Mechanical Design vs Energy: Which Path Should You Choose?

In summary, when picking electives for college, you have the option to mix or match and choose between mechanical design or energy emphasis. Although energy classes may seem interesting, mechanical design may be more enjoyable in terms of designing. However, the most important aspect of an engineering degree is problem-solving skills, and it is not necessary to take specific design classes. In the industry, engineers are often tasked with creating safe designs using standard approaches rather than being creative. Ultimately, it is important to choose classes that you enjoy and follow your passion.
  • #1
Thizzordie
1
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I am nearing the end of college, and have to start picking my electives to get approved. You can mix or match or do an emphasis in either mechanical design or energy. Ever since I started school, I was sure I wanted to do energy because the classes sounded interesting. But now, I have really been thinking mechanical design would be fun since designing seems more enjoyable, although the classes sound boring. Is there a better choice in terms of job prospects? Which would you choose?
 
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  • #2
Follow your bliss, take the classes you enjoy because you'll enjoy them.

The true utility of an engineering degree is that you become a rigorously trained problem solver. My experience is the courses are of secondary importance. It always helps (IMHO) to have a very broad background (take the design classes), but that path isn't for everyone (don't take the design classes).

In industry, it is a rare occasion that you actually will do number-crunching design. The use of engineers is to crank out a safe design based on standard, tried-and-true cookbook approaches without any thought or creativity. I was surprised and somewhat relieved when I finally discovered this truth after many years.
 

1. What is the difference between energy and mechanical design?

Energy refers to the ability of a system to do work, while mechanical design involves the process of designing and creating machines and structures that use energy to perform specific tasks.

2. How does energy play a role in mechanical design?

Energy is a crucial factor in mechanical design as it is the driving force behind the functioning of machines and structures. Mechanical designers must consider the energy sources, conversion, and utilization in their designs to ensure efficiency and effectiveness.

3. Can mechanical design impact energy efficiency?

Yes, mechanical design plays a significant role in determining the energy efficiency of a system. By optimizing the design, engineers can reduce energy consumption and improve the overall efficiency of a machine or structure.

4. What are some key considerations for balancing energy and mechanical design?

When balancing energy and mechanical design, designers must consider factors such as the type of energy source, energy conversion efficiency, and the desired output of the system. They must also consider the materials used, maintenance requirements, and potential environmental impacts.

5. How can energy vs mechanical design be applied in real-world scenarios?

Energy vs mechanical design is applied in various real-world scenarios, such as designing efficient engines for vehicles, optimizing renewable energy systems, and creating sustainable infrastructure. It is also used in the development of consumer products, industrial machinery, and transportation systems.

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