Engineering the Impossible: Chartres Cathedral

Building the great cathedral. Engineering the Impossible: Chartres Cathedral: THU JUNE 28 8P et/pt: channel.nationalgeographic.com

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The Greatest Engineering Achievements of the 20th Century

Freelance project produced for the McCormick School of Engineering at Northwestern University

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Earthquake Test- Building Better Homes -- Improving Structural Engineering with Earthquake Simulator

Improving Structural Engineering with Earthquake Simulator January 1, 2007 — To develop designs that can survive extreme seismic events, and to devise retrofit solutions for older homes, civil engineers who specialize in structural design test realistic models of homes in earthquake simulators. They place the homes on two adjacent shake tables designed to move in three directions, creating realistic earthquake motions. Cameras and accelerometers measure the rate of movement. BUFFALO, NY -- Homes are made to withstand the test of time. But the ultimate test is one that can survive a large-scale earthquake. And simulating an earthquake in a lab helps improve homes in real quake zones. Most people don't ever want to experience an earthquake. "I experienced a very strong earthquake in 1997 in Athens," Ioannis Christovasilis, an Earthquake Structures Graduate Student at University at Buffalo in NY, tells DBIS. "I was a little bit frightened, yes." University at Buffalo Structural Engineer Andre Filiatrault says, "We had an aftershock, maybe a magnitude five ... That was pretty dicey. You felt the shaking work up." But today, Filiatrault is eager to watch an earthquake simulator shake this house to a magnitude 6.7 quake. The full-scale, fully furnished home is built like many in earthquake zones, but prone to damage. The test shows how much shaking a wood home can endure. Filiatrault says, "We shook this building past its so-called design level. We shook it to an extreme event ...

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ENGINEERING AN EMPIRE Da Vinci's World (History Channel program) Part3/3

After the fall of Rome, Italy fell into a dark sleep, and wasn't reawakened until the 11th century. Autonomous city-states emerged and these tiny republics began to revitalize their cities and build on a massive level not witnessed since the rise of Rome. In the late 15th and 16th centuries, alliances among various city-states continually shifted as foreign superpowers tried to sink their claws into Italy. The masters who are best known for creating the works of art and architecture of the Renaissance, were also the greatest military and civil engineers of the time.

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New Challenges in Geomechanics: The Role of Modeling in Geotechnical Engineering Practice

27th Annual GeoEngineering Distinguished Lecture Series ASCE - UC Berkeley An exceptional set of lectures, a wonderful social and poster session, and a banquet that celebrates the GeoEngineering Profession in the San Francisco Bay Area. "New Challenges in Geomechanics: The Role of Modeling in Geotechnical Engineering Practice" Juan M. Pestana, Professor of GeoEngineering, University of California, Berkeley

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Quadratic Equations - Fundamentals of Engineering FE EIT Exam Review

www.EngineerInTrainingExam.com In this tutorial, we will reinforce your understanding of the Quadratic Equations. We will begin by defining the standard form of the quadratic equation and run through a common way people go about solving such equations and follow it up with a way to simplify our work in complicated situations. We will wrap this tutorial up with introducing the Discriminant and what it can tell us using the quadratic equation.

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Lecture 12 - Water Resources Engineering

Lecture Series on Water Resources Engineering by Prof. Rajesh Srivastava, Department of Civil Engineering, IIT Kanpur For more details on NPTEL visit nptel.iitm.ac.in

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Architectural Engineering, College of Engineering, UNL

Overview video of the Architectural Engineering department at the University of Nebraska-Lincoln, Omaha campus.

