|Automatic Media Deactivation System (A.M.D.S.)|
This device monitors whether people are entering or exiting a room. It then controls all devices plugged into it, so as to minimize their environmental impact.
Project team: Jake Ketchum. I have been interested in engineering since I was five years old, and playing with Legos. I have engineered a variety of projects over the past ten years, leading to the present. This year, as a freshman at Everest PHS, I was able to spend eight weeks at the Stanford Digital Fabrication Lab as part of intersession.
Project Fire Jam combines software and engineering by using a Rock Band controller to control flame jets and other pyrotechnic effects. Using Frets on Fire, we aim to create an immersive and entertaining user experience.
Project team: Team Fire Jam: Young Makers: Alex Jacobson, John Boyer, Sam Frank, Mentors: AJ Almaguer, Paul Novak, Joshua (Yoshi) Seaver, Shawn Neely. Alex, John, and Sam are three sophomores at the Bay School of San Francisco. Inspired by last year’s Saphira project, this year they took their teenage fascination with fire and music to the next level by creating a real life, KISS-reminiscent Rock Band experience through the Young Maker program.
Saphira is an 8.5ft tall animatronic fire-breathing dragon based on the character of the same name in the Eragon book series.
Project team: Team Saphira consists of makers Sam DeRose, Alex Jacobson, Joseph DeRose, and mentors Tony DeRose and David Jacobson.
|Water Totter 2|
Water Totter 2 uses kid power from a seesaw to drive a water fountain in two ways: 1) A piston is attached to the seesaw compresses and extends as it moves up and down. 2) A water wheel lifts the water using a belt-and-pulley system.
Project team: Young Sparks. The Young Sparks is a group of 9-12 year old makers based in the East Bay: Lena, Delta, Vivian, Madison, Camille, Mira, and Ruby. One of our projects this year is to enhance the Water Totter with a second method of moving water. Mentors: Kurt Fleischer, Kiki Jewell, Ashley Kayler. Original Water Totter: Kurt & Lena.
We created an assault vehicle for use in military simulation games.
Project team: marysville makers
Mentor(s): ebb grig
We are making an assault vehicle for military simulation games
Project team: sutter county makers
Mentor(s): ebb grig and ryan filmore
ANFO is a flying machine that's a hybrid of an airplane and a helicopter. It has three rotors, two of which produce upward thrust and the third pulls the aircraft. This design eliminated the need for tilting, which is a huge technological problem for most aircrafts today. ANFO has the capability to carry large payloads over long distance with minimal power. This design can be modified to recognize color
Project team: Destination Investigation
|Bottle rocket car|
The bottle rocket car will be powered by two sources of energy. One source of power will be mechanical and the other will be by pressure. There will be two mouse traps which are attached to the center of the car that has a pulley. The main objective of having a pulley is to have a string attached to the tip so it can wind up the back wheels. The purpose of having the a bottle attached to both of the sides of the car is to have a second power source and move the car forward. There will be baking soda and vinegar mixed inside of the bottles in order to create pressure.
Project team: Kassandra Aguayo and Eliezer Guerrero
Mentor(s): Steve Berle and Tom Duff
|Car of the Future|
My project is a hovercraft which rides on a thin layer of air. My hovercraft is different compared to other crafts, because it can be driven. This hovercraft is flown by using two leaf blowers filling up a sheet of plastic as the skirt of the board. The power supply for the leaf blowers will be electricity by connecting the leaf blower to an electrical outlet. The hovercraft will also look like a car made from cardboard or another light material. The craft will be driven with a fan or another blower attached on the back of the board and tilted left or right by rope or light weight sturdy material to turn. Overall, the board will ideally be very light in order to hold the weight of a person.
Project team: Keith Cheung
Mentor(s): Tony DeRose, Steve Berle, Tom Duff
|Central Coast Maker Machers|
Students from 2nd grade through high school have created video documentaries about their Maker Project work, including learning string games (Cat’s Cradle), multimedia art projects, gardening, and plant propagation.
Project team: Central Coast Maker Machers
Mentor(s): Fred Mindlin, Graciela Vega-Carbajal, Nubia Padilla, Ken Dickerson, Courtney Rudd, and Sandino Gomez
|Cool Neon Sports Shirt|
I'm going to have a soccer or basketball sport shirt and put cool neon. I want the cool neon to show when the team player has a yellow card and if the player has the ball for the cool neon it'll blink with different colors.
Project team: Jose Becerra
I will try to create a rube Goldberg Machine that will lead up to create a bowl of cereal. It will not be the easiest thing but the chain reactions will be as interesting as i can Make them.
Project team: One Man Wolfpack
Mentor(s): Aaron Vanderwerff
Our house is eco-friendly, partly underground and underwater. It's only powered by solar panels and hydro-electricity. It is very self-suffecient and economic.
