Engineering students have to be familiar with a lot of design tools since their profession is all about creating solutions for everyday problems. It’s not enough that they know the science and the theoretical basis for certain scenarios. Engineering students have to build and construct working models that would address real-life problems satisfactorily.
There are many different tools that an engineering student can use to design machines and structures. These could be used from anything from home design to other grander projects such as the erecting of buildings. Designing and building a skyscraper isn’t an easy feat. Aside from the obvious task of having to design the external appearance of the building, engineers also take into consideration other aspects of the building, like the foundation, electrical systems, plumbing, structural integrity and the like.
- Drawing and drafting materials. The old classic drawing board would always be a good starting point for a good design. While it’s great to have technology at one’s disposal, you never really know when you will have technical difficulties. Having a solid foundation on using the manual design tools can definitely be a good back up just in case something goes wrong with your computer and your design software. A good engineer should be able to come up with a good working plan despite not having software development tools and system tools. Drafting materials include a good drafting table, a T-square ruler, technical pencils, a compass, and other supplies.
- Books and reference materials. It’s also good to have a vast library of technical books to draw information from. These references will be really useful if one has to make technical decisions during the designing process. A quick look at the site design with cross-referencing to a good technical design book could help a student determine the strengths and weaknesses of his work. Journals and periodicals also help professionals keep up-to-date on the latest trends and standards.
- Computers. Then there’s the computer. There are plenty of computer programs that actually do the thinking for the engineer. In the case of computer aided design, all major decisions are actually done by the engineer, but the software can help with computations and calculations. One advantage of using computer software is that these programs can provide three-dimensional images that an engineer can easily manipulate. These can also provide simulations to real-life scenarios, such as load distribution and the relative strength of the pillars and columns in a construction design. Other fields of engineering also benefit from computer aided design. For instance, automotive engineers can use these to help analyze airflow and aerodynamics, unibody strength, engine performance, and other factors.
With the increased dependency on computer products, it’s no surprise that many design professionals, including engineers, are becoming more and more adept with the use of programs that are specifically designed to suit their needs. However, the availability of automated systems does not mean that engineers should totally depend on them. Thus, students of engineering would still need a grasp of the basic foundations, so that they understand the concepts behind the software.
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