On the campus of

Welcome to the AIMS Center

Upcoming Workshop(s)

A Visit With Leslie P. Steffe, PhD

Thank you, Dr. Steffe, for your volume of work, and for encouraging us to further its use!

Les SteffeDr. Steffe joined the Mathematics Education Department at the University of Georgia in 1967. He and Ernst von Glasersfeld mounted the constructivist research program, known as Interdisciplinary Research on Number [IRON], to counter the regressive behaviorism of the 1970’s that followed the era of Modern Mathematics. IRON launched the constructivist movement of the 1980’s and 1990’s with its emphasis on students’ mathematical thinking and learning and mathematical communication. Dr. Steffe continues to work with researchers who participate in an expanded and progressive constructivist research program in order to maintain it as a major force in mathematics education as well as a counter force to the neo-behaviorism of outcome-based education.

The AIMS Center was pleased to have Dr. Steffe in residence for two days this past October. He guided and encouraged us in our work of translating his research findings for classroom use.

Our Mission

AIMS is a non-profit organization dedicated to assisting teachers to facilitate the development of a robust mathematical and/or scientific knowledge within their students.

Most Recent Blog Post

Science Education in the AIMS Center

Children arrive in the classroom not as empty vessels waiting to be filled but they come as “software” installed” individuals with their own ideas about how the world works, this is especially true in science education.  Children, from the youngest of ages, are “little scientists” playing, testing, and exploring the world around them hundreds of times a day.  Science education research has a long history of trying to parse out these experiences and discover what ...
Read More
/

Most Recent ZPC Podcast

Episode 24 | Robots, Legos, & Learning: Oh Yes!

Joining me in the studio is AIMS Center Research Associate, Aileen Rizo. she is a mentor/coach to student teams in both robotics, and Lego engineering competitions. She describes the learning, and persistence that are embedded in these activities. These are profound and powerful events, that feel like play to the children who take part in them. However there are deep concepts in mathematics, and science that are made real for these students.

/