Project team: Green Team
Mentor(s): Rimiko Berreman, Joe Shivado, Bob Kerns, Hiromi Ono
|Extreme Marshmallow Cannon|
This project uses PVC to hold air pressure, sprinkler valve to release air & a bike pump. Marshmallows go in the end of the canon. Pump to 20psi & fire. The marshmallow will travel about 30-50 yards.
Project team: Joey Hudy with the help from The Home Depot
Mentor(s): Jerry and Jeff
|Follow me car|
Highly modified R/C car programmed to visually follow a circle. Uses an onboard smartphone camera running openCV object recognition software, an Arduino board, and motor controller circuitry.
Project team: Casey Duckering
Mentor(s): Mom and Dad
|Girly Pedal Car|
For our project we are going to do build a pink girly pedal car from bike parts to make it run. For the outside, we are planning on building it out of plastic. The bike parts have to make the pedal function well and we are going to ride it down on the floor instead of like a bike. We will learn how to weld. We will both be in charge of looking for places where to find cheap plastic and bike parts. Our mentors are going to help us on building the pedal car by getting the parts. Our goals combined will probably take about three weeks to accomplish. We are planning to work during flex on Tuesdays and Thursdays.
Project team: Daniela and Lorena
Mentor(s): Johnny and Max
Buckle-up and here we go...we have built a gokart with our dads! It rips and roars - goes forward, turns left and right. We welded the frame together, installed steering and a motor, and fine-tuned it til it hummed.
Project team: Awekart
Mentor(s): Our dads - Basil Bourtis and Jeff Wallin
I will move two mini robots with my rockband wireless guitar controller
Project team: Alexander S
Mentor(s): Steve Berl
The Infrared Helmet allows you to see in the infrared spectrum with an infrared light that only the wearer can see.
Project team: Michael Strauss
Mentor(s): Paul Strauss
|Isabella's Kinetic Horse|
The moving legs of my horse are based on a kinetic sculpture design by Theo Jansen. I made a prototype using a K'NEX building set - it is about 3 feet long and about 1.5 feet high. The horse is powered by a small electric motor and it walks/runs at two speeds. The final model will be slightly larger, like a medium size dog, and will be made from different materials. It will be painted and decorated to look like a paint mustang. I would like to use a flywheel instead of an electric motor in the final model.
Project team: Isabella Kacic
This is an electric guitar that we made ourselves and added LEDs that light up according to the stringsa being played.
Project team: Maria Pelayo and Andres Camarena
Mentor(s): Tom Duff
An LED light organ, first generation of music visualizer. Converts music input to light that's synchronized with the beat.
Project team: Savannah Smith
Mentor(s): Sara Bolduc, John MacLeod
|Lighting-Up Soccer Ball|
We are creating a soccer ball that contains LEDs that would light up once the person kicks the ball. The LED's will light up differently depending on the kick.
Project team: Soccer Trio
|Mad Hatter Cake|
A tall, tipsy turvy cake that we've made as fun as we can!
Project team: Lexie Chattin, Megan Ewen, and Emily O'Neill
Mentor(s): Tanya Moore
|Mad Hatter Cake|
A Mad Hatter cake is a tipsy turvy cake with all kind of decorations and fun stuff.
Project team: Lexie Chattin, Megan Ewen, Emily O'Neill
Mentor(s): Tanya Moore
|Maker Gumball Machine|
Put a coin in and get something handmade! Now take the empty plastic bubble and go make something to put back in to get your coin back! (No, there's nothing preventing someone from putting back a dud, but then that misses the point, doesn't it?)
Project team: Young Sparks
Mentor(s): Kiki Jewell
An air powered air cannon that works on the principle of pressurizing a chamber (in this case a 2 liter bottle) and depressurizing it very quickly though 1/2 in PVC piping with a marshmallow inside.
Project team: Jason Duckering
Mentor(s): Brian Duckering - Dad
|MIDI Light / Percussion Controller|
This project uses MIDI to control external light setups and a sample based drum synthesizer through an Arduino board, with applications in live music performance.
Project team: Carver Simmons
|Modded Xbox360 Controller|
We took an Xbox360 controller and added an extra button that acts like the right trigger is being hit very, very fast. We also plan to custom paint it.
