Spark curiosity with 4 weeks of hands-on Engineering, Coding, Science, and Math.
Students are grouped by age (6-10 and 11-14) to ensure age-appropriate activities and challenges.
Camp Day: 9:00 AM – 3:00 PM
AM Care: 8:00 AM – 9:00 AM
PM Care: 3:00 PM – 6:00 PM
Please pack a nut-free lunch and two snacks with a refillable water bottle. We provide two snack breaks.
Click "View Details" to see daily activities.
In our Robotics & Coding Week, campers will explore engineering, problem-solving, and creativity through hands-on robot building and programming. Using VEX GO (ages 6–10) and VEX IQ (ages 11–14), students will design, build, and code motorized robots to complete fun and engaging challenges.
During Science Discovery Week, campers will explore the exciting world of Physics, Chemistry, and Biology through hands-on experiments, interactive games, and engaging activities.
In Coding & Math Week, campers will strengthen their logical thinking, problem-solving, and math skills through computer programming. Younger campers will use Scratch, a visual, block-based coding platform, while older campers will learn Python, a real-world programming language used in science, data, and engineering.
Campers dive deeper into robotics and coding through advanced challenges, creative problem-solving, and open-ended engineering projects. Using VEX GO (ages 6–10) and VEX IQ (ages 11–14), students will design, build, and code motorized robots to complete increasingly complex tasks
Extended learning opportunities in the afternoon.
A 4-week intensive designed to build a rock-solid foundation in Algebra 1. Get ahead of the curriculum and walk into your next math class with total confidence.
Master the language of the future. A comprehensive introduction to computer science logic and Python syntax designed for students who want to get ahead.
A 4-week specialized course covering Kinematics and Dynamics. Build the conceptual intuition required to ace the AP exam before the school year even begins. This course is designed for rising 9th-11th graders who have at least completed Prealgebra or an equivalent math class.
Go beyond instructions. Explore the mechanics of gears, motors, and sensors using both VEX and LEGO systems in this hands-on engineering lab.
Master the language of the future. A comprehensive introduction to computer science logic and Python syntax designed for students who want to get ahead.
Stop memorizing shapes and start understanding space. A 4-week intensive designed to master the visual and logical challenges of High School Geometry.
Our Robotics & Coding course introduces students to the exciting world of engineering and programming through hands-on, project-based learning using LEGO® and VEX® robotics systems.
A 4-week specialized course covering Kinematics and Dynamics. Build the conceptual intuition required to ace the AP exam before the school year even begins. This course is designed for rising 9th-11th graders who have at least completed Prealgebra or an equivalent math class.
Our campers work on age-appropriate STEM projects individually and in small groups to challenge their thinking and build perseverance.
Early drop-off for busy parents from 8 am to 9 am. Structured quiet activities and free play before the main camp day begins.
We kick off the day with high energy, and an introduction to the day's exciting STEM theme and challenges.
Hands-on project time! This is where the building, coding, and experimenting happens, guided by our expert instructors. Campers focus on one amazing week-long project, building incredible new skills as they transform their creative idea into reality
Enjoy a nut-free lunch from home and unstructured time to socialize and play with friends.
Campers get back to work on their amazing projects with help from our inspiring instructors and like-minded peers
Wrap up the day, share successes and project progress, and get excited for tomorrow's adventures.
Extended stay from 3 pm - 6 pm with supervised games, activities, and extra time for projects for parents needing later pick-up.
Our weekly summer program welcomes children ages 6–14. Activities are designed to be age-appropriate, and we differentiate projects and challenges for younger (6–10) and older (11–14) campers.
our afternoon classes are offered separately and are available for students ages 5-17.
Weekly Camps run from 9am-3pm Monday through Friday. we offer optional extended care hours from 8am-9am and from 3pm-6pm.
Afternoon classes are between 4-8 PM.
No prior experience is required for any week. Each week is designed to accommodate beginners, while offering extensions and advanced challenges for returning students or those with prior experience.
