What is the iCODE project?
The iCODE project brings together in one web site a range of instructional materials and other resources designed to help people complete educational projects involving programmable microcontrollers. The site features a unique on-line programming environment, which enables iCODE users to program microcontroller devices without any locally installed software. Step-by-step, illustrated project guides are provided, so that even those users with no previous experience can start learning about microcontroller technology. All of the projects are hands-on, and most involve computer programming. These range in complexity from introductory circuit-building activities and electronic crafts projects to handheld electronic games and autonomous mobile robots. Everyone from middle school students to undergraduates can find challenging activities on the iCODE web site.
Who is coordinating the iCODE project?
Machine Science Inc. and UMass Lowell received a collaborative research grant from the National Science Foundation to create the iCODE web system, using microcontroller platforms each partner had previously developed. The site features guidance on using Machine Science’s breadboard-based XBoard and UMass Lowell’s Super Cricket microcontroller.
Can anyone use the iCODE web system?
Yes! From 2006 to 2009, Machine Science and UML used the iCODE system to support after-school programs and summer camps at selected sites in Boston, Lowell, and Lawrence, Massachusetts, but the system is now available for use anywhere in the world. We are averaging more than 30 new account registrations per week.
Where do I find the materials to complete the iCODE projects?
The physical learning materials used in conjunction with the iCODE web system are available for purchase from Machine Science Inc. and Gleason Research.
Do I need to create a user account to use the iCODE system?
You do not need a user account to view the instructional materials. However, you do need a user account to use the on-line programming tool and take advantage of other site features. Making a user account is free and takes just a few seconds. To create an account, click here.
How does the on-line programming system work?
The on-line programming tool is a Java applet that runs within any Java-enabled web browser. This unique system enables users to write, compile, save, and download code files on-line, without having a locally installed development environment and compiler. Wherever you log in, the tool and your code files will be available to you.
Are any special skills required to complete the iCODE projects?
The iCODE project guides assume no previous engineering or programming experience. Only careful reading and attention to detail are required.
What ages are the iCODE projects intended for?
Projects involving the Super Cricket are intended primarily for students in grades six to eight. The Machine Science projects were originally developed for high school learners. However, the project instructions are straightforward enough to be understood by motivated middle school students, and the projects are sophisticated enough to challenge even undergraduates and adults.
Who can I contact for more information?
For general inquiries or for more information about the Super Cricket technology, please contact Fred Martin (fredm “at” cs “dot” uml “dot” edu). For more information about Machine Science projects, please contact Sam Christy (sam “at” machinescience “dot” org).
The iCODE project brings together in one web site a range of instructional materials and other resources designed to help people complete educational projects involving programmable microcontrollers. The site features a unique on-line programming environment, which enables iCODE users to program microcontroller devices without any locally installed software. Step-by-step, illustrated project guides are provided, so that even those users with no previous experience can start learning about microcontroller technology. All of the projects are hands-on, and most involve computer programming. These range in complexity from introductory circuit-building activities and electronic crafts projects to handheld electronic games and autonomous mobile robots. Everyone from middle school students to undergraduates can find challenging activities on the iCODE web site.
Who is coordinating the iCODE project?
Machine Science Inc. and UMass Lowell received a collaborative research grant from the National Science Foundation to create the iCODE web system, using microcontroller platforms each partner had previously developed. The site features guidance on using Machine Science’s breadboard-based XBoard and UMass Lowell’s Super Cricket microcontroller.
Can anyone use the iCODE web system?
Yes! From 2006 to 2009, Machine Science and UML used the iCODE system to support after-school programs and summer camps at selected sites in Boston, Lowell, and Lawrence, Massachusetts, but the system is now available for use anywhere in the world. We are averaging more than 30 new account registrations per week.
Where do I find the materials to complete the iCODE projects?
The physical learning materials used in conjunction with the iCODE web system are available for purchase from Machine Science Inc. and Gleason Research.
Do I need to create a user account to use the iCODE system?
You do not need a user account to view the instructional materials. However, you do need a user account to use the on-line programming tool and take advantage of other site features. Making a user account is free and takes just a few seconds. To create an account, click here.
How does the on-line programming system work?
The on-line programming tool is a Java applet that runs within any Java-enabled web browser. This unique system enables users to write, compile, save, and download code files on-line, without having a locally installed development environment and compiler. Wherever you log in, the tool and your code files will be available to you.
Are any special skills required to complete the iCODE projects?
The iCODE project guides assume no previous engineering or programming experience. Only careful reading and attention to detail are required.
What ages are the iCODE projects intended for?
Projects involving the Super Cricket are intended primarily for students in grades six to eight. The Machine Science projects were originally developed for high school learners. However, the project instructions are straightforward enough to be understood by motivated middle school students, and the projects are sophisticated enough to challenge even undergraduates and adults.
Who can I contact for more information?
For general inquiries or for more information about the Super Cricket technology, please contact Fred Martin (fredm “at” cs “dot” uml “dot” edu). For more information about Machine Science projects, please contact Sam Christy (sam “at” machinescience “dot” org).
Last modified: Friday, March 6, 2009, 09:17 AM