An audio book is a recording of a normal book onto tape. The book is read aloud in a studio so that the user can hear the book being spoken rather than have to read it, especially useful in cars or to the blind.
Audio books are often narrated by the author of the book, but some use a celebrity or a professional. They come in a variety of formats, from tape cassette to CD, and in recent times mp3. The tapes are very common as most cars have cassette players, they are cheap, and they were the main format for a long time. The recent addition of mp3 and other digital formats has allowed companies to publish the books online, meaning that a customer can purchase an audio book and download it straight to his computer. Facilities for this exist in many public libraries. The advent of the personal mp3 player and iPod means that many people listen to audio books on these devices, able to travel and listen at the same time, which would be impossible with a normal book.
Audio books come in various styles too. Sometimes they are abridged, cutting out some parts of the book especially if it is very long. Some even dramatise the book, so that instead of just narrating it aloud, they have actors playing each role, a musical score and sound effects. Another type is educational audio books. These can contain anything from how to speak a certain language, to how to repair computers. Some say that listening to these in your sleep over and over again will eventually make the knowledge second nature.
While audio books can be seen as a threat to the development of reading skills, they are also hailed as a very useful educational tool, helping children to learn and identify sounds, words and voices at a fast rate, while being less of a chore then reading.
John Gibb is the owner of audio book resources
For more information on audio books check out http://www.audio-book-guidance3k.info
Aviation Mechanics Overview
The Field of aviation is getting more advanced every year. The need for qualified airline mechanics has also increased. The demand for qualified aviation maintenance technicians has climbed to approximately 50,000 per year. Even though major Airline companies have had difficult past years, general aviation companies and smaller jet and aircraft manufacturers are seeking new talent to work as aircraft mechanics. Qualified aviation mechanics often have job offers before they are even finished with school. With increasing national dependence on air travel, the demand for qualified technicians will outrun the supply of available technicians.
Aircraft mechanics ensure planes operate safely and efficiently. They service, repair, overhaul and test aircraft. Aircraft mechanics specialize in preventative care, making routine checks on engines, landing gear, pressurized sections and other aircraft parts to make sure everything works properly. Bureau of Labor Statistics (http://www.bls.gov/), estimates that there are 154,000 aircraft mechanics currently work in the US. There are 4 major categories under which these mechanics fall: Powerplant mechanics, Airframe mechanics, Combination airframe-and-powerplant mechanics—called A & P mechanics, and avionics technicians. Powerplant mechanics are authorized to work on engines and do limited work on propellers. Airframe mechanics are authorized to work on any part of the aircraft except the instruments, powerplants, and propellers. A & P Mechanics work on all parts of the plane except the instruments. Avionics technicians repair and maintain components for aircraft navigation and radio communications, weather radar systems and instruments, and computers that control flight, engine and other functions.
Aviation mechanics usually work in hangars or in other indoor areas, although they can work outdoors. These mechanics often work under time pressure to maintain flight schedules and to keep from inconveniencing air-travel customers. Aviation mechanics have a great duty to maintain safety standards. This is what can make the jobs somewhat stressful. Aircraft mechanics usually work 40 hours a week on 8-hour shifts at anytime of the day.
Melissa Steele is a featured writer for EducationGuys.com. She has been writing about college degrees & trade schools since 2004.
Hot Engineering Jobs
Engineering can best be described as the application of science to the needs of humanity. This is accomplished through the application of knowledge, mathematics, and practical experience to the design of useful objects or processes. Engineers devise new processes, operations, and machines, and advance the capability, and presentation of manufacturing systems, buildings or transportation systems, and electrical systems. Engineering is the basis of the technology that improves civilization.
Engineering affects the quality of our lives. From telecommunications to infrastructure, and consumer products, engineering affects us on a daily basis. If you are interested in engineering, a quality education is the first step to an exciting career. Whether you are interested in a degree or if you are just expanding and updating your knowledge by taking supplementary classes, instructional programs will get you ready to learn and apply solutions. Engineers enjoy dealing with the schematics and design elements that make up devices and structures.
Biochemical engineering and Biomedical engineering are two of the fastest growing engineering specialties for engineering majors. Biochemical engineers study living systems to solve problems related to our food supply and our environment. Large agriculture based businesses spend deeply to draw in and educate new biochemical engineers who can help improve crops and their yields. Biochemical engineers take the science that makes those advances achievable and figure out ways to make the technology profitable on a large scale.
It is the job of biomedical engineers to find ways for people to live longer and healthier lives. Biomedical engineers work in different areas of medicine focusing on a variety of ways that technology can be applied in the treatment of biological or medical problems. Biomedical engineers observe how different substances are processed by the body and create medicines to improve those processes. Other areas of this discipline focus on developing material that supports healing, including replacing worn out or injured body parts. Some biomedical engineers concentrate on mechanics or electronic devices that have medical applications. As America's largest generation in history is growing older, and our health care industry is seeking engineering majors who can devise new gear and tools to ensure our health.
Upon graduation, a qualified engineer can earn a starting salary of $40,000 or more per year. For many professional engineers, income potential is unlimited. Many engineering majors add-on to their coursework business training that can make them eligible for lucrative positions as managers, analysts, and even company presidents. Many companies create new positions for engineers faster than they can fill them. A study from the U.S. Department of Labor (http://www.bls.gov/) indicates that professional engineers tend to remain employed with the same company for notably longer stretches of time compared to employees in other professions. Engineering majors can look forward to lengthy, dynamic, stimulating careers that directly affect their communities.
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