What Does It Take to Succeed as a Mechanical Engineer?

AI Thread Summary
Success as a mechanical engineer typically requires a degree in mechanical engineering, with practical experience being highly beneficial. Starting salaries range from £20k to £30k, with potential earnings exceeding £80k in advanced roles. Most engineers are salaried, working around 37 hours a week but often exceeding that, and benefits vary by employer, including paid holidays and profit sharing. Teamwork and strong interpersonal skills are crucial for success, as technology plays a significant role in problem-solving and innovation within the field. Future growth prospects are promising, with engineering being essential for global advancement.
Nguyend
Messages
1
Reaction score
0
I am a high school senior and I was required to interview a profession based upon what I have chosen(mechanical engineer).Basically, what I ask is it is possible for a mechanical engineer with some years in the field take some time to answer these interview questions of mine.The questions are as followed:

How did you get started in this field, and what was your educational preparation and training? What school, major, or courses would you recommend for preparation in this area? What degree or certificate do employers look for in this field?

What is the beginning salary range for this and other related fields?

How are you paid in this type of work? Hourly, piece work, salary, commission, etc.?

How many hours do you work per week? What is a typical work schedule? Typical duties?

What are the benefits? Medical, dental, vision insurance? Paid holidays? Profit sharing, etc.?

Please describe the physical and social job environment.

How is technology used in this field?

What are the opportunities for advancement?

What are the most important personal characteristics a person should possesses in order to be successful in this field?

Other than salary, what is the main satisfaction and fulfillment you find in your career?

What are the future growth prospects in this field?

What recommendations or advice would you give to a student wishing to enter this field?


If someone could reply to these questions I'd be especially appreciative.
 
Engineering news on Phys.org
You asked nicely, so why not?

Nguyend said:
How did you get started in this field, and what was your educational preparation and training? What school, major, or courses would you recommend for preparation in this area? What degree or certificate do employers look for in this field?

I took a degree in mechanical engineering, and tried to get as much practical and industrial experience as I could along the way. Most of my peers followed a similar route, though an 'apprenticeship' type route is viable for a more hands-on approach.

What is the beginning salary range for this and other related fields?

Over here, graduate mechanical engineer jobs start between £20k - £30k, with graduate chemical engineer jobs seeming to be the best paid (perhaps £25k - £35k starting). The range for a true engineer probably extends to around £80k, but many people qualified as engineers earn much more than this in higher management, consultancy, and setting up their own businesses.

How are you paid in this type of work? Hourly, piece work, salary, commission, etc.?

Salaried. Low-grade technicians are typically hourly paid, but as soon as any real skill level is achieved, salaried pay is most common.

How many hours do you work per week? What is a typical work schedule? Typical duties?

Contracted for 37 hours a week, I typically work 45, possibly up to 50 on a bad week. My work schedule involves a lot of test planning and testing, some customer interaction, and some project management.

What are the benefits? Medical, dental, vision insurance? Paid holidays? Profit sharing, etc.?

This depends hugely from one employer to another. I get 5 weeks paid holiday, pension, profit share, and options of medical cover.

Please describe the physical and social job environment.

Team working is fundamental; there are very few jobs these days for insular engineers wanting to work on their own.

How is technology used in this field?

To quote a wise man, "technology is engineering which doesn't work yet". Technology is driven by innovation, and drives the application of science to solve problems creatively. Technology is fundamental to most engineering, whether it's computer modelling, data capture, new design techniques, or breakthroughs in materials science.

What are the opportunities for advancement?

The world is your oyster. Many company directors originally qualified (and worked) as engineers. If you can work as a team, are self-motivated and have a good grasp of how the world works, you can do anything.

What are the most important personal characteristics a person should possesses in order to be successful in this field?

Listening more than contributing, great interpersonal skills, an eye for detail, tenacity, sound technical knowledge, and a good problem solving ethic.

Other than salary, what is the main satisfaction and fulfillment you find in your career?

Seeing my products producing great value for the business and for the customer.

What are the future growth prospects in this field?

The way I see it, engineering is fundamental to global growth and social advancement.

What recommendations or advice would you give to a student wishing to enter this field?

Make damn sure it's what you really want to do, get as much early work experience as possible, and never stop questioning.

Good luck!
 
Thread 'Physics of Stretch: What pressure does a band apply on a cylinder?'
Scenario 1 (figure 1) A continuous loop of elastic material is stretched around two metal bars. The top bar is attached to a load cell that reads force. The lower bar can be moved downwards to stretch the elastic material. The lower bar is moved downwards until the two bars are 1190mm apart, stretching the elastic material. The bars are 5mm thick, so the total internal loop length is 1200mm (1190mm + 5mm + 5mm). At this level of stretch, the load cell reads 45N tensile force. Key numbers...
I'm trying to decide what size and type of galvanized steel I need for 2 cantilever extensions. The cantilever is 5 ft. The space between the two cantilever arms is a 17 ft Gap the center 7 ft of the 17 ft Gap we'll need to Bear approximately 17,000 lb spread evenly from the front of the cantilever to the back of the cantilever over 5 ft. I will put support beams across these cantilever arms to support the load evenly
Back
Top