[ad_1]
Many engineering students find to go to collage statistical analysis tool that they were familiar with are not available in the office environment and are left with no way to make engineering analysis with the tools they knew well. What they often overlook is that it is a powerful tool to sit right in front of them -. Excel
Excel is commonly used in industry for business applications and is rarely seen as an engineering tool. However, it is a very versatile program that can be used as a powerful platform for running May engineering and scientific applications. This may not be obvious at first glance it certainly was not when I started my engineering career. At the time, I never looked at Excel and somewhat above the strike and basic mathematical tool. But over time, I learned to appreciate its power and versatility. I have built many practical applications engineering for diverse engineering applications such as process monitoring, process visualization, control loop simulation, project cost among others. Many of these applications are used at my workplace, both past and present. I’ve learned a lot of tricks spreadsheet experiments, books and the Internet.
It is possible to model and solve a variety of engineering problems with Excel. Knowing the basics of solving linear differential equations is enough to start. This, combined with optimization as solver can handle many problems of engineering design.
To provide a smooth transition from academics to industry, it would also help if the use of Excel encouraged in universities. Many theoretical engineering problems can be easily modeled and worked out in Excel. Such skills modeling used in both engineering and management jobs. Engineering experts are often involved in business functions like supply chain analysis, project cost and production optimization. Excel is the workhorse of the business and early exposure to it will be of great value engineering students throughout their career.
[ad_2]