Famous British Engineers

As explained in the previous articles, it can be very useful to know about a few famous engineers and their impact on society. It shows that you are dedicated to the industry and have a passion to learn. If you are considering a job as an engineer then read on for some helpful information.

Thomas Telford

Telford was a Scottish Engineer who built roads, bridges and canals. He specialised in civil engineering and designed many large and important structures. For example, he built the suspension bridge at Comway docks.

Thomas Telford was born in 1757 and he died in 1834. He did a bit of work in Scotland and then later moved to London and started building some of his greatest creations. Later on in his career he built the Birmingham and Liverpool Junction Canal and Whitstable Harbour in Kent.

George Stephenson

Stephenson was best known for his interest and talent for designing railways. He was an English Mechanical Engineer who was born in 1781 and died in 1848. One of his best attributes was determination and the drive to develop more efficient engineering creations.

Stephenson started off his career at a young age when he became an engineman in Newburn. After years of training and experience he became an expert in steam machinery. He actually designed a six wheeled machine for a railway in 1817.

Another of his most interesting creations was the Skew Arch bridge which was official opened in 1830. It was the first of its kind because it was built so that it could cross a railway at an angle. The reasons for building a bridge like this is are because it allows the pedestrian platform to be extended on one side; it looks fascinating and provides good strength in certain areas.

James Dyson

You may recognise this name because of the popular hoover or vacuum cleaner. James Dyson was born in Norfolk in 1947 and he invented the first vacuum cleaner that did not need a bag. Dyson's have now become very high tech and are very high powered products. Dyson also invented the Dual Cyclone vacuum which prevents a loss of suction. This product has made him a huge amount of money and established him as a fine English industrial designer.

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Famous Engineers - Part 2

This will not only enhance your knowledge and aid your personal development, but it will impress potential employers. Some famous engineers were outlined in the first part of this article. Next, I will outline a few more engineers that deserve a mention!

Othmar Herrmann Ammann

Othmar's main specialty was bridge designing. It is vital that bridges are constructed properly in order to ensure the safety of the public. They can be designed in numerous of ways in order to achieve different outcomes. For example there are some unusual bridges scattered all over the world that can sometimes be visually stunning.

Othamar was responsible for building a bridge with the longest span in the world at the time. It was called the Verrazano-Narrows Bridge and it was built in 1965. He also was employed as a consultant on the construction of the Golden Gate bridge. In his later years he studied at the Federal Technological Institute in Zurich.

John A Blume

John Blume was born in 1909 and he died in 2002. He was a American structural engineer and some even considered him as the father of Earthquake Engineering.

His interest in Earthquakes was initiated by his experience of the Santa Barbara earthquake in the 1920's. Blume did a significant amount of studying and learning at Standford University where he obtained a doctorate.

Thomas Brassey

Thomas Brassey was a British Engineer who had a deep interest and talent for Civil Engineering. He was born in 1805 and died in 1870. He deserves a mention in this article because he played a huge part in building railways around the world in the 1900's. Moreover, he was also involved in the planning and construction of the London sewerage system. He certainly achieved a lot in his lifetime and was a very driven, determined and talented individual.

If some of the great engineers have inspired you then you should consider looking into a career in engineering. Look out for part three of this article to learn more about the different engineers that have changed the way that we live today.

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Famous British Engineers

As explained in the previous articles, it can be very useful to know about a few famous engineers and their impact on society. It shows that you are dedicated to the industry and have a passion to learn. If you are considering a job as an engineer then read on for some helpful information.

Thomas Telford

Telford was a Scottish Engineer who built roads, bridges and canals. He specialised in civil engineering and designed many large and important structures. For example, he built the suspension bridge at Comway docks.

Thomas Telford was born in 1757 and he died in 1834. He did a bit of work in Scotland and then later moved to London and started building some of his greatest creations. Later on in his career he built the Birmingham and Liverpool Junction Canal and Whitstable Harbour in Kent.

George Stephenson

Stephenson was best known for his interest and talent for designing railways. He was an English Mechanical Engineer who was born in 1781 and died in 1848. One of his best attributes was determination and the drive to develop more efficient engineering creations.

Stephenson started off his career at a young age when he became an engineman in Newburn. After years of training and experience he became an expert in steam machinery. He actually designed a six wheeled machine for a railway in 1817.

Another of his most interesting creations was the Skew Arch bridge which was official opened in 1830. It was the first of its kind because it was built so that it could cross a railway at an angle. The reasons for building a bridge like this is are because it allows the pedestrian platform to be extended on one side; it looks fascinating and provides good strength in certain areas.

James Dyson

You may recognise this name because of the popular hoover or vacuum cleaner. James Dyson was born in Norfolk in 1947 and he invented the first vacuum cleaner that did not need a bag. Dyson's have now become very high tech and are very high powered products. Dyson also invented the Dual Cyclone vacuum which prevents a loss of suction. This product has made him a huge amount of money and established him as a fine English industrial designer.

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An Engineer's Guide to Studying and Passing the Professional Engineering (PE) Exam

The PE or Professional Engineering examination tests your understanding of engineering theories as well as your experience in your selected specialty. In most states, successful passing of the FE exam is required before you can apply for the PE Exam. The time between the two tests varies from state to state but it is usually four years. 

