, it’s perfect for new robot builders eager to master robotic engineering! Ready to build the future? Join us and let your imagination take flight!

Future Engineers

by German Galindo

DescriptionIf you like to create and build things, this program is for you! Enjoy an adventure of physics, gravity, and action and take home your very own engineering kit! Your kit can create 20 different models and 22 action-packed science experiments. Students will follow easy step-by-step illustrated instructions to build each model, which includes a tightrope walker, elevator, crane, and catapult! Test your new creations to demonstrate basic laws of physics and how they exist in our everyday lives! Young researchers will gain hands-on experience with the design process and learn about various topics in the fascinating world of engineering. Discover scientific facts in a fun and straightforward way. Come obtain the necessary skills and experience to take on the technological challenges of the future and continue your engineering journey at home!

Planes, Trains, and Automobiles

DescriptionThis innovative K-2 engineering class will put learners in the driver’s seat as they fly down the fast lane of engineering. From airplanes soaring through the clouds, to cars zooming on the ground, to trains chugging along tracks, budding engineers will explore the fundamental principles behind these modes of transportation. Through construction and engineering challenges, students will not only grasp the basics of how vehicles work but also develop problem-solving skills and a curiosity for the fascinating field of engineering. Get ready to rev up your imagination and take flight into the captivating world of junior vehicle engineering!

Extreme Weather: Storm Chasers (3rd - 5th)

DescriptionIn this electrifying program, young meteorologists and thrill-seekers will delve into the heart of extreme weather phenomena, exploring the science behind tornadoes, hurricanes, thunderstorms, and more. Students will unravel the mysteries of these powerful natural forces through immersive simulations, captivating documentaries, and hands-on experiments. From tracking storms using real-time data to analyzing weather patterns and predicting atmospheric conditions, students will develop invaluable skills in observation, analysis, and critical thinking. Whether it's witnessing the fury of a simulated tornado or studying lightning strikes in a controlled environment, this course offers a high-octane learning experience that will leave participants exhilarated and enlightened. Join us as we embark on a thrilling journey to understand and respect the awesome power of nature's most extreme weather events!

by Ania Hamitouche

DescriptionObjective: To understand how the position of the sun affects shadows and to introduce the concept of solar time. Place a lump of playdough in the center of the plate. Stick a straw vertically into the playdough—this acts as the gnomon of the sundial. On a sunny day, we will place the plate outside where it will receive unobstructed sunlight. We will use the marker to mark the shadow’s position at the start of the hour, and label it with the time. We will check back every 15 min to mark and label the shadow’s position. Observe how the shadow moves around the plate. Educational Takeaway: This experiment teaches children about the Earth’s rotation, how it affects the position of shadows, and the concept of telling time using the sun.

by Ania Hamitouche

DescriptionObjective: To demonstrate how salt affects the freezing point of water. Procedure: Place an ice cube in a glass of water. Lay the string across the ice cube and sprinkle salt on the ice cube where the string lies. Wait about a minute for the ice to partially melt and then refreeze around the string. Gently pull the string to lift the ice cube out of the water. Educational Takeaway: Kids learn about freezing point depression, demonstrating how adding salt changes the physical properties of ice and water.

Colorful Milk Art

by Ania Hamitouche

DescriptionObjective: To illustrate chemical reactions and fluid dynamics. Procedure: Pour milk into a shallow dish to just cover the bottom. Add a few drops of different colored food coloring to the milk. Dip a cotton swab into dish soap and then lightly touch the center of the milk dish with the soapy swab. Observe the burst of color as the soap disperses through the milk. Educational Takeaway: Kids see how soap molecules interact with fat in the milk, causing movement and color mixing.

by Ania Hamitouche

DescriptionObjective: To explore static electricity and its effects. Inflate the balloon and tie it off. Rub the balloon against your hair or a woolen fabric for a few seconds. Hold the balloon close to the small paper pieces or pepper without touching them. Watch as the static charge built up on the balloon attracts the paper or pepper. Educational Takeaway: Introduces the concept of static electricity and how it can attract objects.

by Ania Hamitouche

DescriptionKids will learn about primary colours (red, yellow, blue) by mixing them in different combinations to create secondary colours (green, orange, purple). This can be done with watercolours, food colouring, or transparent-coloured plastic sheets.

by Ania Hamitouche

DescriptionKids will predict whether each item will sink or float before testing their hypotheses, introducing basic principles of density and buoyancy.

by Ania Hamitouche

DescriptionMix baking soda and vinegar in a container to create a simple, erupting volcano. This experiment demonstrates chemical reactions and gas production in an exciting, visual way.

by Ania Hamitouche

DescriptionCloud in a Jar Objective: To demonstrate how clouds form through condensation. Procedure: Pour hot water into the jar, filling it about one-third of the way. Quickly spray a small amount of hairspray into the jar. Place the lid upside down on top of the jar and immediately put several ice cubes on the lid. Watch as a cloud begins to form inside the jar. After a few minutes, lift the lid slightly to let the cloud escape. Educational Takeaway: Kids learn about condensation and the role temperature and particles play in cloud formation.

