Technology in our Society
No doubt, technology is increasingly important in the modern world. It is amazing how fasttechnology has been developed. Nearly every major advance was invented in the last century.
These invention are always planned for a positive result, however the negative effects oftendo not become apparent until after the event. These effects will be deal in the followingparagraphs with related materials.
The text, “Whose Life is it Anyway?”, by Brian Clark, has clearly illustrated that with thedevelopment of medical technology, people can now have a better quality of life. Moreover,many lives which normally would not survive without the advance in medical treatment can now be artificially prolonged. The central character, Ken Harrison, who becomes a quadriplegicafter a car accident, has met this situation. Nevertheless, it is cruel to ask him to face this life if he does not desire to.
He can no longer sculpt, run, move, kiss or have any form of sexual fulfillment. Obviously, his normal life has drifted away. The tendency to sustain people’s lives, just because the technology is available, is intolerance under certain circumstances. It is the individual patient who must make a decision about whether to keep himself alive. “What is the point of prolonging a person’s biological life if it is obtained at the cost of a serious assault on that person’s liberty?” There is probably no simple answer for this question. Any patient’s decision should be respected, not based on the fact of all available technologies. This medical technology has the potential for both good and bad results. However, it is very important in today’s society.
“Insurance in the Genes” is a piece of valuable material which explores another area in the technological field. Nowadays, genetic engineering essentially plays an important role.Genetic testing can predict a person’s biological use-by date, forecasting everything from heart attacks to breast cancer. People can therefore have a basic concept of their health situation and prevent what is going to happen if technology allows them to know this beforehand. “Up until now, only 50 genetic tests have been developed to detect diseases. But within a decade, there will be tests for 5000 diseases.” It is a remarkable increase. In the near future, hopefully, genetic testing will be employed to reveal potential health risks.
It is a positive effect of technology in the modern world.Another useful source for the effects of technology in our world is the documentary. On 23 April 1996, SBS broadcasted a film entitled “Weapon: A Battle for Humanity”. It recorded that landmines and laser weapons are devils. Evidently, mines do not just shatter individual lives, they also shatter whole communities. In World War II, mines were used to be defensive weapons. However, they do not just only kill soldiers, but also farmers farming, children playing and women collecting food. People in the past or even now have complained about their existence.
Laser weapons have been abused in military field. Militarism plans to install these weapons in war. Their power have been recognized that under a certain condition, laser weapons can result in losing sight. No medical science today can actually give sight back.
Weapons should only be objects of defense. However, because of the advance of technology,they have become more and more powerful. Scientists clearly know that misusing weapons will result in deaths, but they are still working towards more powerful weapons which can result in even more death. Why is this? Weapons lead to homelessness, disasters, sacrifices and death. This study of the development of landmines and laser weapons shows that technology can be used for destructive and immoral reasons. It is shocking to know that the USA, a peaceful nation and a member of the United Nations, has spent more than two-thirds of its research and development finance on military projects in the 1980s.
My personal experience has inspired in me a lot of understanding of this issue. In today’s society, communication and transport are significant features. Over the last decade, their developments in technology are rapidly increasing. People who want to go to other countries can travel by airplane; and people who want to communicate with friends overseas can use the telephone, fax or Internet. Not only in Australia, but also in other developing countries, Internet has become more and more common. With the use of Internet, I can now travel all over the world without stepping out of my door. Most importantly, a large amount of money is saved and having Internet is important to me. Internet has taken communication a further step: all information is totally accessible to any who owns this form of technology. It opens up a new international community which is positive and should lead to a peaceful modern world.
So in this world today, technology is perhaps the most important driving force of oursociety, creating dilemmas concerning life and death, changing nature with genetic engineering, developing such immoral weapons and the instant advantages of using Internet.
Industrial Engineering And Associated Tools
As we all know, industrial engineering is one of the most prominent engineering fields known to mankind, and thus, It tools are also as commonly used as are IT engineers. We see them each and everyday, these people work hard to make sure that every equipment, every building, and everything is safe and updated. While the architects, the civil engineers and other types of employees make and supervise, information technology engineers are the backbone of these fields. They are the ones that ensure that the integrated systems within our daily lives are maintained properly, that they work more efficiently. They are the ones responsible for the upgrades, evaluation and implementation.
Despite the fact that these employees are often confused for ones that work in the industry – these engineers have a much broader work capacity and field of expertise. As to why, some professional organizations, such as the U.S professional organization for these types of workers have considered changing the name from It to something broader, such as It and Systems Engineers, or something that would be more appropriate and that would pay more tribute to the fields of expertise of these.
