Tag Archives: education

19 Oct 2012

PRV Engineering Keenly Observe as New Energy Flowers Blossom Forth

PRV Engineering are very conscious of the amount of energy that many of their engineering machining processes consume. With energy being a precious and limited resource, recent news of the blossoming of a new man made GeS energy storing flower has aroused great interest, not only in engineering circles, but in the world at large.

The new GeS nanoflowers are the result of recent research undertaken by the North Carolina State University, and they could have a significant impact of the shape of future energy storage. The greatest energy source is of course the sun. It’s a virtually limitless source of supercharged power. The only problem is in harnessing it, which is where these new ‘flowers’ come into the equation.

5 Oct 2012

CAD System Development – A New Breed is on the Way

CAD system history was made when AutoCAD first hit the market back in 1982. It revolutionised the design and drawing industry. A complex drawing that would have taken a top draftsman many hours to piece together could suddenly be completed in a fraction of the time, and with far greater accuracy too. All design draftsmen in all industries now use CAD systems, including the designers at PRV Engineering, the phenomenally successful engineering high precision machining specialist based in Pontypool, South Wales.

Research teams at both the Open University and Leeds University, who are studying CAD system development, have been looking at the way designers read their drawings, with particular emphasis in the reader’s eye movements. It seems that by tracking these eye movements via a built-in camera, future CAD systems could then be designed to suggest shapes for the designer to incorporate within the drawing.

29 Mar 2012

While the world continues to struggle with thin future employment prospects, the world of power generation in the UK is looking brighter every day (pun definitely intended).

Here’s a piece from The Telegraph detailing bleak job prospects for 2012, especially for young people, as corporations refuse to hire new staff.

There are many changes through regulations, requirements, and demand that are lining up to transcend the potential of energy production that had been imagined only a few short years ago. Countless people from around the country and around the world had been demanding that society take a closer look at the way it produces energy and find alternative solutions that could be more cost effective and, perhaps more importantly, safer for the environment and the consumer public at large.

The Catalyst That Changes Everything

Yet few individuals are truly willing to make changes when it comes to energy production until there is a breaking point. What has been good enough for a while will continue to be good enough. Then, suddenly, the global economy takes a hit, falters, and reels into a recession that it continues to struggle to climb out from under to this day. Energy, more specifically electricity, is one of those ‘luxuries’ that most of us have taken for granted for far too long.

Now we have to take a long, hard look at how we produce the electricity, how to transmit it effectively to a growing population, and how to do so with an ever-increasing demand for that energy.

Have a read of this article, also from The Telegraph, detailing how energy from swimming fish could be captured and fed into the national grid in order to power homes in the UK.

Welcome to the World of Engineering

This becomes the pivotal moment where engineering becomes crucial. For far too long the general public has either been taught that engineers are a luxury or individuals who are not worth nearly as much as they claim to be. Yet now society is beginning to realize the importance of engineers to make preparations, design plans for the future of energy production and transmission, and do so with that growing demand for power.

The energy production industry is seeking engineering minds that have the desire to work hard, be innovative, to think outside the box, and are willing to dive into the world of energy production. The industry leaders are not as concerned with experience within the field as they are with the transferable skills that each engineer would possess. The growing field of nuclear generation is merely one example of where these vital engineering minds are required.

Here’s a piece in The Engineer that discusses the bright future of Careers in the Energy Industry in more detail.

Wind turbines, most of which are housed offshore, are another example. Solar energy is yet another example of the sectors within energy production where the right engineers can put their experience and desire to make a difference to work in the world of energy for millions of consumers. With a wide open future, anything is possible.

16 Feb 2012

During a time when there seems to be a war waged against engineers through the United Kingdom, there are signs of good tidings coming in the future. While the requirements and opportunities for engineering certifications and programs are changing and being severely limited, the National Apprenticeship Service has announced that it will be working with the Baker Dearing Educational Trust to help bring apprenticeships in University Technical Colleges.

With more potential opportunities for young people to explore and learn about engineering, this will open a wealth of possibilities for not only these young, ambitious students, but also for the industries that rely on their experience, education, and creative energies. Aston University Engineering Academy will become the test pilot for this program and their focus on 14 to 19 year old students.

What This May Mean for the Future During Uncertain Times

The engineering profession that has been under assault lately due to a gross undervaluation of not only its service provided to many industries but also due to a misconception of the qualities that apprentices have as well as the education efficiency of these programs. The recent moves to limit the educational classification of these programs turned a bright light on an industry that has flown considerably beneath the radar of society.

With so many innovative engineers filing through the ranks over the years in programs that helped them capitalize on their strengths rather than attempting to highlight their weaknesses, these recent changes have left numerous students in a world of limbo, feeling abandoned by the officials who are entrusted with securing them the rights and opportunities to pursue their dreams.

With this announcement, more light is being filtered back into the industry’s future. A program such as this will be not simply an educational process for students but also a form of employment and training. This is where engineers-in-the-making gain the greatest value from their education and the experience that separates the world of engineering from many other industries.

As the world embraces the future of technology and the ever-growing demands to become innovative with technology, not only to meet the needs of society and the environmental causes, it is critical that we not turn a naïve mind to those who will become the engineering leaders of tomorrow. It is crucial that we place the proper value on the field of engineering so that we can produce the innovation designs and revolutions that help shape a brighter and stronger future for the world.

9 Feb 2012

Last week, Education Secretary Michael Grove confirmed that the engineering diploma rating would be downgraded from 5 GCSEs to one. This will have far reaching ramifications for not only the students who have sought a career in engineering, but also the firms, like PRV, that seek out the most qualified engineers from the graduating classes. The reported move was precipitated by the belief that since not all vocational qualifications are equal, it is unfair to offer them the same inherent value.

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