Science and Engineering » Mechatronics » Mechatronics 1 2012

h1. Final Presentation Schedule

Presentations start promptly at 12:20 in M124

You'll get an additional 0.1 points if you sign up for a slot by 08:30 26.11.2012!

You must fill out the line completely in order to get the credit.  This means your complete name, not just the first!

Each presentation should be 15 minutes including questions.  There will be a 5 minute demonstration/setup period between each presentation.

The format is: * (time) (group members) "Name of project"

 ** short description (1-2 sentences)

* 12:00 Joe Foley, Bjorgvin Runarsson "Arduino Mind Control Lasers"

** Using a satellite link, our Arduino project is able to download basic information into unconscious student brains.

* 12:20 Alexander Lúðvígsson, Bjarni Kristjánsson, Pétur Guðnason "AutoFlyFish"

** Airswimmer automatically controlled with Arduino Fio, triple axis accelerometer MPU-6050, and a servo motor

* 12:40 Baldur Gíslason: "Digital Sound Detector"

** Employing a microcontroller and a microphone to detect familiar sounds in the environment.

* 13:00 Sæþór Ólafur Pétursson: "Mini-segway"

** Self balancing robot using an accelerometer

* 13:20 Jón Vilberg Georgsson, Ægir Örn Ingvason, Guðjón Einar Magnússon "Head-tracking camera mount"

** Using a gyroscope and we wirelessly control a camera that rotates on two axis

* 13:40 Ingi Steinn Guðmundsson, Konráð Guðmundsson, Guðjón Ingi Gunnlaugsson, Gunnar Sigurðsson "Room Mapping Robot"

** Using two arduino's (!DUALCORE!) and a wireless shield to control an iRobot Create which maps out a room, sending mapping data wirelessly back to a server which generates a map from the data.

* 14:00 Sturla Rúnarsson "Light Sensor Security Safe"

** Security safe that opens with a Morse light signal, user gets three tries before a master-password is initialized.

* 14:20 Axel Bender, Elías Marel Þorsteinsson, Ívar Kristinsson "Auto Targeting Nerf Turret"

** Using a webcam with motion tracking software and infrared motion sensors, our Arduino project can control a Nerf gun to auto target and shoot an object with a 360 degree field of vision.

* 14:40 Arndís Magnúsdóttir, Víðir Bjarkason "Arduino and Android Controlled Rover"

** Motor driven rover which is controlled by three light sensor, that pick up light from remotly controlled Android smart-phone.

* 15:00 Aníta Björk Hlynsdóttir, Ragnar Ómarsson "Propeller display"

** A persistance of vision (POV) propeller display able to display various messages