About the test

Theoretically you are not required to study all of these diverse engineering subjects to pass the exam. However, the probability of passing the exam is higher if you are able to study more subjects. Remember, part of the test does test you on theories and principles on subjects you might not have studied since college. Thus, it is a good idea to fully refresh yourself on such topics. One effective tip to consider before you embark on the studying process is, come up with a strategy for preparing for the exam. This strategy will vary from engineer to engineer but should primarily be to determine which topics you would like to focus more on during the studying process.

Effective study strategies

Based on a survey of recent P.E's, one of the most successful strategies for passing the PE exam is following the broad approach. The strategy is to review the fundamentals of the different subjects in a very broad manner. Most of the subjects are from the undergraduate level and it is as such not a Herculean task to cover the fundamentals. The strategy has helped many engineers to pass the PE exam since the examination includes many fundamentals questions.
The second approach, though not as popular as the broad approach strategy is according to one engineer, for "those examinees who are short of time for preparation" is to focus on subjects in which they expect most questions to be from. This strategy fails if the examination does not "cooperate" with the subjects that you have spent your time preparing for.
Some other engineers' approach relies on subjects in which they have work experience. This approach also seldom works because the exam may never feature enough questions from these subjects.
The last approach involves buying an FE exam study guide and solving as many questions as possible. Lot of time gets wasted in collecting and compiling questions and the preparation becomes haphazard.

Review Courses

For first time takers of the PE exam, it is advisable to take some form of review course. Review courses are available as audio, video, correspondence or classroom coaching. Classroom coaching is by far the best to assist in studying for the PE exam because it is structured well and is time bound. Most universities with some kind of an engineering program usually conduct these classes a couple of months before the test. Additionally, your company might be willing to pay for the class as well.     As tough as it might be for a practicing engineer to get back to studying, realize what takes to pass the PE exam. Like any other examination, a long-term approach to studying is better than a short-term crash course. Most of the classroom courses are designed for 3-4 months. A good preparation for the PE exam requires about 300 hours. The initial time is spent in brushing through the fundamentals. The major part of the time is spent in solving problems. This time can be spread over a year or crammed into the last two months. Spreading it over year helps you take help for subjects that you are not confident about. Cramming it into the last two months is risky since it does not account for any uncertainties.  

Books and review

There are plenty of books are material available as review material. Once you are done with your preparation, you can spend time in taking sample tests online. This will tune you to the actual exam especially if you are out of college for long. It is not required to memorize anything since it is an open-book exam. Just  like the FE exam, with a systematic plan for reviewing the fundamentals of all subjects, you can be sure to successfully crack the PE exam.  

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Professional Indemnity Insurance for heating and blast engineers

Traditionally engineers would always hold Professional Indemnity Insurance covers, particularly if they were either civil, structural or consulting engineers, however, it may not have been purchased by companies or individuals running specifically heating and ventilating, ducting type businesses, however, nowadays most contracts being offered to these types of company would require them to hold Professional Indemnity and that particular policy should be worded based on a design and construct wording, ideally this is because the heating and ventilating engineer very often would produce drawings and give advice in respects to how their particular installation would work for a client.

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Information and Guide on Engineers

Without engineers, everything in the world would not operate as smoothly as it does. Engineers are responsible for creating clever solutions to man different problems, simply by applying an arsenal of precise knowledge coupled with mathematics and scientific methods. In fact the word "engineer" has Latin roots meaning "cleverness." Since we live in a technologically advanced world that changes more and more every day, engineers will never be out of a job because they are the ones helping the world advance further and further from where it was previously. Without the aid of engineers, we would not have all the absolutely amazing machines that we do today.

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How Structural Engineers are accessible in Structural Engineering

Structural engineering is a part of the civil engineering which implies the study of the sure and stable structures of building. The property of a structure being stable and fix is analyzed by the structural civil engineers. To conceive structures is a creative and complicated field which takes much competence and expertise to make investigations of site and to establish structures on them.
The structural engineers must adapt at the requests of change of building construction industry. Even with all the improvements which are adopted with each new cycle of code, the need for methodologies of design of that prescribed outside by the code is preferred, or sometimes required, for some projects.
The structural engineering is an area of the structural engineer and its applications are the extremely useful to establish structures like buildings, bridges, tunnels and turns. Structural engineers also inspect buildings, during and after construction and supervise the use of concrete, the steel and the timber structures of which they are made. They must also realize the obvious and unobvious factors for the structures and how these affect its structural design.
The structural engineers analyze, design, envisage and seek the structural components and the structural systems. The structural engineer can decide which technique of construction should be employed to provide the most favorable design that is easy to apply and profitable. A good structural engineer’s knowledge can save your money, time and efforts.
The design method of resistance also requires more detailed calculations with numbers specific to each factor of design and construction. These specific numbers give to the engineer studies more flexibility while making modifications or by choosing materials. Structural engineers are experts in this case. As conclusion, role of structural engineers is decisive factor in structural engineering and building construction.

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