Wednesday, 30 July 2014

fun part of engineering

Did you know...
Check out these fun facts about women, engineers, and cool engineering achievements.
  • The Rube Goldberg Machine
    Rube Goldberg was a cartoonist and an engineer, but his name has come to be an adjective defined as accomplishing something simple through complicated means.
    Remote Presence
  • Robots are increasingly being used in hospitals to allow critical care physicians to be in two places at once.

    Bobsleigh Runs
    There are less than 20 bobsleigh tracks in the entire world approved by the sport's international governing organization. The 2002 Olympic track in Park City, Utah, is the southernmost track in the world and is designed for bobsleigh, luge and skeleton events. The $25 million bobsleigh track of Park City, Utah is the most challenging sports track of its time.

    First Computer Program
    Ada Byron Lovelace, daughter of famous poet Lord Byron, published a paper in 1843 that predicted the development of computer software, artificial intelligence, and computer music. In 1834, Ada heard of Babbage’s ideas for a new calculating engine – the Analytical Engine. Ada suggested to Babbage a plan for calculating Bernoulli numbers with the Analytical Engine. This plan is now regarded as the first “computer program.”

    Bionic Arm
    A team of five biomedical engineers in Edinburgh, Scotland created the first working bionic arm in 1993. The Bionic Arm also called the Edinburgh Modular Arm System, is packed with microchips, position-control circuits, miniature motors, gears, and pulleys. It rotates at the shoulder, bends at the elbow, rotates and twists at the wrist, and can grip using artificial fingers. The pulses then control each movement of a "new" arm.

    EBR-1
    The Experimental Breeder Reactor-1 was the first facility to produce electricity generated by nuclear energy. The EBR-1 produced the first usable electricity generated by atomic energy. The EBR-1 supplied all of the power for its own building. Three years after it was decommissioned, President Johnson dedicated the facility as a registered National Historic Landmark. The nearby city of Arco, Idaho became the first city in the world to be lit by nuclear power.

    Emily Roebling
    A woman named Emily Roebling supervised construction of the Brooklyn Bridge. When her husband became ill in 1872 Emily took over day-to-day supervision of bridge construction. Emily had studied many engineering topics related to bridge construction including mathematics, strength of materials, and cable construction. Her name is included on the plaque dedicating the bridge - recognizing her role in creating one of her era's great engineering achievements.

    Ferris Wheel
    Did you know the Ferris Wheel is considered an engineering wonder? The Ferris Wheel was designed by George W. Ferris in 1893. It was designed to be the landmark of the World's Fair in Chicago in 1893. The wheel is supported by two 140-foot steel towers. The towers are connected by a 45-foot axle, making the axle the largest single piece of forged steel made at that time.

    Charles Stark Draper Prize for Engineering
    Given each year by the National Academy of Engineering, The Charles Stark Draper Draper Prize for Engineering was established in 1988 and is awarded for outstanding achievement, particularly innovation and reduction to practice, in engineering and technology contributing to the advancement of the welfare and freedom of humanity.

    Crystal Bridge
    In Oklahoma City, Oklahoma, the Crystal Bridge Conservatory is the focus of the Myriad Botanical Gardens. Engineers designed a cloud-making system to provide the necessary environment for a rainforest. A path next to a 35-foot waterfall leads up a "mountain" of rock formations, which are really latex molds from actual rock outcroppings. The conservatory is made from over 3,000 acrylic panels. It is seven stories tall and 224 feet long.

    Chesapeake Bay Bridge-Tunnel
    The Chesapeake Bay Bridge-Tunnel was considered to be "One of Seven Engineering Wonders of the Modern World."
    The Chesapeake Bay Bridge-Tunnel opened as a two-lane highway in 1964. Thirty-five years later in 1999, the southbound side opened, making it a four-lane highway. The 20-mile road connects Southeastern Virginia to the Delmarva Peninsula and cuts 95 miles from the trip between Virginia Beach, Virginia and points north of WIlmington, Delaware. It is made of two high bridges, two, one-mile tunnels, four man-made islands, and 12 miles of trestle. Each island is 10 acres in size and has almost 1.2 million tons of rock armor. The 12 miles of trestle are supported by more than 5000 concrete piles.  Although it is no longer on the American Society of Civil Engineers list of Engineering Wonders, it was chosen as One of Seven Engineering Wonders of the Modern World when it was built in 1964 due to the number and different types of major structures included in one ...

