Mechanical Engineering Overview

On an average day a Mechanical Engineer will be problem solving issues at their job or designing a new prototype. They will fix issues that come up in current operations of machines that are already on the floor operating. Mechanical Engineers take the knowledge they have gained through their discipline help them solve real world issues no matter what industry they are working in. Also you have to remember that Mechanical Engineers also need to use other resources to complete some of their projects such as, electrical engineers, manufacturing engineers, computer engineers, or possible industrial engineers. Most teams at a job consist of a mixture of each engineering field that work together to complete projects or solve problems.

Mechanical Engineering is the discipline which includes the a knowledge base of physics, thermodynamics, material science, machine design, fluid dynamics, heat transfer, and mechanics. Mechanical Engineering has such a diverse curriculum because it is used in so many industries from manufacturing to petroleum and bio-medical.  Mechanical Engineering is one of the broadest fields of engineering which largely developed during the industrial revolution.

A large proportion of mechanical engineers spend there time designing mechanical systems. Computer-aided design (CAD) software is an important tool used by mechanical engineers and they need to have knowledge using this type of software. Most of the tools used by an individual during their daily activities today has involved a mechanical engineers design or process for example vehicles, cell phones, computers, kitchen appliances, etc.  Mechanical engineers create the processes and systems that drive technology and industry.

Mechanical engineers will always be needed in every situation that deals with motion or mechanics. An engineering team will never be complete without a Mechanical engineer. I am excited to become a part of such an important position and to help problem solve issues that occur each day.


Thank you,

David Dickey