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It is necessary to be prepared to handle tools and know the basic principles behind the two sciences comprising mechatronic. it is also clear that by visiting many model, toy, and virtual stores the reader can find complete mechatronic projects ready to be used. These store-bought projects may be even more complicated or less expensive than the projects described in this book. However, the real evil genius makes discoveries through his or her own efforts, inventing new devices and learning the theory necessary to build them. The real evil genius doesn't buy an operating robot or a kit; he builds his own robot. The real evil genius doesn't look for an ionic motor in science stores; she creates her own version.
Building mechatronic projects is a challenge. When observing such projects, one will note that many levels of difficulty exist. An experimenter can try simple projects using very easy-to-handle and easy-to-find parts, or one can take on very complicated ones that require special components, special tools, and a highly specialized knowledge of the technology involved.
Many geeks are familiar with the use of delicate components such as the ones found in electronic circuits or small mechanical devices, whereas other people are not. For those who are not familiar wit the technology used in the projects, some barriers must be crossed. Starting with simple projects, the inexperienced geek can acquire the necessary skills to graduate to more complex projects in relatively little times. From the simplest for anyone with a minimum knowledge of technology and tools to others that require much more experience to build. Information about each project's degree of difficulty will be given.
You must also have the necessary tools to work with these delicate parts. When working with electronic and mechanical parts, the reader must have specialized tools as well as sufficient knowledge of how to use them. The first step to begin is about to answer a final question: Can I use the projects for any purpose other than simply having fun?. The amateur scientist can use the ideas given by the projects to discover new things. Practical circuits and configurations can be implemented to build simple research tools used in experiments involving chemistry, physics, and even human sciences.
Building mechatronic projects is a challenge. When observing such projects, one will note that many levels of difficulty exist. An experimenter can try simple projects using very easy-to-handle and easy-to-find parts, or one can take on very complicated ones that require special components, special tools, and a highly specialized knowledge of the technology involved.
Many geeks are familiar with the use of delicate components such as the ones found in electronic circuits or small mechanical devices, whereas other people are not. For those who are not familiar wit the technology used in the projects, some barriers must be crossed. Starting with simple projects, the inexperienced geek can acquire the necessary skills to graduate to more complex projects in relatively little times. From the simplest for anyone with a minimum knowledge of technology and tools to others that require much more experience to build. Information about each project's degree of difficulty will be given.
You must also have the necessary tools to work with these delicate parts. When working with electronic and mechanical parts, the reader must have specialized tools as well as sufficient knowledge of how to use them. The first step to begin is about to answer a final question: Can I use the projects for any purpose other than simply having fun?. The amateur scientist can use the ideas given by the projects to discover new things. Practical circuits and configurations can be implemented to build simple research tools used in experiments involving chemistry, physics, and even human sciences.