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Hey There You Structure - A Civil Engineering Lovesong

There was a competition in first year Structures (Civil Engineering) to change the lyrics to a well known song so that it incorporates content we learnt throughout the semester. This was my entry, and it won me a nice $200 :D

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Civil Engineering Technology

Learn about the Civil Engineering Technology program in the Engineering Technologies division at Oklahoma State University Institute of Technology. www.osuit.edu

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Batch of 2007 Civil Engineering (IT-BHU)

This is a tribute to the batch of Civil Engineering of 2007 , IT-BHU This video shows all the fun moments spent together.... The memories will always remain

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Bright Futures Await Those With Electrical Engineering Degrees

According to the Bureau of Labor Statistics, Electric/Electronic is the third largest specialty in the engineering field with 214,000, behind Civil (278,000) and mechanical (238,000). Growth in the field should be steady with the Bureau estimating a need for 11% more between now and 2018. In other words, those with engineering degrees who enter this field should see it follow the national average thanks to retirement, population growth and growth in areas such as micro-electronics and green tech.

While the general public gets the terms mixed up, there is a key difference between Electrical and Electronic Engineering. Electric Engineers focus primarily on power generation, such as power plants and transmission infrastructure. Electronic Engineering concerns itself more with end products ranging from computers to iPods. What the two STEM professions do share in common are very bright futures.

The field then subdivides into eight primary areas: Power, control, electronics, microelectronics, signal, telecommunications, instrumentation and, probably the fastest growing of the areas, computers. There are many who practice more than one of these sub-disciplines, but it's possible to specialize in just one of them and make quite a career out of it. There's also one very popular cross discipline called mechatronics that combines mechanical and electronic engineering.

The first step in becoming either type is a Bachelor's degree. While one can enter the field from there, sooner or later the young engineer is going to need certification. Obtaining this can be done through professional groups such as the Institute of Electric/Electronic Engineers, which can easily be accessed through the Web.

Yet just because one gets their Bachelor's and certification that doesn't mean their education is over. Like most STEM professions, this is a career for those who expect to be learning for the rest of their lives. Sooner or later an electronic or electrical engineer will feel the need to get their Masters in one capacity or another, including possibly management. As such, this type of engineer will eventually hook up with online colleges, either to obtain their masters or for webinars for the latest advances in the field.

On the plus side, financial aid for high school students is a lot more common than in other occupational tracks. Not only are there such basics as the Pell Grant, but a savvy student should look into S-STEM scholarships, as well as funding from such institutes as the Institute or private corporations such as Microsoft. For this, it's always a good idea to not only consult an online college's financial aid officer, but do a little research on such search engines as Google.

According to the Bureau, the lowest 10% of electrical engineers make slightly over $52,000, with electronic engineers upping the ante to over $55,000 and computer hardware engineers nearing $60,000. The top 10% can range from $120,000 to over $150,000. These jobs include some pretty good perks, including life/health insurance, investment/retirement packages and educational incentives.

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Lecture - 1 Introduction to Engineering Geology

Lecture Series on Engineering Geology by Prof.Debasis Roy, Department of Civil Engineering,IITKharagpur.For more Courses visit nptel.iitm.ac.in

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Mechanical Engineering Jobs - Scope and Description

The Job Description

Mechanical engineers basically design tools and machines for engineering and civil purposes and they often work as a team to develop new machines. engineering is a vast area with diverse scopes and applications including air pollution control engineer, automotive engineer or manufacturing engineer among others.

Mechanical engineers can choose their own fields of specialization including instrumentation or bio engineering to become subject matter experts in their respective fields and industries. Mechanical engineers should have a good aptitude in science and mathematics and should have an inquisitive mind to explore the machine parts. They should be physically fit as their job might require long hours of hard manual work involving work at odd hours.

Education and Training

Engineers should at least have a bachelor's degree in engineering. Advanced degrees or business administration degrees are useful to land upon lucrative jobs. Most of the employers are keen on making sure that their employees keep abreast with the latest happenings in the engineering world and support education throughout the careers by sponsoring the education expenses.

There are many online courses too that could be helpful for mechanical engineers who wish to work full time. Just browse through the college directory of your area to find the various part time advanced courses which can be helpful for those who prefer to do a work- study program.

