Combine math, social studies, and English language arts in an immersive learning adventure across Viking history.

Novel Engineering uses classroom literature as the context for authentic engineering challenges, engaging students in STEM through the meaningful integration of engineering and literacy. As students read, they identify problems faced by characters and design creative, real-world solutions, bringing stories to life through hands-on innovation.

An integrated unit focused on planning, design, and collaboration through themed activities connected to real-world events.

Introduce algebraic thinking through circuit analysis and design, blending math with hands-on microelectronics exploration.

Strengthen reading and writing skills through narratives and analysis centered on power, energy, and critical thinking themes.

Explore probability, science principles, and engineering design through game-based learning and experimentation.

Engage students with physics concepts and scientific inquiry while unlocking engineering design solutions in this unit.

Students act as security consultants solving engineering and CS problems around grid reliability and cybersecurity themes.

In this grades 6–10 interdisciplinary unit, students use the Engineering Design Process to design and code interactive board games with micro:bit technology while developing informative writing, sequencing, and argumentative presentation skills to create clear instructions and present their final prototype to a client.

2. Dive into microelectronics history and modern applications with a unit connecting past innovations to future career opportunities in STEM.

Engage students in computer science and engineering principles through real-world projects that emphasize problem solving and systems thinking.

Discover geometry concepts through hands-on activities that connect mathematical reasoning with engineering design challenges.

Integrate math, science, CS, and engineering as students solve problems with creativity and collaboration in this interdisciplinary unit.

Explore wave patterns and geometry through student-centered activities that link mathematics to physical phenomena.

Challenge learners to apply engineering technology concepts to investigate hidden systems and create innovative solutions.

Combine engineering design and business thinking as students develop safe microelectronic products and pitch their ideas.

Students explore engineering technology and design thinking as they ideate, prototype, and refine innovative solutions.

Connect higher-level math concepts to real-world engineering problems that emphasize data analysis and modeling.

Investigate heat transfer, coding, and engineering challenges in a unit designed for hands-on student inquiry.