STEM Programs That Actually Work at Home

Overview: Through inquiry-based and hands-on learning activities, learners answer questions about the types of robots, how they work, and their purposes. Students will learn how to code using the Code and Go Robot.
Grade Band: K-2
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes

Overview: This course offers a collection of hands-on, design-based activities that foster critical thinking, creativity, and collaboration among young learners. Ideal for homeschooling families and learning pods, the course encourages students to explore ideas, experiment with solutions, and improve their designs through iteration. Through engaging projects, learners develop problem-solving skills, creativity, and confidence while building a strong foundation in STEM concepts.
Grade Band: K-2
Lessons: 15
Professional Development: Yes
Software Needed: No
Equipment Required: Yes

Overview: Through hands-on, engaging activities, young learners will explore the many aspects of plants, their needs, and various growing conditions. Ideal for homeschooling families and learning pods, this 15-lesson course encourages students to record observations and collect data as they track the progress of their own plants. Along the way, learners will discover the unique characteristics of plants and their growth while beginning to explore the exciting science of hydroponics through fun, interactive experiences.
Grade Band: K-2
Lessons: 15
Professional Development: Yes
Software Needed: No
Equipment Required: Yes

Overview: Welcome to Zappsville Zoo, where protecting and caring for endangered animals is the top priority!

As the zoo gets busier, young learners are invited to help design robotic and AI-powered solutions to support the staff. Ideal for homeschooling families and learning pods, this 15-lesson course features hands-on activities that introduce early elementary students to foundational concepts in artificial intelligence, robotics, and machine learning. Through a variety of engaging zoo-themed challenges, learners develop problem-solving skills, creativity, and an understanding of emerging technologies.
Grade Band: K-2
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes

Overview: This course is designed for beginning learners in grades K-2 and is ideal for homeschooling families and learning pods. Through observation and exploration of common characteristics of flying objects, students will discover what drones are, how they work, and the many jobs they can perform. Hands-on activities encourage curiosity, creativity, and early STEM learning in a fun and engaging home environment.

Grade Band: K-2

Lessons: 15

Parent Support and Guidance: Yes

Software Needed: Yes

Equipment Required: Yes

Overview: This course introduces young learners to the fundamentals of engineering through hands-on activities that explore 3D shapes, materials, size and scale, art, and prototyping. Ideal for homeschooling families and learning pods, the course encourages students to develop spatial reasoning and problem-solving skills while engaging in creative building projects using a variety of materials. Through exploration and experimentation, learners build confidence and discover how engineers use design and innovation to solve real-world challenges.
Grade Band: K-2
Lessons: 15
Professional Development: Yes
Software Needed: No
Equipment Required: Yes

Through inquiry-based and hands-on learning activities, homeschool learners acquire knowledge and skills in electricity and circuitry using Snap Circuits kits. They design and build a functional arcade game with everyday materials as they experiment with circuit elements and deepen their understanding of energy, electricity, and circuitry. The theme of classic arcade gaming is woven throughout the 15 lessons and serves as the foundation for the criteria of the final arcade game project.

Overview: This introductory hydroponics course for homeschool learners in grades 3–5 spans 15 lessons and explores fundamental concepts including plant growth, germination, photosynthesis, hydroponics, pH, food sustainability, and future farming systems. Through hands-on activities, learners cultivate seeds in a hydroponic garden and investigate how plants grow in controlled environments. The course culminates in a design challenge in which learners apply their knowledge to develop a solution to a community or global problem, fostering creativity, critical thinking, and environmental stewardship.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: No
Equipment Required: Yes
All Included: Yes

Overview: This homeschool course is designed for learners to answer the questions: What are the different types of robots, how do they work, and what purposes do they serve? Through inquiry-based and hands-on learning activities, students will explore the world of robotics while developing foundational coding and engineering skills. Using the Scratch-based mBlockly application, learners will create programs and apply their coding knowledge to control and program their own mBot robots, gaining a deeper understanding of how robots are designed and used to solve real-world problems.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Overview: Add Game Design to your homeschool STEM curriculum with a structured 15-lesson course that turns your child from a video game player into a game creator. Your student will learn the fundamentals of block coding using Scratch by actively modifying and customizing a variety of games. They will design their own levels, characters, rules, and controls to bring their unique ideas to life. This program emphasizes critical problem-solving and creativity to provide your child with the exact skills needed to build the game of their dreams.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: No
All Included: Yes

