Teams design, conduct, and present an experiment based on provided materials. Judges evaluate hypothesis formation, variable control, data collection, and analysis.
Participants demonstrate proficiency in metric system measurements and conversions, testing estimation skills and precision measurement techniques.
One team member writes a description of a contraption while the other attempts to rebuild it using only the written instructions, testing technical communication skills.
This event explores the dynamic systems and processes that shape our Earth. Participants may focus on specific topics such as oceanography, climate change, plate tectonics, or geological activity. Students demonstrate their understanding of these processes through written tests, data analysis, and the interpretation of maps and charts.
This event covers the study of weather patterns, climate, atmospheric science, and the interpretation of meteorological data. Participants may analyze weather maps, interpret satellite images, and answer questions about atmospheric conditions, weather forecasting, and climate change.
This event covers the study of weather patterns, climate, atmospheric science, and the interpretation of meteorological data. Participants may analyze weather maps, interpret satellite images, and answer questions about atmospheric conditions, weather forecasting, and climate change.
Teams design and construct a device that uses compressed air to launch a projectile at a target. The event tests understanding of projectile motion, air pressure, and trajectory calculations.
Participants analyze evidence from a mock crime scene using chemistry and forensic techniques. Tests may include fingerprint analysis, chemical testing, and fiber examination to solve the mystery.
This event tests knowledge of geometric and physical optics, including reflection, refraction, lenses, and mirrors. Participants solve problems and perform calculations related to light behavior.
Teams demonstrate knowledge of chemistry concepts through the analysis of household substances and their effects. The event combines chemical testing with toxicology principles.
Participants design and build a device that converts wind energy into electrical energy. The event tests understanding of renewable energy concepts and engineering design principles.
Teams design and construct a cantilevered structure that must support a load at its end. The event tests structural engineering principles and efficient use of materials.
Participants design, build, and test a rubber-powered helicopter for maximum flight duration. The event emphasizes aerodynamics and energy transfer principles.
Teams construct a working hovercraft that uses air pressure to reduce friction. The event tests understanding of fluid dynamics and propulsion systems.
A Rube Goldberg-style event where teams create complex chain reaction devices. Scoring emphasizes creativity, reliability, and number of successful energy transfers.
Teams design and build a vehicle that must stop as close as possible to a target without breaking an egg. The challenge combines physics principles with precision engineering.
Participants design and build the tallest possible tower using limited materials that can support a specified load. The event tests structural engineering principles.
Teams design, conduct, and present an experiment based on provided materials. Judges evaluate hypothesis formation, variable control, data collection, and analysis.
Participants demonstrate proficiency in metric system measurements and conversions, testing estimation skills and precision measurement techniques.
One team member writes a description of a contraption while the other attempts to rebuild it using only the written instructions, testing technical communication skills.
Teams design and fly paper airplanes to complete specific flight challenges, testing aerodynamics knowledge and precision engineering.
This event explores modern agricultural techniques, including plant science, soil chemistry, and sustainable farming practices.
Participants demonstrate knowledge of plant biology, including identification, anatomy, physiology, and ecology through specimen analysis.
Participants use computer-aided design software to solve engineering challenges, creating precise technical drawings and 3D models.