Discover engineering and coding challenges as students program robots to complete tasks in this hands-on lesson plan.

Explore physics and engineering concepts through flight-based problem solving in a science activity focused on navigation precision.

Teach coding fundamentals with micro:bit as students build and control games, improving logic and computer science skills.

Introduce students to robotics engineering using Hummingbird hardware, combining creative design with hands-on tech learning.

Build critical research skills with lessons on locating, evaluating, and using high-quality information effectively.

Empower students to take apart and analyze electronic devices to understand components and develop engineering confidence.

Teach measurement and statistics using real metrics from microelectronics wafers to connect math with engineering contexts.

Take a virtual field trip to explore career paths in microelectronics and learn what skills different roles require.

Connect agriculture and engineering by troubleshooting stator systems, enhancing technical thinking and real-world problem solving.

Integrate math and science as students model and track rockets to strengthen algebra and data analysis skills.

Engage students in math exploration by calculating cellphone usage and connecting data with real-life trends.

Explore how microchips are used in military applications, linking technology with history and ethics.

Learn about the global microchip industry’s impact through math and social studies lenses.

Introduce career education with an inside look at the daily work of semiconductor processing professionals.

Use math and visualization to have students design and sketch microchip layouts for gaming technology.

Teach algebra graphing concepts by analyzing motion detector data in real-world scenarios.

Students code micro:bit stoplights to learn sequencing, logic, and basic embedded computing concepts.

Explore how careers in microelectronics shape society and influence daily life through role analysis and discussion.

Connect chemistry and engineering with hands-on exploration of snap circuits and microchip interactions.

Teach chemistry fundamentals like reaction rates through the science behind microchip fabrication.