My Job as a Mechanical Engineer: Challenges & Benefits

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In summary: But if you want to try it, you'll have to be prepared to do a lot of the legwork yourself.In summary, this engineer is unhappy with their current job because there is little room for innovation and creativity. They feel that the company's policies leave them unable to do their job efficiently.
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Smed
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I have spent the first five years of my career as a mechanical engineer working for a relatively large engineering company. The company gives me quite a bit of personal freedom, including flex time and generous amounts of vacation. The pay is relatively good and I'm treated well by my peers and superiors.

The problem is that when it comes to the work I was hired to do, corporate policy leaves very little room for innovation and creative problem solving. Engineers are treated as though they can't be trusted with computers, which means that we're left to work in a completely locked down environment. If I want to have Python installed on my corporate machine, which has zero administrative rights, it takes weeks of explaining to the IT department why this tool is needed. If I want to install a third party Python library like scipy or matplatlib, forget it, we're told we don't need it. The problems we work on are highly technical, and tools like this have an enormous potential to improve our efficiency and quality, but because of fears about security, we're never able to improve our methods.

This environment has become extremely frustrating for me to work in, and I'm curious what other people's experiences are in the corporate world. Am I a fool to complain about something so petty when everything else about my job is quite nice?
 
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I remember when I worked in an environment like that - I brought in my own computer on the side, with stuff setup the way I like. One of my coworkers reloaded his computer from scratch ... and became his own administrator.

But the "correct" way to handle this is to setup an "efficiency committee", you and your friends, with support from your supervisor. Then prepare a report on what is required, and get some sign-off on it.

Once your area manager approves your report things will start happening. Good luck!
 
  • #3
I agree with Ultrafast -- try to build some support for adding more productivity tools.

At my work (EE R&D lab for a medium-size high-tech embedded systems company), the IT folks are strict about not letting you bring your own laptop in from home and plugging it into the corporate network (unless they get to install all of their anti-virus stuff on it first). But beyond that, you are pretty free to download and use free software like Python, Tcl/Tk, etc., and to make your case for purchasing simulation and other productivity-enhancing software tools. The chips we design require lots of tools support, including scripting languages.
 
  • #4
Remember that thumb drives can be destructive and/or a means to rip off proprietary materials. Some businesses are quite leery of permitting outside resources for that reason. Good luck.
 
  • #5
This is a common problem and it is not new. It is a battle that you see in almost every corporate environment.

The problem is that IT has responsibilities to keep everyone free of malware and viruses. So they aim for the lowest common denominator because they can't evaluate the abilities of each and every employee. You want to install Python and sling some code. That's good, but the IT department doesn't like people outside their cadre doing things like that. They don't know you. So they squelch such efforts because they don't know how else to establish lines of responsibility.

Again, this is the reality of corporate life. The lines of responsibility are what are actually at fault here. It has nothing to do with your competence or the trust your immediate managers may have in you.

UltrafastPED has the right idea. We actually did that more than 20 years ago to establish what later became our company's "Process Controls Group." Our group purchases all sorts of computing hardware outside of our IT department's review or influence. We do this by taking full responsibility for every aspect of the computer systems management. We established a DMZ between us and the office. We have explicit protocols and well defined data formats that we have agreed to pass to our IT department.

We have a free hand to buy and do what we need, but in doing that, we have set some informal policies even within our tight little group on who manages what.

There are many routine details that an IT department does that you will have to take over if you decide to take an approach like this. There is much more to this than just keeping your computer properly patched.
 

1. What is the role of a mechanical engineer?

A mechanical engineer is responsible for designing, building, and maintaining mechanical systems and devices. This includes machines, engines, tools, and other types of mechanical equipment.

2. What are some common challenges faced by mechanical engineers?

Some common challenges faced by mechanical engineers include solving complex problems, meeting tight deadlines, and working within budget constraints. They also often have to consider safety, reliability, and efficiency factors in their designs.

3. What are the benefits of being a mechanical engineer?

There are many benefits to being a mechanical engineer, including high job demand, good salary potential, and opportunities for advancement. Mechanical engineers also get to work on a variety of projects and can see their designs come to life.

4. How does technology impact the work of a mechanical engineer?

Technology has a significant impact on the work of mechanical engineers. It allows them to design and test their ideas more efficiently, use advanced materials and manufacturing techniques, and stay updated on the latest industry developments.

5. What skills are essential for a successful career as a mechanical engineer?

Some essential skills for a successful career as a mechanical engineer include strong problem-solving abilities, critical thinking skills, attention to detail, and good communication skills. It is also important to have a solid understanding of math, physics, and computer-aided design (CAD) software.

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