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SolidWorks & Solid Modeling

Just as architects draw up blueprints for the houses they want to build, engineers and manufacturers also rely on carefully designed schematics. It is only by examining such plans that engineers can identify potential problems and potential solutions. In the old days, manufacturing schematics were drawn up with traditional pen and paper. But like every other industry, engineering and manufacturing have embraced computer technology. Thanks to software like SolidWorks & Solid Modeling, engineers can create designs entirely from the comfort of their own computer.

The implications of SolidWorks & Solid Modeling
As you can imagine, this new software has vastly improved productivity and efficiency in the world of manufacturing. Engineers can try out new designs very quickly. This means that they can produce more designs in less time. As a result, companies save more money, and consequently, they can pass on some of the savings to you, the consumer.

How does one learn SolidWorks & Solid Modeling?
Before you can really dive into this software, you'll need a strong foundation in mechanical engineering, physics, or advanced mathematics. After you complete your formal training, you'll be surprised to discover that SolidWorks is relatively intuitive. If you are familiar with Microsoft products, using this particular computer aided design (CAD) software will be relatively easy.

Where will my training take me?
After you have mastered the software, you can pursue any number of manufacturing jobs. Because we live in the age of consumption, you are basically guaranteed a job as long as you can help employers produce efficient and reliable designs.

Publish date: February 10, 2011