The engineering field is extremely wide as it has been segmented into different sections with each of the sections unique. This memo aims at developing an exclusive argument on the relationship between mechanical, electrical and civil engineering. Although, each of these branches is unique they aid in the development of unique structures that define their force as the main engineering branches. Therefore, the memo will aim at bringing up a conclusive argument on the significance of engineering in any form of construction where systems are required to be installed in the form of computers as well as communication systems. In this case, there will be considerations for different presentations by various experts in the three engineering fields.
In construction, the first and most significant step is site planning. This is based on a presentation made by Michael E. Manoogian on 17th September, 2013. He is a well informed and educated individual with an extremely influential background on civil engineering. He holds a Civil Engineering Ph.D from University Southern California, and he is a Registered Professional Engineer (P.E.). He has carried out researches on earthquake engineering as well as seismology where he has presented several professional papers.
Civil engineers are extremely influential in any form of construction. They are responsible of site planning, site preparation, managing building construction, as well as building maintenance. They are in charge of surveying, mapping and development of the necessary measurements. They ensure there are accurate property boundaries, accurate definition of the building site as well as location of various construction elements. They are mainly involved in construction of roads, railways, Airports as well as major buildings. The excellence of civil engineering mainly depends on other fields such as environment engineers, structural engineers, and geotechnical engineers. Following the significance of this field in the field of construction it usually attracts extensively high income for the professionals.
Mechanical engineering is the other extremely fundamental section of engineering. Proper understanding of the significance of this section in the engineering field was defined by a presentation that was made on 10th September, 2013 by Dr. Rafiq Noorani. He is a professor of Mechanical Engineering at Loyola Marymount University and he is registered with the American Society of Mechanical Engineers. This engineering section has exclusive history from the time of wheels and gears invention. Its main role is to develop devices that are required to assist in general works. Understanding that various uses that this field of engineering may be put into, ensures proper understanding of hard and soft mechanics. In the construction of a device, hard mechanics aids in stress analysis while soft mechanics ensures proper consideration of thermodynamics, heat analysis, fluid mechanics, as well as energy systems.
According to Rafeeq, most forms of construction will involve gears, wheels, engines, nuts and bolts. These are representation of mechanical engineering. In specific, the profession is extremely fundamental in development or construction of aircrafts, cars, and trains, as well as engines and turbines. This is a presentation of how civil or construction engineering matches mechanical engineering. As one develops infrastructure, the other comes up with machines that will be used in the constructed infrastructure. This engineering section is vehemently critical in defining how systems should work. In this case, mechanical engineering is mainly renowned of developing excellent designs, factoring designs, as well as maintenance of machines.
Computer and electrical engineering cannot be ignored as an extremely critical field of engineering. This based on a presentation that was made by Gustavo Verjarano who holds bachelors, master’s and Ph. D in electrical and computer engineering on 3rd September, 2013. He is an assistant professor in electrical engineering and computer science departments in Loyola Marymount University as well as director of Intemnets laboratory in the University. He has extensive experience cellular network construction as well as maintenance. He has engaged in various researches on development of communication networks such as wireless and mobile systems development.
According to him, electrical engineering is based on the use of electric charges to develop systems that offer services to the society. Among the services offered are electrical power, communications, computers, robotics as well as medicine. This is a platform that may show the relationship between electrical and computer engineering and other fields of engineering such as mechanical and civil engineering. Constructions made through civil engineering are will always require electrification as well as computer systems, which will mainly be developed through the art of electrical and computer engineering. On the other hand, mechanical engineering, which is mainly involved with construction of cars, aircrafts and other machines relates to electrical and computer engineering. The relationship comes in following the need for development of computer systems for the machines, as well as wiring, which require exclusive knowledge in the field of engineering.
It is appealing to realize that mechanical, civil, and electrical engineering fields are interrelated. For the realization of the real meaning of engineering, all these fields play a critical role in ensuring they support each other whenever necessary. It can be realized that each of these fields acts to strengthen the other. This is because of the uniqueness of the expertise gained in every field. Engineering is in charge of the wonders witnessed in the construction world.
