RoboRavens
2014 Theme
RoboRavens
History
Riverside has had a robotics team since the FIRST Lego League began in 1999. Here are the themes for each year and the honors the team won for that year.
2014
World Class
TBD
2013
Nature's Fury
Judge's Award
State Qualifier
2012
Senior Solutions
Programming Award
&
Young Mentor's Award
2011
Food Factor
Core Values:
Team Spirit Award
2010
Body Forward
Research Award
State Qualifier
Quality Research-
State Award
2009
Smart Move
Teamwork Award
State Qualifier
2008
Climate Connections
2007
Power Puzzle
Teamwork Award
State Qualifier
2006
Nano Quest
Quality Research Award
State Qualifier
2005
Ocean Odyssey
Innovative Solution Award
State Qualifier
2004
No Limits!
Robot Design Award
2003
Mission Mars
Robot Design Award
2002
City Sights
2001
Arctic Impact
2000
Volcanic Panic
1999
First Contact
What is the future of learning? FIRST® LEGO® League teams will find the answers. In the 2014 FLL WORLD CLASS℠ Challenge, over 265,000 children from 80 countries will redesign how we gather knowledge and skills in the 21st century. Teams will teach adults about the ways that kids need and want to learn. Get ready for a whole new class – FLL WORLD CLASS!
2014 Challenge Page
World Class
2013
NEW PICTURES FROM LEGO FEVER I
The RoboRavens Qualify for the State Tournament
RoboRavens Close A Successful 2012 Tournament Season
After being a finalist in the Robot Design Category at the Lego Fever I Tournament in Flint in October, the RoboRavens won the Programming Award for the tournament's best and innovative robot programming at the Downriver Robot Rescue in Allen Park.
The RoboRavens "Body Forward" Research Topic is Coming to Life
In 2010, the team researched ways to improve the quality of life of individuals who lost a limb. Their idea was to create a limb that could be controlled by human thought. Their topic won them a research award in the regional tournament and a 2nd Place Award at the State Tournament for Quality Research.
Researchers at Johns Hopkins University are ready for human testing on a "thought controlled" robotic arm