STEAM Programs for High School Students (9-12 STEAM/CTE)
Evaluate and develop design solutions using emerging technologies to solve real-world problems.
Prepare your students for the future with NextWave STEM’s Advanced STEAM/CTE Programs for grades 9-12. Our hands-on, future-focused curriculum equips learners with in-demand skills in Artificial Intelligence (AI), 3D Printing, Drones & Pilot Certification, Robotics, Renewable Energy, Innovation & Entrepreneurship, and Smart Automation (IoT). Specifically developed for high school students, these courses integrate real-world applications, fostering creativity and problem-solving.
Through industry-relevant, project-based learning, students gain practical experience in emerging technologies, preparing them for careers in STEM. Our courses give your students the path that leads to developing the next generations of engineers, developers, and innovators.
Check out our STEM programs for high school students today!
Our Courses
Make a positive Impact
Research shows that early exposure to STEM has a positive impact across the entire spectrum of learning.
Integrate Across Subjects
Our curriculum integrates ideas across branches of knowledge while engaging students with a hands-on approach.
Designed To Be Flexible
We design our programs to fit in with your teaching environment and help you implement them in-school or after-school.
Creation & Evaluation: Python Coding for Artificial Intelligence
Skill Level: Advanced
This is where students learn to speak the language of the future. From crafting algorithms that think like humans to evaluating the ethics of AI, they'll navigate the complexities of creating intelligent solutions that can change the world. Prepare students to code their way through challenges, decipher the mysteries of machine learning, and emerge not just as a coder, but as a creator of the next AI frontier.
Creation and Evaluation of
Drones: Coding with Tello
Skill Level: Advanced
This course is designed for students to analyze and how drones work and their potential applications to solve real-world problems. Students will integrate algebraic thinking, programmatic knowledge, and use case scenario abstraction. Students learn how to program drone flight through coding in Tello. This course uses Scratch based coding. Hardware required.
Creation and Evaluation of
3D Technology: For the Real World
Skill Level: Advanced
Students will learn how to build and modify through Tinkercad and use Thingiverse to download items for print, or modify projects created by others. Students will bring their problem-solving ideas to life from a blank 3D design canvas to a full physical print out. Hardware required.
FAA Part 107 Drone Pilot Certification
Skill Level: Advanced
Aimed at high school students in grades 9-12, this course elevates understanding of drones from mere fascination to certified expertise. Here,students will navigate through the clouds of regulations, soar past the fundamentals of flight, and master the maneuvers that would make even a hawk jealous. By the end, they’ll not only be prepared to ace your certification exam but also to claim the skies as your domain.
Creation and Evaluation:
Creation of Goods and Services & Cybersecurity: Global Impact
Skill Level: Advanced
Creation and Goods: Transform ideas into reality, guiding you from concept to consumer. Learn to craft, evaluate, and market products, making an impact with every item you create. It's where creativity meets commerce, and your innovations come to life.
Creation and Evaluation: Services & Cybersecurity - Global Impact: merges service innovation with digital defense. Dive into the essentials of protecting data while ensuring vital services thrive. Become a digital guardian, shaping the future of secure, seamless services.
Creation and Evaluation: Hydroponics - Agricultural Sciences
Skill Level: Advanced
This course offers high school students a deep dive into the soil-free world of hydroponics. By blending science and sustainability, teaching students to grow lush gardens in water alone. Explore the future of farming, where technology meets tradition, and discover how to cultivate crops with efficiency and environmental consciousness. It's a hands-on journey to greener pastures, preparing your students for a future where agriculture and innovation grow side by side.
Looking For Other Grade Levels?
Get Access to Our STEAM/CTE Resources
Grants & Funding:
We assist schools in obtaining funding through various grants, specifically from the Governor’s Office of Science, Innovation, and Technology (OSIT). Resources and guidance are provided for schools to navigate grant applications and identify funding opportunities for implementing STEAM/CTE programs.
News/Blog:
We maintain an active blog that covers trends, updates, and success stories related to STEAM education and CTE initiatives. Blog posts provide insights into the effectiveness of programs, innovative practices in education, and announcements regarding new curriculum offerings and partnerships.
Free Curriculum Samples:
NextWaveSTEM provides K-12 emerging technology courses, including robotics, drones, and artificial intelligence, to enhance STEM education in over 500 school districts. Our platform offers access to sample lessons and professional development resources, enabling educators to engage students with hands-on, real-world learning experiences.
Model Grant Application:
This service offers curriculum, on-demand professional development, and equipment kits to facilitate program implementation in schools and after-school settings. With over 28 courses available for a 12-month license, the curriculum aims to foster essential skills such as critical thinking, creativity, and collaboration among students.
Give your students hands-on experience with the latest in AI, robotics, drones, and more. Access funding, free curriculum samples, and expert support with NextWaveSTEM!
FAQs
-
Our advanced courses are designed for high school students in grades 9-12 and typically require foundational knowledge in relevant subjects such as mathematics, science, and basic programming concepts. Students should be familiar with fundamental STEM principles, and some courses might benefit those with prior experience in coding, robotics, or 3D design.
-
Yes! Students have the opportunity to earn various certifications upon successful completion of certain courses, such as the FAA Part 107 Drone Pilot Certification. These credentials serve as valuable additions to their academic portfolios and can strengthen their college applications.
-
Absolutely! Our courses are specifically designed for students aiming to pursue STEM careers in college. The curriculum not only provides hands-on experience with emerging technologies but also emphasizes critical thinking, problem-solving, and project-based learning—key skills necessary for success in STEM fields.
-
Students are provided with a wealth of resources, including access to emerging technology, curriculum materials, and hands-on project kits. Additionally, our instructors guide students through each course, offering support and mentorship for a comprehensive learning experience.
-
The success is assessed through performance-based assessments, and skill development. Evaluations include completing interdisciplinary assignments, obtaining certifications like the FAA Part 107 Drone Pilot, and engaging in team projects. Additionally, self-assessment such as worksheets, learning artififacts and instructor feedback contribute to understanding student growth.
-
Yes! We actively seek partnerships with local businesses and organizations in the STEM sector to provide internship and work experience opportunities. These experiences allow students to apply their skills in real-world settings, further enhancing their understanding of STEM careers and preparing them for future employment.