    Big Brutus
    Big Brutus is the second largest electric shovel in the world. Engineers designed the 15,000 horsepower shovel to revitalize the strip-mining industry. At 11 million pounds, Big Brutus' bucket can lift up to 150 tons of coal - enough to fill three railroad cars.

    Bakelite
    Bakelite was the first plastic not to melt when put in high temperatures. In 1907, the American chemist, Dr. Leo Baekeland made a breakthrough when he accidentally created the first commercially successful thermosetting synthetic resin, which was called Bakelite (known today as phenolic resin). He realized that a resin which would not melt under high temperatures would have a much wider appeal when used as a molding compound. Use of Bakelite quickly grew. It has been used to make products such as jewelry, telephones, and pot handles.

    Atalaya
    Atalaya mansion in South Carolina included running water throughout the 40,000 square-foot 55-room home in 1933. Atalaya, Spanish for "watchtower", was built in 1931-33 by William Thomson. Thomson took verbal instructions on how and what to build from Atalaya's designer and owner, Archer Huntington. The unique engineering feature of Atalaya is its water system. This engineering achievement was way before its time. The system consists of Artesian well water pumped into a 10,000-gallon cistern, where the sand was allowed to settle out. From there, the water is pumped into a 3,000-gallon tank in a 40-foot high tower. This height created enough pressure to provide running water throughout the 55-room home.

    Alaskan Pipeline
    The Trans-Alaska Pipeline System was the largest private construction project of its time. The pipeline is 800 miles long and has a diameter of four feet. The zigzagging pipeline carries crude oil from 250 miles north of the Arctic Circle to the terminal at Valdez.

    Galveston Seawall
    On September 8, 1900, a hurricane sent an 8-foot high wave crashing into the city of Galveston, Texas. This hurricane killed 6,000-8,000 people and is considered to be the worst natural disaster in U.S. history. After the hurricane, the city asked retired Army engineer Henry Robert to design a seawall that would be seven miles long and seventeen feet high. Robert designed the wall as asked and also raised the city by pumping sand underneath the buildings. In 1915, the seawall was tested by another hurricane. This time, all but 8 people survived.

    Hedy Lamarr
    Hedy Lamarr was a famous movie actress of the 1930's. While starring in famous movies, Hedy Lamarr was also an engineer. Lamarr held a patent on technology which is the foundation for today's advanced wireless networks. Lamarr had an idea for frequency hopping: switching from frequency to frequency in split-second intervals. Lamarr's idea, combined with a friend's idea of a device allowing the frequency to be synchronized, created technology that was never used as intended in World War II, but it created the foundation for today's wireless communications and has been used in the control of many U.S. intercontinental missiles.

    Hoover Dam
    The Hoover Dam is one of the tallest concrete dams ever built and it created one of the largest manmade lakes in the United States. At 726.4 feet tall, it took 200 engineers from several consulting firms and the Bureau of Reclamation to design the dam. It has 3,125,000 cubic yards of concrete and weighs more than 6.6 million tons! Construction of the dam, power plant, and related works took five years to build and was finished two years ahead of schedule. The reservoir created can hold enough water to cover the entire state of Pennsylvania with water one foot deep.












