In technical communication, Miller’s number plays a crucial role in conveying information effectively. This concept, introduced by George A. Miller in the 1950s, states that human information processing is limited and that on average we can only process about 7 pieces of information at a time.
I give lectures and workshops or present techniques in tutorials at tekom conferences, in tekom regional groups or at company events.
You will find an overview here.
Around my favorite tools CorelDRAW, Corel DESIGNER and bloXedia by pgx I publish irregularly professional articles and books.
Yes, our ISO 3864 gets around a lot, even in the ANSI country USA in New York. There, among other things, he does his latest routine on the pole in the subway. Well he is not quite perfect, not quite himself as an ISO-3864-man. I helped him a bit to find himself.
ISO 7010 defines rescue, prohibition, mandatory, warning and fire safety signs and was published in 2012. The safety signs are based on the design criteria of the ISO 3864 series of standards. ISO 7010 was created in response to the internationalization of markets in order to convey uniform safety information in a few words or completely at the level of symbols. The aim of ISO 7010 is prevention of potential hazards to persons and the principle of a safety sign = a safety statement.
It was tekom conference again, offline, on site in Stuttgart. I enjoyed it, not least because I was there with 3 presentations of my own and could enjoy the direct feedback from the participants.
Interactive spare parts catalogs are state of the art: Your customers can easily find and select the parts they need and start the ordering process. This webinar will show you step by step how to create interactive spare parts catalogs.
As if pulled up on an imaginary shear, exploded views provide an insight into the inside of devices, machines and systems. They illustrate relationships clearly and help everyone to find, name and select exactly the right spare parts quickly and precisely.
The requirements and tools in technical communication are developing at an incredible pace. It is difficult to map these developments on an industrial scale with suitable and optimal processes.
A large number of tools and processes, which seem to have developed a life of their own in parallel, must be put back on a common track.
All technical illustrators deal with projections to represent 3D objects on a plane. They apply standardized projections such as isometry and dimetry, or work in free projections and vanishing point perspectives. All techniques to compensate or at least minimize the drawbacks of representation on the plane and to convey 3D with only one representation.
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