Promotional Scope

Mechanical engineers start their career as assistants to senior engineers where they gain hands-on experience in the various projects. Once they gain enough experience, they move on to become supervisors or managers depending on the employee's caliber.

Mechanical engineers with advanced degrees can become research directors or they can even set up their own consultancy services or manufacturing companies to become entrepreneurs. The annual salary package of mechanical engineers in the year 2005 was $50,236 per year. Other benefits include paid holidays, insurance and retirement plans.

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Kirubel Teferra - Ph.D. Candidate - Civil Engineering & Engineering Mechanics

Teffera is a 3rd-Year Ph.D. candidate in the department of civil engineering and engineering mechanics. He earned his BS at Columbia, went to UC Berkeley for his Masters, worked in industry, and then came back to Columbia to pursue his Ph.D.. His advisor is Professor George Deodatis and his research interest is in the field of stocastic computational mechanics.

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Microstation address 03 (CIE 101, Civil Engineering Graphics)

A short demo from a new file, simple drawing and printing, including print to a pdf file.

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Engineering Continuing Education - What Is the Future of Engineering?

With the current down turn in the economy many engineers have loss their jobs or worried that they maybe losing their job soon. Budget constraints both in the public and private sector are forcing to think about how secure the jobs really are. But as we all know this recession will not last forever. Sooner or later the promised recovery will begin. The question is what engineering will benefit from the renewed economy and which ones will not fair so well? There is no real crystal ball, but there are clear indicators that every engineer should be aware of and make preparations accordingly.

Engineers will need to continue their education to stay up with the latest technologies to offer their clients the best solutions. Most of the State Licensing Boards require Professional Engineers to renew their professional licenses periodically with a minimum number of continuing education units. These units are usually Professional Development Hours (PDH) or Continuing Education Units (CEU). One PDH is equivalent to one hour of course education, and one CEU is equivalent to ten PDH or ten hours of course education. Some may find that their profession is not growing or trailing behind may need to change careers or strength their technical knowledge.

One of the best indicators of upcoming markets is to know what the baby boomer generation needs and wants. The baby boomers, the individuals born between 1945 and 1964, are now approaching retirement age. Many will be retiring and will require some medical and health assistance. They will also want medication to appear young as long as possible. Obviously fields that support this industry will do very well. The most likely profession to benefit is Biomedical Engineers. They are necessary to improve new medical devices and equipment. In addition, new facilities will be required for the aging population. Independent Living Facilities and senior communities will rise in demand. This will definitely improve prospects for Civil and Mechanical Engineers.

Another field that will continue to have a high demand for engineers is the environmental fields, which includes new green products, renewable energy, water resources, and waste-water management. The United States will continue to encourage renewable energy including wind and solar power with government grants and other types of funding. These projects will generate numerous jobs for many different professions. As the population continues to expand a greater demand will be placed on housing and our water resources and waste-water management. These increased demands will increase jobs for Electrical, Mechanical, Civil and Environmental Engineers.

Due to the increasing population and aging facilities, the government will also need to expand and improve the country's infrastructure. Roads, bridges, dams, railways, airports, and utilities throughout the country will need greater attention. These improvements will also increase the demand for Civil Engineers.

According to the United States Bureau of Labor Statistics, "Occupational Outlook Handbook", 2010-11 Edition, over the next decade, 2008 to 2018, the engineering field should grow by 11%. In 2008 engineers held 1.6 million jobs in the United States. A little more than 45% were employed by the three leading professions; Civil, Mechanical, and Industrial Engineering. As expected the three smallest engineering professions are highly specialized; Agricultural, Mining and Safety, and Marine and Naval Engineers.

Another surprise was that about 3 percent in 2008 were self-employed, many as consultants. This means that 97% of engineers are employed by the government or private firms.