  • Hubble Telescope
    The Hubble Telescope, one of the largest and most complex satellites ever built, was the result of over 20 years of science research and engineering. Deployed April 25, 1990 from the space shuttle Discovery, Hubble barely skims the Earth's atmosphere, orbiting just 380 miles above our planet. It is the size of a school bus and looks like a five-story tower of stacked silver canisters. Each canister houses important telescope equipment: the focusing mirrors, computers, imaging instruments, and pointing and control mechanisms. Extending from the telescope are solar panels for generating electricity and antennas for communicating with operators on the ground. It is named after American astronomer Edwin Powell Hubble, who among other achievements, discovered in 1929 that the universe is expanding. Every 97 minutes, the Hubble telescope orbits around Earth, moving at the speed of five miles per second -- fast enough to travel across the United States in about 10 minutes.

    Lake Pontchartrain Causeway
    At 24 miles long, the Lake Pontchartrain Causeway in Louisiana is the world longest continuous over-water highway bridge. The Causeway is one of the oldest prestressed concrete bridges in the United States. The Causeway consists of two parallel bridges that are supported by more than 9,500 hollow pilings 55 inches in diameter. Since its opening in 1956, traffic has grown from 3,000 vehicles per day to over 42.000 vehicles each week day From 1969 until 2011 it was listed in as the longest over-water bridge in the Guinness World Records. In 2011 in response to the building of the Jiaozhou Bay Bridge in China Guinness created two categories of over-water bridges. The Causeway became the longest continuous over-water bridge, and the Jiaozhou Bay Bridge became the longest aggregate over-water bridge.                      

life is engineering

Why Should I Become an Engineer

description for engineeringposterYou'll have the power to make a difference! By becoming an engineer, you can help solve problems that are important to society. You could be controlling and preventing pollution, developing new medicines, creating advanced technologies, even exploring new worlds. 
You'll have money and job security! Engineers have significantly higher starting salaries than do college graduates with bachelor's degrees in many other fields. After 4 years of college, you could be making $40,000 to $60,000 a year. And society will always need people, like engineers, who solve problems and come up with new ways of thinking about and doing things.
You'll be working with other talented people! Engineering is a team effort. As an engineer you may be working on projects with experts in many different fields and people from different backgrounds - even different countries.
You'll have lots of options! Engineers work everywhere: in big and small cities, rural communities, even remote wilderness areas. Some work in business offices or classrooms, others in factories or research labs; some work outdoors or even in outer space! Some engineers go into medicine, law, business management, or policy. An engineering education will prepare you for many different careers.
You'll get to do cool stuff! Be the first to develop or try out a new technology, like a flying car or an undersea house. Design and build virtual reality amusement parks. Discover and patent a new material that can mend broken bones or cure arthritis. Engineers will be involved in making all the wonders of the future a reality.
I really love engineering 

Edited by Rob S, MA, Cipher_nemo, Dumbledore and 64 others
Mechanical engineers will find their skills in demand in a variety of fields and industries including medical, scientific research, construction, aerospace, acoustics, combustion, and automotive engineering. If a device requires movement or manufacturing, design, testing, or packaging, a mechanical engineer will most likely be involved.

