High School

Mechanical Engineering related. Likely a hydraulic hand movement challenge and a 'roller coaster energy' demonstration.

Booth will feature mock field biology monitoring activities and other estuary related activities, as well as information on visiting the Tijuana Estuary.

We will be demonstrating several Psychological concepts, including concepts in memory, perception, and emotional expression recognition.

Our booth will include various activities for families to participate together, including origami to learn mathematics in a fun way, greeting cards with circuits that light them up, weaving fun, and other innovative technology-based activities for people of all ages to enjoy.

Child-friendly neuron building activity

The booth will be hosted by High School Students of Team High Voltage. The primary activity will be the demo of various types of Robots and hands-on experience for participants. They can learn about robotics, play with robots, and learn about the design, programming, and engineering aspects related to these robots.

SAN is proud our commitment to sustainability and community well-being. Attendees can explore airport noise nuances and learn about our Quieter Homes Program, which mitigates sound to enhance life quality in surrounding neighborhoods. We'll also share key sustainability practices that illustrate our dedication to environmental stewardship. Join us to discover how we strive to create a balance between operational efficiency and the well-being of our community.

We will be facilitating a micro pipetting techniques hands-on activity to measure liquids in 100 microliter increments. We will be using water with food coloring, so nothing toxic and easy clean-up. We will be making pipette art and participants will get to take home their bookmark project.

Mechanical Advantage is a FIRST Tech Challenge robotics team and nonprofit that uses robotics to provide STEM learning opportunities to their community. Event attendees will learn about the FIRST Robotics program and have a chance to drive and operate robots to gain an understanding of how they are designed, built and programmed.