What does the job of an Engineer actually involve?

In summary, the conversation discusses the day-to-day tasks and experiences of engineers in various fields. Engineers often specialize in a specific area and may spend a lot of time doing paperwork or using computer programs. Some engineers have the opportunity to work on physical products, while others primarily work on smaller aspects of a project. The good parts of being an engineer include learning new things and having flexible hours, while the bad parts include strict corporate structures and the possibility of overtime. There is also a mention of the importance of practical experience in addition to theoretical knowledge gained in university.
  • #1
tgsbeast
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Hey guys. Could you give me a list of some of the things you have had to do during your time as an Engineer? I want to know the good bits as well as the bad bits. I have looked at videos on Youtube but i feel as though Youtube may give the idea that Engineering is all pro's and no con's.

Could we get a list of the different fields of Engineering too? I am personally considering Mechanical Engineering. I think this would be very useful for future Engineers-to-be.
 
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  • #2
My buddy works as a mechE, and he says most of what he does is paperwork. This is because he's a test engineer. He also says that engineering curriculum he had wasn't very useful in his job. He said college was all about learning how to solve problems. My other buddy works for the Navy as a design engineer, he designs robots for the Navy. He said the only thing he does is "play" on CAD. He said the only thing he used from college a year into his job was a torque formula. Now my information is second hand, hopefully a REAL engineer can comment. I would like to know other opinions as well!
 
  • #3
I am not a engineer yet but I work with 20+ engineer's of different fields..mainly mechanical and electrical.

You get specialized...some do paper work all day...a lot just mess with Pro/E(3d parametric modeling program)...very few get to get their hands dirty..

It all depends on the department and luck of the draw.

I am a electrical designer and I make it a point to go out to the product to see my designs and get my hands dirty in a few rapid prototyping situations.

Some engineer's can't even properly use a tool..they been sitting at a desk so long it is a little pathetic...

Others are very talented and gain a lot of respect in the work force...it is easy to spot the good ones versus the bad.

It is so different no one can truly answer that question for you...but I can tell you from what I seen 90% of the engineer's are stuck in front of a computer doing paper work and could care less about the physical product it seems.
 
  • #4
I'm an almost finished engineer, and have started working (as an engineer) on the side of my studies. I do what the other engineers do, no more and no less. My discipline is engineering physics with a specialization in simulation (so lots of math and numerical analysis) and I work for a large telephony company with testing and validation.

A normal day:
I arrive at work, have some tea and fruit for breakfast and sit down at my computer, which is hooked to some bench-type multimeters. I fire up Eclipse + MATLAB and start cracking at today's problems. I answer the questions colleagues have for me on technical issues, and when I get stuck I get up from my desk and ask one of them for advice. I do this until I need to attend a meeting with clients or management. Repeat until lunch, repeat until end of day.

Good parts:
On a good day, I will arrive and start working on my part of the project we're doing and nobody bothers me until I need to go home. Then the day feels short and productive, with exciting things to think about. Everyone in my workplace is at least a bit smart, so workplace conversation is never incredibly bad (i previously worked in construction... those guys aren't as enlightened, in general).

I learn new things every day from just talking to people about what they are doing, and since most people wanted to become the engineers they now are my surroundings are filled with content, generally happy human beings. This has a huge effect on the day-to-day drudge. I get very flexible hours, and people generally trust me and talk to me in a decent way.

Bad Parts:
I only work on incredibly small parts of the finished product, as does everyone else - I never get to see "my" work in action, since it's hidden away in the depths of a driver or subroutine. Meetings can get frustrating, especially with management who want things done without understanding how their allocation of resources on my projects are affecting me. Overtime can be a real drag, especially ordered overtime that I can't control. Did you have plans for the weekend? Sorry, client needs a patch. Also, very strict corporate structures feel inflexible and inefficient - but that's mostly my company.

Hope to be of some help.

EDIT: In response to a previous answer, I actually work on problems and solve them with the skills I learned at university. Not schoolbook-type problems, of course, but reminiscent of the project-type assignments I do at university. Except there is no guidance most of the time.
 
  • #5


I can provide some insight into the job of an engineer. The role of an engineer involves using scientific and mathematical principles to design, develop, and maintain various systems, structures, and products. This can range from creating new technologies and machines to improving existing ones.

Some of the tasks that engineers may have to do include conducting research, designing prototypes, testing and evaluating materials, troubleshooting technical issues, and collaborating with other professionals such as scientists, technicians, and manufacturers. They also have to stay up-to-date with the latest advancements in their field and continuously improve their skills.

In terms of the good and bad aspects of the job, engineering can be both challenging and rewarding. The satisfaction of solving complex problems and seeing your designs come to life can be incredibly fulfilling. However, it also requires a lot of hard work, attention to detail, and the ability to handle pressure and setbacks.

There are many fields of engineering, each with its own unique set of responsibilities and challenges. These include mechanical, electrical, civil, chemical, aerospace, and many more. Each field requires a different set of skills and knowledge, and it's important to research and understand the specific requirements of the field you are interested in pursuing.

In conclusion, engineering is a dynamic and diverse field that offers a wide range of opportunities for those interested in using science and technology to create innovative solutions. It requires a combination of technical knowledge, problem-solving skills, and creativity. I hope this information helps you in your journey to becoming an engineer.
 

1. What is the typical day-to-day work of an Engineer?

An engineer's day-to-day work can vary greatly depending on their specific field and job role. However, some common tasks may include analyzing data, creating designs and prototypes, conducting experiments, and collaborating with other team members. They may also spend time researching new technologies and methods, troubleshooting problems, and attending meetings or presentations.

2. What skills are necessary for a career in Engineering?

Some essential skills for a career in engineering include strong analytical and critical thinking abilities, problem-solving skills, attention to detail, and the ability to work well in a team. Other important skills may include creativity, communication, time management, and adaptability.

3. What are the main responsibilities of an Engineer?

The responsibilities of an engineer can vary depending on their field of expertise, but some common responsibilities may include designing, developing, and testing new products or processes, ensuring compliance with industry and safety standards, and managing projects from conception to completion. They may also be responsible for researching and implementing new technologies, troubleshooting issues, and providing technical support.

4. What industries can an Engineer work in?

An engineer can work in a variety of industries, including aerospace, automotive, construction, energy, manufacturing, and technology. They may also work in government agencies, research and development organizations, consulting firms, or as independent contractors.

5. What is the educational path to becoming an Engineer?

Most engineering positions require at least a bachelor's degree in a relevant field, such as mechanical, electrical, or civil engineering. Some may also require a master's degree or Ph.D. for more specialized roles. Additionally, obtaining a professional engineering license may be necessary to work in certain industries or to offer engineering services directly to the public. Continuing education and certifications are also important for staying current in the field and advancing in your career.

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