STUDENTS

Applying leadership and 21st century skills, participants demonstrate knowledge of artificial intelligence (AI) concepts, models, and best practices by completing a test to qualify for semifinals. Semifinalist teams solve an onsite problem(s) using a generative artificial intelligence (GenAI) tool. Completed solutions are objectively measured to determine the best solution for the stated problem.

Applying leadership and 21st century skills, participants collaborate to engineer and prototype an automated manufacturing system to solve a production problem. Teams analyze the prompt, build a sensor-based mechatronic solution, program the automation logic, document the mechanical and software design, and create instructions for judges to operate the system.

Applying leadership and 21st century skills, participants respond to a cybersecurity challenge by identifying a breach in computer security via “Capture the Flag” games. Areas of challenge might include exploit development, digital puzzles, cryptography, reverse engineering, binary analysis, mobile security, etc. Participants must accurately address a series of on-site problems within a specified, limited amount of time.

Participants identify a societal issue, collect or compile data from various sources about the issue, and then produce documentation and a digital scientific poster about their findings. Semifinalists create a synopsis and digital visual representation of a data set provided in an onsite challenge.

Participants use their knowledge of cutting-edge technologies, algorithm design, problem-solving principles, effective communication, and collaboration to design, implement, test, document, and present a software development project of educational or social value. Both semifinalists and finalists are determined based on the quality of the presentation and project.

Participants design, build, and launch an E-rated online video game – with accompanying required documentation - that addresses the annual theme. Semifinalists participate in an interview to demonstrate the knowledge and expertise they gained during the development of the game.

Participants produce and submit a digital photographic portfolio that relates to the annual theme. Semifinalists participate in an onsite photographic challenge and a presentation/interview.

Participants design, draw, and construct a CO2-powered dragster that adheres to the annual specifications, design and documentation requirements, and theme. Semifinalists participate in an interview and compete in a double-elimination race.

Teams study the principles of flight and research the use of drones to address an annual theme. They demonstrate their knowledge of drones in manual flight missions and create a documentation portfolio. Semifinalists participate in an onsite interview.

Participants take a test on basic electrical and electronic theory. In response to an onsite challenge, semifinalists assemble a specified circuit from a schematic diagram, make required electrical measurements, and explain their solution in an interview.

Participants submit a documentation portfolio and fabricate a glider designed to stay in flight for the greatest elapsed time. Semifinalists use their technical drawing skills to construct a glider that is flown onsite.

Participants take a test of basic forensic science theory to qualify for the semifinal round of competition. Semifinalists participate in an onsite forensic skills demonstration.