Search
Program Calendar
Browse By Day
Browse By Time
Browse By Person
Browse By Room
Browse By Unit
Browse By Session Type
Search Tips
Visiting Washington, D.C.
Personal Schedule
Sign In
X (Twitter)
Session Type: Symposium
This session focuses on interactive simulations as a medium for gathering rich evidence about student cognition. Interactive behaviors and system events can be captured automatically while students are solving problems or completing tasks with a simulation. These events can be organized into log files and analyzed to identify meaningful sequences of actions that provide insights into student cognition. We will present three separate research projects that have explored the potential of this kind of process data, with empirical research ranging from in-depth cognitive methods to online experimental studies generating large data sets of interactive behaviors. The three projects take a top-down approach to analysis that combines theory-driven predictions with exploratory analyses and cutting edge modeling techniques for complex data sets.
In Search of Strategic Exploration: Using Games to Assess Students' Inquiry Strategies Within Physics Simulations - Luke David Conlin, Stanford University; Daniel L. Schwartz, Stanford University
Gathering and Interpreting Process Data From Interactive Simulations Guided by Cognitive Science Theory and Methods - Carol McGregor Forsyth, Educational Testing Service; Deirdre Song Kerr, Educational Testing Service; Jung Aa Moon, Educational Testing Service; Jingyuan Huang; Bridgid Finn, Educational Testing Service; Michelle LaMar, Educational Testing Service; Gabrielle Alexis Cayton-Hodges, Educational Testing Service; Madeleine Keehner, Educational Testing Service
Interactive Simulations: Rich Environments for Studying Cognitive Processes During Science Inquiry - Shima Salehi, Stanford University; Engin Bumbacher, Stanford University; Eric Kuo, Stanford University; Carl Wieman, University of Colorado - Boulder