An engineer is the most intelligent form of man. This is not just a statement. This explains a detailed story. A doctor risks one life at a time. A lawyer risks a case in one attempt. A chef risks one meal at a time. But as an engineer, we assume a great responsibility, since a collapsed bridge can end thousands of lives at a time. A crashed plane can destroy hundreds of families in one instance. A failing dam can digest thousands of villages and towns in minutes. Thus, being an engineer is one of the greatest responsibilities one can assume in one's life. Not only a responsibility to lives, but also to progress and development. The history of humanity has developed around the achievements of scientists and engineers.
No wonder, engineering is the most preferred career option for science students nowadays. And, as our modern education system emphasizes specialization, students have many options to choose from when they enter an engineering school. Here we try to discuss and explain some of the most common and popular currents (also called branches) of the modern engineering course system.
- IT and engineering
Computers have proven to be a real salvation for human greed for knowledge and development over the last 3 decades. It is therefore not difficult to understand why the Engineering and Engineering Sciences branch has been one of the most popular and important branches of engineering for many years. Today, while computers are already secure and their presence in the primary school curriculum is an essential part of the children's home collection, their favorite hobby tool, they are without a doubt become an invincible element of human life. Computer engineering includes studies, research and development related to the architecture, management and deployment of information systems and applications, intended to manage or use software and hardware systems. As a computer engineer, you can opt for an impressive career in systems development, the telecommunications industry, the administration of databases, the development of applications, the research and development of computer hardware, development of multimedia applications and many others. - Electronic Engineering and Communications
Communication has been a key factor in the development process of humanity. The electronics has been an important part of human life in the last 100 years. The invention of the radio, the telephone and television was at the origin of this revolution and, later, with the reduced cost of technology, their new generation devices have totally changed the way of life. Nowadays, smart phones, smart watches, smart cameras, smart glasses and many other innovative gadgets have radically changed everyday life. Electronic engineering and communications offers the opportunity to study and research in a field of dissemination and transmission of information on various media such as cables, radio signals, optical fibers, etc. An electronics and communications engineer may choose to work in different areas, such as electronic equipment design, R & D on smart gadgets, integrated circuits and software interface, etc. - Mechanical engineering
It can be said that the traces of existence of mechanical engineering can be easily emphasized from 3500 BC. J. – C., time of the invention of the wheel. The invention of the wheel is considered the most important invention of this world. Mechanical engineering contributes to most machines; we are surrounded by stone crusher nail tailor, from a teapot stand to a huge earthmoving machine, from a zipper clad in a dress to the biggest dam of the world. Mechanical engineers have made our lives very easy and productive over the years. Mechanical engineers work in the manufacture and design of machines, in the assembly and maintenance of plants, engines and huge machines, and so on. The automotive industry is one of the largest holders of chimneys in the mechanical engineering industry. The mechanical engineering sector is mainly focused on the research and development of machine designs and implementations. It is an integral part of the aerospace industry, the automotive industry, heavy machinery manufacturing and civil engineering. - Civil Engineering
The man is a social creature and likes to build society and live as an integral part of society. These social settlements include settlements and markets, including buildings and other buildings. Thus, with the beginning of civilization, civil engineering has been an essential part of human lifestyle and housing. Civil engineering revolves around the design, planning and implementation of the design, structure and architecture of physical constructions and natural settlements. By becoming a civil engineer, it is possible to apply for a career in construction, real estate development, construction engineering, urban planning, design and construction of bridges and dams, environmental and land-use technicians, etc. - Electrical engineering
Invention of electricity was a revolutionary incident in the human history of science and development. The availability of electricity then proved to be essential for the utility and application of most of the inventions and discoveries made. Today, we can not even imagine our life without electricity. Electricity has become so essential to human life that governments are judged on the basis of efforts to make electricity accessible to the last man in society. Because of its importance, electrical engineering is referred to as an evergreen engineering branch. A Best School of Engineers basically offers this stream in their institutes for sure. Electrical Engineering occupies the development and maintenance of power generation and distribution systems. This is a kind of industry in real time because electricity can not be stored in a huge volume. For small, scattered short-term emergency uses, batteries, inverters and inverters can be used to store and use electricity. An electrical engineer can work as an engineer in various sectors such as power generation and distribution, quality control and safety in electrical systems, design and manufacturing of various components electric, etc.
These were the 5 main streams of engineering education. We will discuss 5 other feeds in the next part of these descriptions.
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