Week 1 (Robotics & Coding Foundations) is a great starting point but not required for any other weeks. Week 4 (Robotics & Coding – Advanced Challenges) welcomes both new and returning students. Returning students can explore more complex builds, while new students receive guided onboarding. Weeks 2 (Science Discovery) and 3 (Coding & Math) are independent and can be taken in any order. You do not need to attend previous weeks to join any new week.
Week 1: Focuses on foundational robotics and coding skills. Students learn the basics of building motorized robots and writing simple code. Week 4: Focuses on advanced challenges and creative engineering. Returning students can apply what they’ve learned in Week 1, while new students are fully supported with onboarding and guided activities.
Week 1 & 4: Build and program robots using VEX GO & VEX IQ, complete coding challenges, use sensors, and work in teams to solve problems. Week 2: Conduct hands-on experiments in physics, chemistry, and biology, explore scientific concepts, and work on team challenges. Week 3: Learn coding with Scratch (ages 6–10) or Python (ages 11–14), integrate math concepts into projects, and create games, simulations, and problem-solving activities.
Activities are differentiated by age and skill level. Younger campers focus on foundational concepts and guided practice, while older campers tackle more complex challenges, advanced coding, and extended problem-solving activities. Campers are grouped for activities to maximize learning and collaboration.
Campers develop:
Yes! Each week concludes with a showcase or presentation, where campers demonstrate their projects, coding solutions, and experiments. Families are encouraged to attend if possible.
Absolutely! Families can choose weeks that best fit schedules and interests. Each week stands alone, so siblings can attend different weeks without missing prerequisite content.
Please contact us via our website or email. Early registration is encouraged to secure spots, as class sizes are limited.
Absolutely! We’re thrilled to offer our Refer-a-Friend Program that lets you and your friends enjoy the magic of STEMatics Camp and score some awesome savings along the way. Once you enroll, you’ll receive a unique sibling/referral code to share. When friends sign up using your code, they’ll receive 10% off their purchase and you’ll earn $50 in STEMatics account credit for the future classes or next camp season.
Discount codes cannot be combined. However, all code-based discounts are in addition to multi-week discount, which applies automatically.
Enter your code (no spaces) into the “promo code” box under your cart and click “Apply” If you have trouble, contact info@STEMaticsAcademy.com before checking out.
Yes. STEMatics Academy promotes positive behavior and reserves the right to remove campers for unsafe actions, including physical aggression, discrimination, threats, or substance possession. see full list in Terms of Purchase.
See Transfer & Cancellation policy on the Terms and Conditions page
Yes. We understand that every family’s situation is unique. STEMatics Academy offers limited need-based discounts for single-parent households and families experiencing financial hardship. Please contact us directly to discuss available options—we’re happy to work with you whenever possible.
Let us know if you have any questions!
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Theme: Mechanics in Motion
In our Robotics & Coding Week, campers will explore engineering, problem-solving, and creativity through hands-on robot building and programming. Using VEX GO (ages 6–10) and VEX IQ (ages 11–14) kits, students will design, build, and code motorized robots to complete fun and engaging challenges. Campers will learn the fundamentals of robotics, including mechanical design, motors, sensors, and coding logic. Through guided instruction and collaborative challenges, students will develop critical thinking, teamwork, and confidence as they bring their robots to life. No prior experience is required—beginners are welcome, and advanced students will be challenged with more complex tasks. Week 1 is an excellent starting point for beginners, but it is not a prerequisite for other robotics weeks. Students may join additional robotics sessions later in the summer, even if this is their first experience with robotics and coding.
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Physics • Chemistry • Biology
During Science Discovery Week, campers will explore the exciting world of Physics, Chemistry, and Biology through hands-on experiments, interactive games, and engaging activities. Students will learn how science explains the world around them by asking questions, making predictions, and testing ideas in a fun and supportive environment. Each day focuses on a different branch of science, allowing campers to experiment, observe, and discover key scientific concepts. Activities are designed to spark curiosity, encourage critical thinking, and build confidence in scientific exploration. No prior science experience is required—just curiosity and enthusiasm.
