Information on Mechanical Engineering

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SUMMARY

Mechanical engineering encompasses a wide range of activities, including design work, stress analysis, thermal-fluids analysis, failure analysis, and vibration analysis. Engineers often spend their days performing calculations and simulations at computer terminals, managing projects, and writing analysis software. The field is diverse, with some mechanical engineers involved in hands-on work at chemical plants, while others focus on theoretical analysis and software development. Overall, the profession requires a blend of analytical skills and practical application.

PREREQUISITES
  • Understanding of heat transfer principles
  • Familiarity with thermal stress analysis techniques
  • Knowledge of vibration analysis methods
  • Proficiency in engineering software for simulations
NEXT STEPS
  • Research advanced thermal-fluids analysis techniques
  • Explore software tools for stress analysis in mechanical engineering
  • Learn about project management methodologies in engineering
  • Investigate the role of mechanical engineers in chemical plant operations
USEFUL FOR

This discussion is beneficial for engineering students, aspiring mechanical engineers, and professionals seeking insights into the daily responsibilities and diverse roles within the field of mechanical engineering.

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Homework Statement



Hello i am majoring in engineering and i would like to know from the mouth of an engineer what you guys do all day, what is the average work day like? is it all calculations and math or is it hands on building things?

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The Attempt at a Solution

 
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It can be just about anything. My career was spent working for a chemical company doing analysis work in the area of heat transfer. Mechanical engineering is very broad. We had ME's who did design work, who did stress analysis, who did thermal-fluids work, who did failure analysis, who did analysis in the vibration area, and who wrote analysis software for others to use. There is also project type work where ME's manage projects and utilize other engineers to do the number crunching work. Other ME's, along with EE's, did automatic control work. The field is very broad.

My days were spend at a computer terminal doing analysis work, making predictions about how long something would take to cool or heat, managing heat to control chemical reactions, doing thermal stress work, and vibration analysis. My work included writing software for others to use in the thermal-fluids area.

I was always involved with an analyis group so I never was involved in running portions of the chemical plant. Those ME's who did that certainly were.
 

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