In ARTificial Intelligence Artists, you and your kids will discover what happens when creativity meets technology. Across 15 wonder-filled lessons, your children will explore different artistic mediums while learning the fundamental concepts of artificial intelligence. Through imaginative, hands-on experiences, they'll develop creative confidence, cultivate curiosity, and gain an appreciation for how art and AI can inspire new ways of thinking and creating.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: No
All Included: Yes

Overview: This homeschool course is designed for learners to answer the question: How do drones work? Students will explore the fundamentals of unmanned aviation, develop an understanding of how drones operate, and learn how coding can be used to control drone flight. Using the Tello application and Scratch-based programming, learners will create and test code that directs drone movements while building foundational skills in computer science, problem-solving, and aviation technology.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Overview: This homeschool course is designed to help learners answer the question: What is Tinkercad, and how does it work with 3D printing? Through guided instruction and hands-on activities, students will learn how to use Tinkercad to create their own 3D designs and explore Thingiverse as a resource for discovering and sharing printable models. From a blank design canvas to a completed physical print, learners will gain a foundational understanding of the 3D design and printing process while bringing their ideas to life.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

This course is a virtual exploration of the applications of drones in the real world. Through a series of inquiry-based learning activities, students will integrate algebraic thinking, programmatic knowledge, and use case scenario abstraction to program virtual drone flight through the Droneblocks application. This course uses Scratch-based coding. No hardware required.

Grade Band: 3–5
Lessons: 14
Professional Development: Yes
Software Needed: Yes
All Included: Yes

Designed for homeschool students, this course answers the question: How do drones fly, and how can we control them through code? Through hands-on activities, learners explore drone mechanics, aerodynamics, and flight control while programming CoDrones using block-based coding and/or Python. Students apply the engineering design process to test, measure, and improve their designs, building foundational skills in coding, engineering, and problem-solving through engaging, project-based learning.

Grade Band: 3–5
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Overview: Through hands-on exploration and engaging activities, you and your kids will investigate the questions, “What are conventional energy sources?” and “What are alternative renewable energy sources?” Together, you'll discover how solar energy works and why it is one of the most promising renewable resources for the future. As your children build, test, and experiment, they'll develop a deeper understanding of energy production, sustainability, and the technologies that are shaping our world.
Grade Band: 3-5
Lessons: 15
Professional Development: Yes
Software Needed: No
Equipment Required: Yes
All Included: Yes

Overview: This course explores what robots can do and how they can be coded to perform specific tasks. Through inquiry-based and hands-on learning activities, students will apply their knowledge of robot functions and code in the mBlockly application to program their own mBot robots.
Grade Band: 6-8
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Overview: Introduce your kids to Artificial Intelligence and Machine Learning with this innovative homeschool STEM course. Your student will explore "Character AIsland," a digital environment where they can interact with AI replicas of historical figures, fictional characters, and even themselves. Using Scratch and Machine Learning for Kids, learners will train and program their very own virtual characters and chatbots. This hands-on program demystifies complex tech concepts, providing your child with the exact coding and problem-solving skills needed to understand and create the technology of the future.
Grade Band: 6-8
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: No
All Included: Yes

Overview: Students explore what makes something an invention and study the history of some inventions that have shaped our way of life. They learn problem-identification, problem-solving, and creativity skills, culminating in designing their own invention.
Grade Band: 6-8
Lessons: 15
Professional Development: Yes
Software Needed: No
All Included: Yes

Overview: Kids will learn to design 3D objects using Tinkercad, a user-friendly 3D design tool. They will create and print their own 3D models, gaining practical experience in 3D development and printing.
Grade Band: 6-8
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Designed for homeschool students in grades 6 to 8, this hands-on course explores drone flight, coding, and engineering design through project-based challenges. Your child will use CoDrones and physical building materials to design, test, and measure custom obstacle courses and structures. This practical approach develops critical problem-solving skills while providing year-round technical support to ensure a seamless at-home learning experience.

