Designing and building robots to perform a series of increasingly complex tasks in an underwater environment is the vehicle to engage, interest, and cultivate 36 middle and high schools inlearning engineering, science and information technology. Using LEGO components and a hands-on, team-based, iterative design process, teachers and students learn how to build robotsthat must operate underwater in a three dimensional space. In building their robot to perform these tasks (proceed in straight line path across a pool, negotiate a slalom course, ascend/descendin a water column, and grab/deposit a

The BUILD IT project is a university-school collaboration to increase precollege student and teacher interest and achievement in engineering, science, mathematics, and information technology through a novel underwater robotics project that utilizes LEGO Mindstorms kits, theNXT programmable brick, and related equipment. The project is being implemented in 36 socioeconomically and academically diverse schools throughout New Jersey for students in Grades 7-12. Through a series of increasingly complex challenges, BUILD IT exposes students to science,mathematics, and engineering concepts such as

Build IT Scale Up presentation at the National Afterschool Association, April 2010, Washington, DC.

The 2005 Summit Symposium event brought together ITEST project staff and invited external thought leaders. This publication summarizes key points of the panelists for the session on "The Importance of IT & STEM Learning: Behind the ITEST Agenda," and documents dimensions of the ITEST projects' work and impact on learning & careers.

This National Research Council publication examines how spatial thinking might be incorporated into existing standards-based instruction across the school curriculum.

ITEST LRC Info Brief Volume 1 , July 2004 ITEST project staff contributed to thoughtful discussion around how specific technologies can be harnessed to enhance academic learning and creative expression.

In today's world of high accountability, strong evidence on intended outcomes is key to building credibility and replicability of science, technology, engineering and mathematics (STEM) programs. This primer, for program directors/managers, educators and others responsible for developing and implementing STEM programs: Provides evaluation guidelines and resources for program leaders who are implementing STEM programs in schools and community-based organizations. Reduces "evaluation anxiety" for individuals who are not professional evaluators by providing guidelines for good evaluation

Spatial literacy is a new frontier in K-12 education. This article describes a place-based introductory GIS/GPS middle school curriculum unit in which students used measuring tools, GPS units, and My World GIS software to collect physical and spatial data of trees to create a schoolyard tree inventory. Maine students completed "memory maps" of their schoolyards as a pre/post exercise assessment. A statistically significant increase in students' spatial awareness was documented. A technology-based curriculum can significantly increase students' spatial awareness especially in a place and