SETI bioastro: Fw: MINIATURE ROBOTS TO SHOWCASE SKILLS OF FUTURE PROGRAMMERS

From: LARRY KLAES (ljk4_at_msn.com)
Date: Sat Apr 05 2003 - 08:45:43 PST

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    ----- Original Message -----
    From: NASANEWS_at_mail.arc.nasa.gov
    Sent: Friday, April 04, 2003 3:37 PM
    To: ames-releases_at_lists.arc.nasa.gov
    Subject: MINIATURE ROBOTS TO SHOWCASE SKILLS OF FUTURE PROGRAMMERS

    Jonas Diņo
    April 4, 2003
    NASA Ames Research Center, Moffett Field, Calif.
    Phone: 650/604-5612 or 650/604-9000
    E-mail: jonas.g.dino_at_nasa.gov

    RELEASE: 03-21AR

    NOTE TO EDITORS AND NEWS DIRECTORS: News media representatives are
    invited to observe the northern California botball tournament. The
    competition will be held Saturday, April 5, at the Leavey Center on
    the campus of Santa Clara University, 500 El Camino Real, Santa
    Clara, Calif. Team practice rounds start at 8:00 a.m. PST, with
    competition rounds beginning at 10:00 a.m. PST. Student programmers
    and their mentors will be available for interviews following each
    round of competition. To reach Santa Clara University, exit
    interstate 880 north from interstate 280, exit on The Alameda
    northbound. The Alameda becomes El Camino Real. Admission is free.

    MINIATURE ROBOTS TO SHOWCASE SKILLS OF FUTURE PROGRAMMERS

    No remote controls will be allowed as hundreds of students and their
    autonomous robots compete at Santa Clara University on Saturday,
    April 5, 2003.

    The sixth annual KISS Institute for Practical Robotics (KIPR)
    northern California botball tournament will highlight the programming
    and engineering skills of 29 high school and middle school robotics
    teams from northern California. The botball robotics program was
    developed to give students an opportunity to apply science, math,
    engineering and technology concepts in a stimulating and hands-on
    environment. The botball tournament is the culminating event of six
    weeks of design, engineering and programming of the robots by the
    students.

    "A major focus in the NASA mission is to inspire the next generation
    of explorers," said Terry Grant, deputy director of the Robotics
    Education Project at NASA Ames Research Center, located in
    California's Silicon Valley. "So we are making educational programs
    integral to every major NASA activity. We think the hands-on
    experience with building and testing autonomous robots, as is
    required for the botball competitions, is key to learning the
    technology and inspiring the creative thinking we will need in future
    scientists and engineers. Botball has proven appeal to students and
    teachers across the country and in a wide range of educational
    settings."

    Each year, teams are introduced to a new robotics competition and
    given identical kits of mechanical parts to build their robots. With
    the help of mentors from NASA, industry and academia, student teams
    are free to explore the infinite possibilities in design and strategy
    to build their robots. Working side-by-side with professional
    engineers and technicians, the students have a chance to see what
    real-world engineering is all about while developing other valuable
    skills such as teamwork, time- and project-management and leadership.

    To make their robots 'come alive,' students program their robots
    using interactive C, a software language that originally was
    developed for a Massachusetts Institute of Technology autonomous
    robot design contest. The software's interactivity and ease of use
    made it the preferred means of programming botball robots.

    NASA is a KISS Institute for Practical Robotics National Partner in
    Education, providing tournament logistics and educational support,
    mentors and team scholarships. NASA's Robotics Education Project is
    supported through the NASA Office of Space Science, Washington, and
    is directed by David Lavery, program executive for Solar System
    Exploration. The Robotics Education Project supports a variety of
    educational initiatives, including FIRST Robotics, which uses
    robotics to motivate students to continue their education, especially
    in the areas of math, science and technology.

    Founded in 1993, the KISS Institute for Practical Robotics is a
    private, non-profit community-based organization located in Norman,
    Okla., that provides improved learning and skills development through
    the application of technology, particularly robotics for students.

    The NASA Robotics Education Project Web site can be found at:

    http://robotics.nasa.gov

    More information about the tournament, regional competitions and KIPR
    can be found at:

    http://www.kipr.org/

    -end -

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