One would think that most engineers are employed by the government, but according to the report about 12 percent in 2008 were employed by the Federal, State, and local governments, and about half of them were in the Federal Government, mainly in the U.S. Departments of Defense, Transportation, Agriculture, Interior, and Energy, and in the National Aeronautics and Space Administration. Many engineers in State and local government agencies worked in highway and public works departments. Approximately 45% are employed in three professions; Civil, Mechanical, and Industrial engineering.

Three leading employed professions

Civil Engineers- 278,400
Mechanical Engineers - 238,700
Industrial Engineers - 214,800

Three lowest employed professions

Agricultural Engineers 2,700
Mining and Geological Engineers, including mining safety engineers 7,100
Marine Engineers and Naval Architects 8,500

The three engineering professions expecting the highest growth rate over the decade are Biomedical, Environmental, and Civil. These professions provide professional services in the industries which are expected to have the most significant growth. These fields include Health and Medical, Environmental Technologies, Infrastructure including transportation and utilities, and Water Resources and Waste Management. These industries also require the engineers to be local to provide the necessary services.

In addition to openings from job growth, many openings will be created by the need to replace current engineers who retire; transfer to management, sales, or other occupations; or leave engineering for other reasons.

The three slowest growing engineering professions are Chemical, Electrical and Electronics, and Computer Hardware engineers. These particular professions are receiving extreme competition from outside of the United States. Also note that these professions are not required for the most part to hold a Professional Engineering license. Companies are finding that engineers in other countries in electrical, computer, and chemical industries can provide the same service for a far lower salary or fee.

Three leading Job Growth rate professions

Biomedical Engineers - 72%
Environmental Engineers - 31%
Civil Engineers - 24%

Three laggards in Job Growth rate

Chemical Engineers - (-2)%
Electrical and Electronics Engineers - 1%
Computer Hardware Engineers - 4%

The three engineering professions with highest initial salary are in petroleum, chemical, and mining industries. Petroleum and Mining Engineers are expected to have a growth rate of 18% and 15% respectively over the decade, while Chemical Engineering is expected to decline by 2%.

The three engineering professions with the lowest starting salaries are Civil Biomedical, and Agricultural. Civil, Biomedical and Agricultural Engineers are expected to have a growth rate of 24%, 72% and 12% respectively over the decade.

Three leading Starting Median Salaries professions

Petroleum Engineers - $83,121
Chemical Engineers - $64,902
Mining and Mineral Engineers - $64,404

Three laggards Starting Salaries

Civil Engineers - $52,048
Biomedical Engineers - $54,158
Agricultural Engineers - $54,352

So what is the lesson? The engineering professions that require a local engineer usually with a Professional Engineer license will remain in high demand; especially Civil Engineers. Engineering fields that can be replaced by foreign engineers and do not require a Professional Engineering license will suffer. Engineers who have not kept current in their field may find themselves at a disadvantage when seeking promotions or during layoffs. The best way to stay current is through continuing education courses.

In this article we have discussed the future of engineering. Although for some the future looks bleak right now, the number of new engineering jobs is projected to grow. Many of the new industries will require engineers. The main way to ensure employment is to be aware of the demand for your profession and to stay current with the latest engineering skills; technical, ethical, and managerial. Acquiring the necessary skills can be the difference between an employed and an unemployed engineer.

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Jeremy Livermore 2011 New Face of Civil Engineering

Jeremy was named a 2011 New Face of Civil Engineering by the American Society of Civil Engineers. Each year, as an integral part of the society's National Engineers Week initiatives, a diverse group of young engineers, age 30 and under, are selected as the New Faces of Civil Engineering. The group represents not only those who have made an impact in their fields, but also in their own communities and in communities around the world through their volunteerism and community service. Jeremy was also named a New Face of Engineering by the National Engineers Week Foundation.

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Lecture 5 - Water Resources Engineering

Lecture Series on Water Resources Engineering by Prof. Rajesh Srivastava, Department of Civil Engineering, IIT Kanpur For more details on NPTEL visit nptel.iitm.ac.in

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