A Diverse and exciting field is Engineering.} Because Engineering has many types of disciplines, this can be confusing Civil, Chemical, Electrical, Environmental, Computer, Mechanical, Industrial, Aerospace, Biomedical, Construction, and Agricultural are some of the many different Engineering fields. That may be useful if you know you want to be an Engineer. But if you're not sure engineering is right for you, a good place to begin is to take a look at the common characteristics of all of these fields.} Underlying all engineering fields is the common way of thinking, analyzing, and solving problems. of all engineering fields.} Problem solving is at the heart of Engineering.} Engineers like to solve problems and make accomplishments in life.} Engineers are goal driven, they prefer to have objectives, have dreams, have goals and accomplish them. If mathematics and physics interest you and the application of these to everyday challenges, and seeing these solutions increase the quality of peoples' lives, engineering is a great field to be in. The way that Engineers think and do the job has been defined as the engineering method, which is comparable to the scientific method. Definition of the engineering method is by four characteristics The engineering method is first used to analyze, model and solve complex technical problems that require integrated interdiscplinary view of problem solving. Engineers work out elaborate difficulties that matter most to individuals, communities, and socieities. Engineers conceptualize complex systems as a collecting of smaller simpler components is another characteristic of the engineering method. Engineers function in order to simplify these types of systems by keeping the important elements, getting rid of much less critical components, and then making use of mathematical associations to explain the key characteristics of the technique. Engineers break down complex systems into less complicated elements and take the problem apart, not physically but intellectually. key way engineers contemplate.} Development and use of mathematical simulation models, such models become the engineers tool for examining, understanding, visualizing, and designing complex systems is the third characteristic of the engineering method}. Even though Engineers may carryout studies utilizing scale models, the use of mathematical computer simulation models is common across all engineering disciplines. All of the important characteristics in a system must be incorporated, because a simulation model is like putting a system back together. Finally, the engineering method involves synthesis and design. Engineers design useful devices, products or systems, in a broad context of users, organizations, or communities. In this process, engineers must take into account factors such as reliability, safety, flexability, economy, and sustainability. Design trial and error is not used by engineers.} Combining ethical considerations, judgement and common sense, designs are dependent on extensive analysis and modelling.}