Steps

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    Study mathematics, science, and computer in high school. Study pre-calculus and, if possible, calculus at a high school level, and be sure to take chemistry and physics classes in high school. Physics and calculus are the back bones of engineering courses; understanding them is key to getting a degree. Certain types of engineering will require knowledge of computer programming, learn it sooner than later.
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    Participate in math contests and science fairs. Try engineering contests, too, if they are active in your area.
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    Develop hobbies related to mechanical engineering. These may include astronomy, rocketry, geology, auto mechanics, bicycle repair, welding, or even robotics. Any sort of tinkering is good practice.
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    Learn to use different sorts of tools. Hammers and screwdrivers are a great place to start, but there are many more types than that. If you have the opportunity to take a wood, metals, or plastics shop class, do so. Auto shop is also a good choice. Don't forget to learn about various kinds of measuring tools, too.
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    Take stuff apart. Ask friends and family to give you appliances and other machines that have broken, or gather them inexpensively from garage sales or even neighbors' curbs. Then, open them up and see what makes them go. If you can put something back together so that it works, great! If not, figure out what's inside and see what you can learn from it before throwing it out. If you're still not sure what's going on in there, look it up and find out.
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    Explore the field of electronics, which may include activities such as ham radio and computer repair. Build stereo speakers for fun. Constructing speakers requires both woodworking and electrical skills. Learn the resistor code for fun. Although electronics are more closely associated with electrical engineering, mechanical engineers need, at the very least, to be able to communicate with electrical engineers. More and more systems are electromechanical, so it's good to know a bit of both. Some mechanical engineers do specialize in electrical engineering and become electromechanical engineers.
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    Take drafting classes. Even though some engineering schools do not offer drafting classes, drafting classes may be available at the high school or community college level. If at all possible, learn a CAD (computer-aided drafting) program or two.
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    Develop solid written communication skills. Documentation and technical writing skills are a must in many mechanical engineering jobs.
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    Invent something. It doesn't have to be the next light bulb, or even a new idea. It could be something as simple as a bent wire coat hanger to dislodge something that always sticks. It could even be a new process or a more efficient way of organizing your desk or going about your day-to-day tasks. Or, see how far you can make a mousetrap- or gravity- powered vehicle go.
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    Build something. Assemble boxed furniture or start from scratch. Make a potato launcher. Create your own lava lamp or trebuchet. Even fun or silly projects will help you get used to thinking about how things work, and how they are built.
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    11
    Take an interest in manufacturing. Where do paper clips come from? How about computer chips or jelly beans? Part of a mechanical engineer's job is to design things so that they can be efficiently, inexpensively fabricated.
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    Develop your creativity, too. Although a lot of mechanical engineering is about being systematic and analytical, it is also about creative problem solving. Try drawing, writing, juggling, playing music, listening, playing, learning, and exploring. It will make you a better engineer and a more well-rounded person, in general.
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    Get a university degree. Some states may offer certification through examinations. Those without degrees or state certification may work as mechanical designers or drafters, rather than as engineers. Also, check the local and internet listings to see what engineering jobs are in your area or areas you don't mind moving to as it possible a job that may interest you may not be available in your area.
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    Decide what type of school you would like to attend and what degree you are seeking.
    • Larger universities may offer a wider variety of coursework and the ability to specialize as well as bachelor degrees and usually up to doctorate degrees while smaller community colleges typically offer associate degrees and/or the ability to transfer to a bachelor level college.
    • Smaller colleges or technical schools may offer smaller classes and more of a "hands on" approach to engineering, and most offer accepted accredited engineering degrees. Some of the best engineering schools are small colleges: South Dakota School of Mines and Technology, New Mexico Tech and Montana Tech are examples of small schools with excellent engineering programs. Beware of commercial trade schools that offer technical programs.
    • Confirm that your schools, colleges or universities of choice offer regionally accredited programs.
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    Do not give up! There is a lot of hard work associated with getting any engineering degree. At some point you probably will fail classes and question your decision; just keep pushing, all good things take time and effort. Retake classes if you have to: a four year engineering degree takes most people about five years.

engineering is life

About ENGINERRING

Engineering (from Latin ingenium, meaning "cleverness" and ingeniare, meaning "to contrive, devise") is the application of scientific, economic, social, and practical knowledge in order to invent, design, build, maintain, and improve structures, machines, devices, systems, materials and processes. The discipline of engineering is extremely broad, and encompasses a range of more specialized fields of engineering, each with a more specific emphasis on particular areas of applied science, technology and types of application.
Conference of Engineers at the Menai Straits Preparatory to Floating one of the Tubes of the Britannia Bridge by John Lucas.jpg
                                                              OR

 An engineer is a professional practitioner of engineering, concerned with applying scientific knowledge, mathematics, and ingenuity to develop solutions for technical, societal and commercial problems. Engineers design materials, structures, and systems while considering the limitations imposed by practicality, regulation, safety, and cost.The word engineer is derived from the Latin roots ingeniare ("to contrive, devise") and ingenium ("cleverness")
                                                               
                                                        

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