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Importance of engineering to society
Importance of engineering to society
Importance of engineering to society
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Engineering is one of the more respected college degrees in the work force in society today. There are many reasons why engineering has earned so much respect and it can all be attributed to the hard work, dedication, time, and attitude of the engineers. Being an engineer is more than just being the smartest guy or girl in the room. To be a successful engineer, one has to learn how to deal with failure and accept failure but strive to improve next time. A successful engineer will not give up, even when things get hard and seem impossible, engineers always push and aim for success. But success is more than just being smart in class and earning a high paying job as an engineer. Success is achieving goals set for yourself and not stopping until those specific goals are accomplished. Success is not always about money and fame but about proving to one’s self that the impossible really is possible if the right mindset, and attitude are there. …show more content…
Setting goals that are reasonable but also goals that will bring the best possible outcome for studying engineering. The first chapter emphasizes setting time aside to study and be efficient and get work done. There are many distractions in society and it can be hard to sit down and focus but this book stresses the importance of studying. And not only studying by yourself, studying in groups with piers, faculty, and even family will help engineers further themselves in their career. Learning how to work with others is one of the eight skills/traits any engineering employer looks for. This chapter highlights many qualities that future engineering employers look for in engineers, for example engaging in effective team work, understanding the fundamentals of engineering, and just presenting one’s self with
Landis, Raymond B. Studying Engineering: A Road Map to a Rewarding Career. Los Angeles, CA: Discovery, 2013. Print.
Success is within the mind of the individual. A large portion of ones life is spent working to become successful. People are told throughout childhood to work hard so they can grow up and make lots of money. But success takes many different forms. Different people have different interpretations of what success means to them. For some, success is measured by social status and wealth; for others success is determined only by the amount of happiness one feels.
Engineers don’t need you to explain something that they learned back in sophomore year of college. These are highly intellectual professionals that are working in their field for a reason. When working on a project, explain what is the problem, what qualifications need to be met, and let them come up with ideas. Don’t try and inhibit the ideas. This only leads to “in the box thinking” in the end.
According to Neil Kokemuller, the three main traits of a mechanical engineer are creativity, communication, and problem-solving (n.d.). Along with these characteristics, says D. Jeffress, “A successful engineer is... efficient, detail-oriented, and mechanically inclined;” they also need computer design skills and a specialized knowledge of math, physics, and electricity (2014). The Government of Alberta also wants their mechanical engineers to have “the ability to visualize three-dimensional objects from two-dimensional drawings” (2009). The Virginia Career VIEW website is much more in depth and adds that mechanical engineers should have design, production and processing, and customer and personal service knowledge (2014a); critical thinking, reading comprehension, active listening, and judgment and decision-making skills (2014b); and be able to obtain data and information, analyze data and information, process data and information, and document data and information (2014c). There are many websites that contain similar information, and some that go even further in depth, but these are the essential traits, skills, and characteristics of...
Becoming a world class engineer starts long before joining the workforce; it begins the moment you begin your first day of college classes your freshman year. To become a world class engineer requires you to have a positive attitude, set goals, participate in your community, and excel in your academic development and personal development. Many students, including myself, have not reached the standards in each area to become a world class engineer and need to focus on improving in each area. By improving my standards on each item, I will have developed a plan to success to becoming a world class engineer. To be a world class engineer you have to be successful at what you do and the key to success is to set short term and long term goals before
Engineering plays a role in every aspect of every day; it is difficult to imagine life without its marvels, from mundane things like indoor plumbing to advanced technologies like the Internet. Engineers
How should we describe the excellent engineer and what kind of education is demanded by such a person? Several issues are involved. One of these is the character of our times; that is, the best engineer out of the "science engineering" model of the 1950s may have little value in the early 21st Century. Another issue is the concept of education. How do education and training differ and how is excellence achieved? Finally, clearly, there is the issue of what we would expect of an engineer who is truly excellent.
An engineer must achieve a level of independence and self-mastery, both as a person and as a professional, in order to lead a successful and fulfilling life. Independence is not something one achieves overnight, but is a process one strives for in all aspects of life. This process begins at a personal level and requires some inward reflection, because an engineer must be able to manage his own person before he is able to manage a professional career. An independent lifestyle starts with a proactive mental attitude, both at home and at the office. This attitude results in an engineer not merely reacting to the events in his life, but taking an active role in shaping the events around him. A proactive mindset at home will translate to a proactive mindset at work, which will help to prepare an engineer for future unexpected difficulties in his professional career, because it teaches him to examine how his decisio...
You cannot just graduate and become the best at something. Being open minded, moral, and structured are the keys to succeeding as a future engineer. Accomplishing college is the first step I need to complete before I’m able to try to be an esteemed engineer. I am behind others, but I can always catch up through hard work and long nights.
Engineering is the study of scientific, economic and much more. Engineer’s incorporate ideas from other people and start to build off of them. They have the ability to take something that has already been invented and build from it to make it similar to the object that was already built and make it better. In Engineering there are four major disciplines which are: chemical engineering, civil engineering, electrical engineering and mechanical engineering. Engineering has been around from about the ancient times. There have been many great inventions since then. Many of the things that have been constructed or built in the world have happened because of engineering. The four disciplines of engineering have helped many of the great engineer’s in what they have built. This is why these four major disciplines are very important to engineer’s themselves. There is a driving question which is, what do engineer’s do on a daily bases? What engineer’s do on a daily bases is work on things that they have to do in order for them to get there task done or goal. They go to work and sit all day putting things in the computers that can help them on their that they are doing. All they do is work on new ideas that people have given them. They can also take an invention and innovate from it and try to make that invention bettger then how it was built the first time it was built. Engineer’s try to build from things to things. they also build from there own things and then when they try to build something they know more of an idea to try to make there next product better than the first.
For mechanical engineers, who can work in almost any engineering industry, it is vital to be open to change and capable of adapting to meet a team’s requirements. By employing both creativity and flexibility, mechanical engineers can spearhead innovation while still allowing others to contribute unique solutions. By being open to criticism and passionate about one’s field, an engineer is more likely to flourish. Engineers are the innovators.
Engineering is an important and learned profession. The engineers work has a direct and vital effect on the quality of life for all people. Accordingly, engineers have an essential commitment and they should provide services require honesty, objectivity, fairness and equity, and must be dedicated to the protection of the public health, safety and welfare. For example, engineers shall inform their employer, client or such other authority as may be appropriate when engineers' judgment is overruled under situations that can put life or property at danger.
Engineers are valuable assets to any company because they think analytically. Engineers may advance to become technical specialists or to supervise a staff or team of engineers and technicians. Some eventually become engineering managers or enter other managerial or sales jobs.
Obstacles had never been obstructing my effort to succeed in life. As an engineer to be, it is important to me to be prepared for the hurdles in the real world. The world nowadays needs a person who could compete and has great abilities to stand on the same level as others. Multiple skills and critical opinion of an issue are essential for an engineer to jump into this challenging career. For me, a strategic planning and full preparation need to achieve the aim of being an expert engineer.
In the most basic sense, engineering means “making things happen.” It is the practical application of science and math, the two subjects I am most passionate about, to solve everyday problems. It opens up a world of opportunity to create innovative technology that influences many aspects of people’s lives, this giving an individual the power to make a difference. While I am deeply interested in the subjects that are the foundation of engineering, in addition I have many other personal reasons for pursuing civil engineering in specific. I am motivated by my desire to fulfill my lifelong goal of creating purposeful infrastructure, to make all of my family proud, and to prove that not all engineers