Does engineering always require designing ?

In summary, engineering does not always require designing. While some engineers may have the opportunity to do some artistic design in their work, the typical design process involves problem-solving and figuring out the best way to create a product. Some engineers may focus more on drawings and analysis, while others may specialize in developing methods for design and simulation. Overall, proficiency in multiple areas can make for a successful engineering career.
  • #1
Tronic
16
0
does engineering always require designing ??

As mentioned in the title , i would like to ask that does engineering always require designing ? I am currently in high school , and the reason i plan to for mechanical or electrical engineering is because it has physics and maths , and involves problem solving... However designing new things is more like art..
So a basic question , does being an engineer require you to have designing skills or is designing like a separate branch of enginerring ?
 
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  • #2


No. I don't design anything and if I get to continue down this career path I will never design anything.
 
  • #3


Tronic said:
As mentioned in the title , i would like to ask that does engineering always require designing ? I am currently in high school , and the reason i plan to for mechanical or electrical engineering is because it has physics and maths , and involves problem solving... However designing new things is more like art..
So a basic question , does being an engineer require you to have designing skills or is designing like a separate branch of enginerring ?

The word "design" has several meanings. In the context of the "art" type of design that you mention, you may have some opportunities to do a bit of that in some engineering assignments, but it is unusual.

The more typical "design" that you do is to figure out the best way to make something that your Marketing department (or other customers) are asking for. You figure out the best hardware/software/firmware/etc., to get the task done, and then you design, build, test, re-design, etc., until you have a good viable product. You then have a lot of other tasks like Manufacturing Test Support, Documentation Support, Customer Support, etc., that will take up a lot of your time at work.

And they you move on to the next project, and do it all over again (all while supporting your previous product(s) that you've worked on...).
 
  • #4


Some engineers go into design and they there in their career. They would normally do drawings and perhaps some analysis. Other engineers go into analysis, and they analytical calculations in support of a design. Still others to modeling and simulation, beyond standard analysis, and other engineers develop the methods used in design, analysis and modeling and simulation. Then there are those who to design and analysis, and or modeling and simulation. The more areas in which one is proficient, the better.
 
  • #5


I can say that engineering does not always require designing, but it is a crucial aspect of the field. Engineering is a broad discipline that involves the application of scientific and mathematical principles to design, develop, and maintain structures, machines, devices, systems, and processes. Designing is an essential part of this process, as it involves creating, planning, and conceptualizing solutions to real-world problems.

While engineering does involve problem-solving and the use of physics and mathematics, designing is also a critical component. Engineers must be able to visualize and create solutions that meet specific requirements and constraints. This requires not only technical skills but also creativity and innovation. In many cases, engineers work closely with designers to bring their ideas to life.

However, it is worth noting that designing is not a separate branch of engineering. It is an integral part of the engineering process, and engineers are expected to have a basic understanding of design principles and techniques. Some engineering fields may require more emphasis on designing, such as industrial design or product design, while others may focus more on technical aspects, such as civil engineering or software engineering.

In conclusion, while engineering may not always require designing, it is a crucial aspect of the field and plays a significant role in creating innovative and effective solutions. As a high school student considering a career in engineering, it is essential to develop both technical and creative skills to excel in this dynamic and diverse field.
 

1. Does engineering always require designing?

Yes, engineering always requires designing. Designing is a crucial aspect of the engineering process, as it involves creating a plan or blueprint for a product, system, or structure before it is built. Without proper design, engineering projects may fail to meet their intended goals and may even pose safety risks.

2. What does the design process in engineering involve?

The design process in engineering involves identifying the problem or need, researching and gathering information, brainstorming and generating ideas, creating prototypes or models, analyzing and testing the designs, and making necessary improvements or modifications.

3. Are there different types of engineering design?

Yes, there are different types of engineering design, including product design, system design, structural design, and process design. Each type of design focuses on a specific aspect of the engineering project and requires different skills and techniques.

4. Is designing the only important aspect of engineering?

No, designing is not the only important aspect of engineering. While designing is a critical step in the engineering process, it is not the only one. Other crucial aspects of engineering include problem-solving, critical thinking, teamwork, communication, and project management.

5. Can engineering projects be successful without proper design?

No, engineering projects cannot be successful without proper design. Designing is essential to ensure that the project meets its intended goals, is safe, and is cost-effective. Without proper design, engineering projects may face numerous challenges and may even fail to be completed.

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