Project team: Leo & Sebastian
Mentor(s): Dave Simmons & Sabrina Granados
|Model Police Vehicle With Special Effects|
I am putting LED's, siren, etc into a smaller scale replica Police California Highway Patrol. I am trying to make this car look like a real CHP in a smaller size though. Here are the features that this car will have, 4 Tone Siren LED 1/18 Scale Police Light Bar Head lights, tail lights, reverse lights, parking lights and grill lights. Automatic head lights and tail lights, so that when it gets dark in the room the lights will turn on automaticlly if main power switch is on. Same features with radio sounds, they will automaticlly come on in a police mans vioce when an object come within 1 to 2 feet. He will sound like he is talking on the radio. Dog Dish Wheels. Antennas Thanks
Project team: Nick Martin
Mentor(s): Grandpa + Uncle + Mr. Green + Dad
|Musical Bot Mania|
Our young makers have built a crazy maze for their bot to traverse while creating electronic sound with a Theremin.
Project team: SR Clubhouse Makers
Mentor(s): Sara Bolduc & John MacLeod
The "No-Touch Garden" is a garden which grows independently where you, the human, don't have to care of it. It is controlled by Arduinos, has Peltier devices for climate control, and LEDs. It's totally awesome!
Project team: Awesome Is What We Totally Are
Mentor(s): our parents
In this project, my team and I have made a chandelier made out of plastic bottles. There was a lot of planning and redesigning that we had to do to come up with our final decision. Our project will light up when the motion of your hand is detected. When your hand does different motions, the light will light up differently.
Project team: Lynette Johnson, Claudia Raya, Flor Zepeda
Mentor(s): Tom Duff
Project: Varia is a fully wearable version of the Varia suit worn by the character Samus Arun in the Metroid video game series.
Project team: Team Varia
Mentor(s): Tony DeRose
|Rambunctious Combat Robots|
You saw custom-built radio controlled 60 pound to 225 pound combat robots set out to destroy each other in a bulletproof area here at the Maker Faire a few years ago. Think of a one pound mini-me version of these heavy metal behemoths designed to compete in a sport known as robotic combat. Warpig is a one pound battlebot with a powerful lifter and ultra-strong titanium armor, while Attitude is a three pound bot with an 8-inch titanium sawblade that spins at 8,000 rpm!
Project team: Troy Mock
Mentor(s): my dad, Scott
|Robo Ball Game|
This is a robot game in which robot shoots ball to the flying helicopter. If ball hits the helicopter then game is over and helicopter looses. Each player gets 4 balls.
Project team: Akul Gupta
A to-scale and mathematically accurate rollercoaster model. It was inspired by a physics project at school, while studying energy and radial motion, and is powered completely by gravity. It is hand-made out of copper wire and popsicle sticks. Although simple, it was complex to create because of the math and intricacy it involved.
Project team: Jahnavi Kalpathy
Mentor(s): Michelle, Tony
A remote control boat that contains a small off-road remote control car. This boat can cross a body of water and deliver the car with a door that opens mechanically. The hull is balsa wood and fiberglass and built to specifications for the car. The car is a remote control buggy (not made by the team).
Project team: L & D Shipyards
Mentor(s): Chris King
|The Beast - a homemade pulse jet engine|
A valveless pulse jet made from steel exhaust tubing. Has no moving parts and runs on propane. A pulse jet powered the German V-1 flying bomb in World War II. Is very loud and dangerous looking.
Project team: Nathaniel Cooney
Mentor(s): Tony DeRose, Michael Cooney
|The cart that built us|
We are making a roadster go kart. It will be pedal powered, and made with PVC piping.
Project team: Meep meeps
Mentor(s): Will Robot and Steve Berl
|The Mill Valley Rover|
The Mill Valley Rover is a four wheeled vehicle that is powered by a 10hp Craftsmen ride on mower engine. It has four gears going forward and one going backwards It can also turn.
Project team: Mill Valley Makers
Mentor(s): Chad Lester, Aron Schiller, Lutz
|The PS2 Controller Gun|
The PS2 controller gun is a PS2 controller that's in the shape of a gun. It uses infra-red emitters and a vertical and horizontal row of IR detectors to track the controller's motion across the screen.
Project team: Andrew Strauss
Mentor(s): Paul Strauss
In this box are many wonders! Look around and see if you can find the special items listed on the paper scroll. All of these items came from many different Littlest Makers.
Project team: Charlotte Jewell
Mentor(s): Kiki Jewell
We are investigating novel ways to interact with virtual environments. Can we make a virtual environment we can walk through and explore? Can we dance in a rainstorm made of colored hail that explodes on contact? This is being done with a green screen, computer and projector.
Project team: Jeremy Green
Mentor(s): Brian Green
A bow that uses water balloons as ammo. The bow uses elastic tubing and a container to shoot multiple water balloons.
Project team: Edgardo Martinez
Mentor(s): Tom Duff
|wireless spy car|
Our design is unconventional but perfect. We have implemented the latest in DIY technology for our wireless camera. our spy car is different from normal spy cars. our is driven by a white remote control glove that was design at our school.
Project team: Stealth Mode 8000
Mentor(s): Steve Berk