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Scratch (Ages 6–10) • Python (Ages 11–14)
In Coding & Math Week, campers will strengthen their logical thinking, problem-solving, and math skills through computer programming. Younger campers will use Scratch, a visual, block-based coding platform, while older campers will learn Python, a real-world programming language used in science, data, and engineering. Through interactive projects, games, and challenges, students will learn how coding connects directly to math concepts such as patterns, sequencing, variables, and logic. No prior coding experience is required; lessons are differentiated to support beginners while extending advanced learners.
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In Week 4, campers dive deeper into robotics and coding through advanced challenges, creative problem-solving, and open-ended engineering projects. Using VEX GO (ages 6–10) and VEX IQ (ages 11–14), students will design, build, and code motorized robots to complete increasingly complex tasks. This week is designed to support both new and returning campers. New students receive guided instruction in building and coding fundamentals, while returning students are encouraged to extend their skills with more complex designs, sensor integration, and optimized coding solutions. Emphasis is placed on creativity, teamwork, and real-world engineering thinking.
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Monday-Wednesday-Friday | 4:00 PM - 6:00 PM
Get a jump start on high school math with our Algebra 1 Accelerator. Over four immersive weeks, students will dive deep into the core concepts that define Algebra 1—from linear equations and inequalities to functions and graphing. This course is not just about memorizing formulas; it’s about understanding the logic behind the math.
This course is designed for math students who have just completed Prealgebra or an equivalent math class.
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Monday, Wednesday, Friday | 6:00 PM - 8:00 PM
Python is the language of AI, Data Science, and Engineering. This course provides a rigorous yet accessible introduction to Computer Science fundamentals. We cover variables, loops, functions, and data structures, giving students a head start for AP Computer Science Principles or college-level engineering courses.
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Tuesdays & Thursdays | 4:00 PM - 6:00 PM
AP Physics 1 is distinct from any science class students have taken before—it requires deep conceptual reasoning, not just formula memorization. In this course, we tackle the most challenging units of the first semester: Kinematics, Newton’s Laws, Energy, and Momentum. By mastering these foundational pillars in the summer, students gain a massive strategic advantage for the fall. This course is designed for grade 8, 9, and 10 students who have at least completed Prealgebra or an equivalent math class.
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Tuesday & Thursday | 6:00 PM - 7:30 PM
Robotics is best learned by doing. In this high-energy course, every session presents a new mission: a maze to navigate, a tower to build, or a race to win. Students must iterate on their designs, testing and refining their LEGO and VEX robots to overcome obstacles. It’s a crash course in the engineering design cycle—prototype, test, fail, improve, succeed.
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Monday, Wednesday, Friday | 4:00 PM - 6:00 PM
Python is the language of AI, Data Science, and Engineering. This course provides a rigorous yet accessible introduction to Computer Science fundamentals. We cover variables, loops, functions, and data structures, giving students a head start for AP Computer Science Principles or college-level engineering courses.
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Mondays-Wednesdays-Fridays | 6:00 PM - 8:00 PM
Geometry requires a completely different way of thinking than Algebra. It shifts from solving for "x" to proving "why." In this course, we bridge the gap between abstract formulas and visual understanding. Students will learn to deconstruct complex shapes, construct logical proofs, and master the properties of planes and solids.
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Tuesday & Thursday | 4:00 PM - 5:30 PM
Robotics is best learned by doing. In this high-energy course, every session presents a new mission: a maze to navigate, a tower to build, or a race to win. Students must iterate on their designs, testing and refining their LEGO and VEX robots to overcome obstacles. It’s a crash course in the engineering design cycle—prototype, test, fail, improve, succeed.
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Tuesdays & Thursdays | 6:00 PM - 8:00 PM
AP Physics 1 is distinct from any science class students have taken before—it requires deep conceptual reasoning, not just formula memorization. In this course, we tackle the most challenging units of the first semester: Kinematics, Newton’s Laws, Energy, and Momentum. By mastering these foundational pillars in the summer, students gain a massive strategic advantage for the fall. This course is designed for grade 8, 9, and 10 students who have at least completed Prealgebra or an equivalent math class.