Current

Enabling Modeling and Simulation-Based Science in the Classroom

Integrating agent-based models,real world sensing and collaborative networks. NSF - DRK12 Project - NSF# DRL-1020101

CT-STEM: Casting a Wide Net: Embedded Computational Thinking

NSF-CE21

Learning Evolution through Model-Based Inquiry

NSF-REESE

InquirySpace: Technologies in Support of Student Experimentation

NSF-Cyberlearning

BEAGLE: Simulated Evolution

A Suite of Models for Investigating Evolution, Adaptation, and Natural and Artificial Selection

NetTango

Bringing ABM to a younger audience

DeltaTick

Low-Threshold Agent-Based Modeling by Domain

Behavior Search

...more intelligent exploration of ABMs

Reimagining Game Design.

Specific Game currently - FormulaT Racing

Connected Mathematics

Making Sense of Complex Phenomena Through Building Object-Based Parallel Models

Educational Policy Simulation

Exploring the Dynamics of School Choice Through Agent-Based Modeling

MaterialSim

An Agent-Based Approach to the Exploration of Materials Science

NetLogoLab

NetLogo Models Linked with Sensor-Equipped Devices for Scientific Investigations

NIELS

Emergent Simulations for Learning Electromagnetism

Participatory Simulations

Network-Based Design for Systems Learning in Classrooms

ProbLab

A Suite of Models for Experiencing and Relating Micro and Macro Perspectives of Probability

Completed

Advancing the Science of Agent-based Modeling Through Frameworks, Tools, and Pedagogies.

NSF Information & Intelligent Systems - NSF# IIS-0713619

Modeling Across the Curriculum

Investigating Long-Term Science Learning Through Exploration of Models

Procedural Modeling of Cities

Creating Virtual Cityscapes Through Agent-Based Modeling

EACH

Learning About Complexity in Evolution: the Evolution of Altruistic and Cooperative Habits

Connected Poetry

(password-protected)

Developing Reasoning About Parallel Processes

ISME: Integrated Simulation and Modeling Environment

Participatory Simulations to Investigate the Complementarity of Agent-Based and Aggregate Reasoning for Making Sense of Complexity

PANDA BEAR

A Collaborative Dynamic Geometry Environment

VBOT

Building a Robot — an Information Theory Curriculum

BEAGLE: Simulated Evolution

A Suite of Models for Investigating Evolution, Adaptation, and Natural and Artificial Selection

Connected Chemistry

Learning About Chemistry Phenomena as Emergent Patterns

EACH

Learning About Complexity in Evolution: the Evolution of Altruistic and Cooperative Habits

GasLab Curriculum

A Model-Based Toolkit and Curriculum for Exploring Ideal Gases and Statistical Mechanics

MaterialSim

An Agent-Based Approach to the Exploration of Materials Science

NIELS

Emergent Simulations for Learning Electromagnetism

ProbLab

A Suite of Models for Experiencing and Relating Micro and Macro Perspectives of Probability

VBOT

Building a Robot — an Information Theory Curriculum