The OpenSimon toolkit contains a wide range of teaching resources aimed at improving instruction, as well as instruments for edtech researchers and designers.
Carnegie Mellon University launches OpenSimon, a set of tools, techniques, content and codebase to improve teaching. A collection of open resources worth more than 100 million dollars in research and development.
The OpenSimon toolkit contains a wide range of resources for educators who aim to discover which techniques or content are the most effective, as well as useful tools for researchers and designers of educational technology products.
The initial version includes tools such as DiscourseDB, to facilitate the analysis and storage of educational data; RoboTutor, an Android tablet app that allows children from 7 to 10 years without access to schools to learn basic reading, writing, and math without the help of an adult; and ChemCollective, virtual laboratories, scenario-based learning activities, tutorials and concept tests, in which teachers and students can review and learn concepts through tutorials and simulations.
The toolkit is available for free on the OpenSimon website, and individual components are available under open source licenses.
Carnegie Mellon's statement affirms that the integration of research, data and instructional practice developed by their learning scientists contrasts with the approaches of many other institutions, where instructional design is often based on intuition rather than research, and where technology is implemented without reasoning.
In the coming months, Carnegie Mellon will announce a set of short workshops for teachers to use the full potential of the techniques and tools available in OpenSimon.