JSE Math Enrichment

DescriptionMathnasium is your neighborhood math-only learning center dedicated to providing children with the strong math foundations they need to succeed in school and in life. At Mathnasium, we're committed to offering students of all grade levels and all skill levels a comprehensive, customized learning journey in mathematics. The journey begins with an in-depth assessment to pinpoint the unique learning gaps they may have encountered in the prior academic year and to determine the areas they can be accelerated. This crucial step helps us understand each student's individual needs, setting the stage for the personalized educational experience that follows. Central to our approach is the development of a customized learning plan for each student, drawn from our proprietary curriculum, which is expansive yet flexible. This curriculum not only aligns with national standards but is also adaptable to cater to each student's specific learning requirements and the educational goals they're striving for. Our skilled tutors are dedicated to guiding students through this customized plan with one-on-one support, offering detailed explanations, practical problem-solving, and in-depth exploration of concepts. Throughout the semester, we maintain a dynamic learning process, continuously monitoring each student's progress and making necessary adjustments to their learning plans. This ensures that the instruction remains relevant, challenging, and effective, addressing each learner's evolving needs. The semester concludes with a thorough post-assessment, which serves as a comparative tool to showcase the student's growth, achievements, and areas that may require continued focus. This reflective evaluation is instrumental in demonstrating how the customized learning plan, paired with our robust curriculum and dedicated instruction, has contributed to the student's improved mathematical proficiency. It also ensures that each Mathnasium student is well-prepared and confident to embrace the mathematical challenges of their forthcoming grade level ● First session will involve a written assessment and a Math based activity. The details of the assessment will be emailed to the parents If the student is significantly behind, we will recommend them to attend an additional session per week at our center in Village Oaks Shopping Center ● Every student will be given an individualized learning plan (based on the assessment) and will work on it with Mathnasium trained instructors. ● A typical session after that will involve the following: - 50 mins of Mathnasium curriculum - 10 mins of Math activity, spin the wheel, awarding of stars and prize redemption ● Mathnasium has an integrated rewards program and the stars / cards earned in these classes can be redeemed for prizes ● Last session will test the student’s learning from all previous sessions. True masters will win the treasure!

by Afterschool Enrichment Solutions

DescriptionThis exciting program from Afterschool Enrichment Solutions brings together elements of science, art and math in a hands-on, action-packed environment! Students will conduct experiments, play educational games, and unlock their creativity through building challenges and projects.

STEM with STEAMA

by STEAMA Academy

DescriptionGet ready to embark on a thrilling adventure into the world of Science, Technology, Engineering, Arts, Mathematics, and Athletics through diverse STEM projects.

Play-Well Online with LEGO® Materials: STEM FUNdamentals

by ARCHIVEPlay-WellTEK

DescriptionTake your creativity to the next level as Play-Well classes go virtual! Build engineer-designed projects and learn new building techniques over Zoom with the guidance of an experienced Play-Well instructor. Encounter practical real-world STEM concepts while learning from and connecting virtually with other young engineers. With the specialized kit of LEGO® materials that is included in the cost of the program, kids will have everything they need to take their LEGO® building at home to the next level!

Intermediate Drawing and Painting

by Lascaux Academy

DescriptionIn this class students will learn to use various art materials to make their unique masterpiece . They are going to experiment on different subjects like Still life,Landscape,Portrait on drawing paper and canvas.

Beginning Drawing & Painting

by Lascaux Academy

DescriptionIn this class students will be guided step-by-step to make their own masterpiece by using different art materials. Take away from this class are mainly Color Theory, Fundamentals of Drawing and Painting.

Making Roller Coasters

by Daniel Lipton

DescriptionWe will learn about the history of roller coasters, how roller coasters are created, and the forces at play with roller coasters. We will create roller coasters online and with recycled materials. We will also look at some famous roller coasters around the world! Please bring some recycled materials, tape, scissors, paper, and things to draw and write with.

It's A Bird! It's a Plane! Learning about Flight

by Daniel Lipton

DescriptionThis class will help you to learn about how birds and airplanes fly. We will learn about the Wright Brothers and how planes were invented. We will compare the flight of birds to planes. We will use videos, photos, hands on projects, and songs to help us with our understanding. Students will do some experiments with paper airplanes that we will create during class. Learn about how and why animals and objects can fly in this interactive physics/engineering/life sciences class!

Under the Sea: Ocean Life Exploration

by Daniel Lipton

DescriptionLearn about animals under the sea, including the octopus, whale, and shark. Learn about ocean food chains, ocean pollution, and why oceans are so important to life. We will use songs, stories, trivia, short videos, and more fun activities to learn about life under the sea. We will also learn about famous marine biologist and explorers, and we will think about what it takes to be an under sea explorer!

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