Overview: Students in grades 6-8 explore the concepts involved in digital fabrication, where they learn to transform digital designs into physical products. The course progresses from basic vinyl cutting techniques and digital graphic design to creating a full product line for their very own souvenir shop, culminating in a showcase of their ideas to investors.

• Grade Band: 6-8

• Lessons: 15

• Professional Development: Yes

• Software Needed: Yes

• Equipment Required: Yes

Overview: Children can explore the billions of physical devices around the world that are now connected to the internet, collecting and sharing data. Using engineering design and block coding, students design their own IoT device for uses in society.
Grade Band: 6-8
Lessons: 15
Professional Development: Yes
Software Needed: Yes
Equipment Required: Yes
All Included: Yes

Overview: Kids in grades 6 to 8 learn block-based and text-based coding to build custom online arcade games. The curriculum covers probability, level design, power-ups, and character customization to develop problem-solving skills and bridge the gap to advanced programming.
Professional Development: Yes
Software Needed: Yes
Equipment Required: Included
All Included: Yes

This course is a virtual exploration of the applications of drones in the real world. Through a series of inquiry-based learning activities, students will integrate algebraic thinking, programmatic knowledge, and use case scenario abstraction to program virtual drone flight through the Droneblocks application. This course uses Scratch-based coding. No hardware required.

Grade Band: 6-8
Lessons: 14
Professional Development: Yes
Software Needed: Yes
All Included: Yes

Overview:
Help your homeschool student explore the exciting world of aviation and drone technology while preparing for future certification opportunities. This comprehensive course teaches the knowledge and skills covered on the FAA Part 107 Remote Pilot Certification Exam, including airspace regulations, flight operations, weather, safety procedures, and drone technology. Through engaging lessons and hands-on learning experiences, students gain practical STEM skills and real-world knowledge used by professional drone operators across a variety of industries.

Note: This course prepares students for the FAA Part 107 exam but does not include the official FAA exam or certification.

Grade Band: 9–12

Lessons: 15

Professional Development: Yes (Included for parents, homeschool educators, and co-op instructors)

All Included: Yes (Curriculum, instructional resources, study materials, and hands-on learning components included)

Overview:
Introduce your homeschool student to the world of modern manufacturing, automation, and engineering through hands-on STEM learning. In this engaging course, students explore the technologies that power today's automated industries, including programming, sensors, motors, conveyor systems, robotics, and smart manufacturing processes.

Throughout the 15-lesson sequence, learners design, build, test, and improve automated systems while developing valuable skills in coding, engineering design, problem-solving, and systems thinking. Using a Micro:bit and a variety of sensors and motors, students will create increasingly sophisticated automation projects, culminating in the development of a fully autonomous manufacturing process.

This project-based course helps students understand how automation is transforming industries while providing practical experience with the technologies driving the future workforce.

Grade Band: 9–12

Lessons: 15

Professional Development: Yes (Included for parents, homeschool educators, and co-op instructors)

Software Needed: Yes

Equipment Required: Yes

All Included: Yes

Overview:
Help your homeschool student develop a deeper understanding of how information is protected in today's connected world. In this engaging STEM course, students explore the foundations of cybersecurity, digital privacy, online safety, and cryptography while examining the ethical responsibilities that come with technology use.

Through interactive activities and real-world scenarios, learners discover how data is transmitted, secured, and protected from cyber threats. Students will investigate encryption techniques, explore the mathematics behind cryptography, and learn how computer scientists use coding and security protocols to safeguard sensitive information.

The course also encourages critical thinking about topics such as digital citizenship, responsible data sharing, cybersecurity careers, and the growing importance of information security across every industry. By combining computer science concepts with practical applications, students gain valuable knowledge and skills that are increasingly important in both higher education and the modern workforce.

Grade Band: 9–12

Lessons: 15

Professional Development: Yes (Included for parents, homeschool educators, and co-op instructors)

Software Needed: Yes

Equipment Required: No

All Included: Yes