Intro to Mind mapping to help study

Mind maps help you produce a more visual representation of linked ideas, allowing you to dig deeper without losing sight of your original purpose.

You can take the research journey full circle by using your sub-links to find more information, then by re-associating your new findings through the key concept you started with.

If you’ve not seen them before, or want a recap of the basics, check the video at the bottom of this post for an example of a mind map in development.

For remembering key facts and forming a basic, overall awareness of something, they’re great. You can easily add more to them and shape them in a way that benefits you.

There are a huge number of services for creating mind maps on computer and online. Chuck Frey has put together a huge resource list of all the mindmapping tools currently available. There are so many tools out there, you’re spoilt for choice.

But be warned. Mind maps aren’t a perfect study tool: “A disadvantage of mind mapping is that the types of links being made are limited to simple associations. Absence of clear links between ideas is a constraint.” (Davies)

Mind mapping to help study | TheUniversityBlog

The Map Room: Joshua Miele’s Tactile Maps

The Map Room: Joshua Miele’s Tactile Maps


On May 8th, the California Map Society held a meeting at Stanford University in Palo Alto, CA. One of the speakers was Joshua Miele, Ph.D., Associate Scientist at the Smith Kettlewell Eye Research Institute’s Rehabilatation Engineering Researcn Center in San Francisco.

His topic was Automated Production of Tactile and Audio/Tactile Maps. In other words — Maps for the Blind.

What sounds like an impossibility is already in production and Dr. Miele, who incidentally is totally blind, held the audience enthralled with the description of his development of a web-based software tool for the rapid production of tactile street maps.

The attached photo shows such a map with a centered location grid locating the intersection of 14th and Broadway in Oakland, CA. Around the periphery are three digit Braille street name abbreviations. The raised street grid allows the blind user to quickly understand the street patterns and orient themselves. Even complex intersections can be easily portrayed and understood.

The map is not meant to carried but portions can be quickly memorized by the user. Not all streets are named, but each street is shown so the number of blocks between named streets is obvious to the user. Dr. Miele’s talk was as a self assured scientist putting his life’s work to use for others whose needs he understands. At the end of his presentation the audience gave him a richly deserved ovation.
Links added. Here is the website of Dr. Miele’s tactile map project.