They have all the tools to work in all the fields, and the tools are as diverse as the workders themselves. There are lots and lots of types of tools, each one having its own use, having its own strengths and weaknesses. These employees spend years studying the various kinds of systems, as well as the various kinds of techniques so that they know what kind to use for a different situation, machine, system and anything that they will be working with. They are part of our everyday life. They are often the least noticed, but they are the ones who have the biggest responsibilities.
You Don’t Need an Engineering Degree to Create the Next Revolutionary Innovation
Many innovative and inventor type individuals will go out and get an engineering degree thinking that it is a necessity to come up with the most brilliant inventions. However, that is not exactly true, you see, often too much schooling can prevent creative thought.
Most of the revolutionary inventions and innovations of our time were not created by engineers. These inventions were created by entrepreneurial innovators that were trying to solve a problem and come up with a product or service which solved the needs and desires of potential future buyers.
Those innovators then went to engineers to get help in building such apparatuses. And those same engineers normally told them it wouldn’t work, or it wouldn’t fly. Undeterred these innovators, or doers would continue the process, crashing several prototypes until they came up with something that worked.
Now, this is not to say that engineering is not important, because it absolutely is and if you will consider that even the Wright brothers were bicycle mechanics, and somewhat engineers in their own right.
Still, I can tell you that before my retirement, as an entrepreneur, we innovated and invented many new revolutionary concepts to our industry, and none of us had engineering degrees.
However, we knew what we wanted to make, what we wanted to do, and we knew, which questions to ask the engineers that helped us design it. Many of the top engineering schools in the country have been very wise in teaching creativity and innovation along side of engineering. This is the proper way to do it.
Believe me when I tell you that NASA could have never land astronauts on the moon without the creative geniuses, and innovative thinkers amongst their ranks of engineers.
While an engineering degree can help you produce a revolutionary product, it is the creative genius mind that must first come up with the innovation.
You don’t need an engineering degree to do that, and yes, it can help, but you can also hire an engineer, or an engineering firm to assist you once your creative concept is cemented in your mind. Please consider this and fly your dreams.
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Overview Of Precision Engineering
The advanced engineering and manufacturing techniques applied in the production of precision systems require highly accurate techniques. From the smallest component to the exterior housing and final packaging, every detail needs to be carefully planned and executed. Precision engineering is the science that provides solutions for designing sophisticated and reliable equipment. During the process, qualified engineers evaluate the function of each separate part and its relationship to the entire system to create an effective well-tuned system.
After the design completion, precision manufacturing is used to produce a finished part or system that meets accurate specifications. These methods often provide the only solution to ensure a product that withstands full reliability requirements and produces consistent results. During both the engineering and manufacturing phases, specific methods are employed that incorporate tight tolerances, rigid machining processes and provide full production control. Throughout the process, engineers and manufacturing personnel trained in precision applications work together to provide a fully qualified product.
Precision Engineering Fundamentals
Compared to human engineering design methods where flexibility and greater variations are acceptable, precision engineering requires exact measurement control. If the system is intended for use in the medical industry, aerospace, transportation or consumer goods, for example, applying the technical expertise of precision engineers guarantees consistent and reliable results. In many cases, errors in design or manufacturing could lead to bodily harm or critical equipment failure. Using precise engineering technology eliminates the possibility of experiencing uncontrolled or unexpected results.
The use of highly accurate engineering methods is often applied when designing equipment that requires superior performance. Typical precision applications incorporate very low tolerances where only slight variations between units are allowed. Precision engineered systems must also meet stringent reliability criteria where a guaranteed lifespan is required and where equipment failure during that period becomes unacceptable.
Precision Manufacturing Techniques
The key to producing a successful precision component or system involves finite control during the manufacturing process. Extremely low manufacturing tolerances must be held at all times and the equipment used to manufacture units must always be consistent.
In contrast, systems that feature manual controls and can be adjusted to varying levels without harm to other equipment can be manufactured in less controlled situations. Units manufactured in a clean room environment reduce the risk of pollutants and foreign substances affecting their performance. Moving parts that rely on close interaction and highly mechanized functionality benefit from precision manufacturing.
Manufacturing facilities that incorporate state-of-the-art lathes, polishing equipment, and ultra-precision machinery with the ability to hold extremely tight tolerances are used in precision applications. In qualified facilities, repeatability specifications meet higher standards than in non-precision manufacturing houses. Customers rely on consistent quality assurance levels between units, an important consideration when incorporating components within a larger system.
Examples of Precision Engineered Equipment
Precision engineered equipment is generally used in applications where unexpected changes could be detrimental to other equipment or personnel. Measurement systems that require exact calibration, for example, must be manufactured under the tightest controls to maintain consistent quality. Equipment used for producing components used in highly accurate applications such as in optical equipment or biomedical systems requires precision design techniques. Other examples include products featuring precise instrumentation, robotics, electro-mechanical assemblies and complex automated mechanisms.