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historical developmentofcomputers
historical developmentofcomputers
Historical Development of computer
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People always wonder who invented the first computer that used electricity. It was Konrad Zuse in 1936 (PatrickB). The computer he invented was the first computer that was reprogrammable (PatrickB). He started the Computer Hardware Engineering field. One of the best inventions that computer hardware engineers ever made is the transistor (PatrickB). The transistor allowed the computer to store information (PatrickB). Without the transistor this career would not be as big as it is. Transistors today hold more than 1,000 billion bytes. Konrad Zuse made this career possible with his amazing invention. There are a lot of reasons why I want to study this career. First of all I am very interested in computers in general and I like to get more in depth with the computer hardware.
Computer hardware engineering is not a huge employment job. Only 83,300 people are employed in this job (U.S Bureau of Labor Statistics). The employment trend for this career is slower than the average by three to seven percent (U.S Bureau of Labor Statistics). The demand for computer engineers is expected to rise as companies improve their computer systems (OKCIS). The jobs for this career are most often found in computer systems design and computer and parts manufacturing companies (OKCIS). Computer hardware engineers do these following duties day in and day out. They "design new computer hardware (U.S Bureau of Labor Statistics), creating blueprints of computer equipment to be built" (U.S Bureau of Labor Statistics), Check what the computer user needs are and tell them what hardware they need (America's Career InfoNet), and Help Suppliers, designers, and marketing and sales departments by providing technical help (America's Career InfoNet). Hardware engineers ...
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...ics). Project managers need a bachelors degree just like hardware engineers. But project managers might need to take a management information systems program to insure the promotion (U.S Bureau of Labor Statistics). After studying this career in depth, I would love to make this my career. I have been on a computer since I was a child and I never knew that it could be my career to be on one all day. Currently I like building computers piece by piece. I am very aware of a lot of different hardwares so this career won’t be a big surprise. Also to get a job in the computer hardware engineering field only takes a four year bachelors degree. This is very satisfying because I don’t want to be in college for more than that. The pay is also great for what you actually do at the job. The duties sound fun to me and thats all I need in a career, good pay and something I love.
All of which makes this job perfect for myself as an avid computer fanatic. The technological aspect of this career not only excites me it also presents a challenge. A Challenge in which I as a student, and young adult, will be given the opportunity to rise and show my own strengths. Similarly, the engineering aspect of this career is also demanding and extremely taxing as a student and young adult. I will be pushed to succeed within this field and become versed in many areas of education in which i could pursue entirely different careers in within the future. Software engineering will give me an “A” rating of employability according to Sokanu, a career research site. This means that within my career many doors will always be open to me as i find my path through life. I will not have any problems in the employment industry because of my highly sought after skills. I will be able to provide for myself and all of my needs and wants. Software engineering is also not concentrated in any one state. Thus, making it possible for me to travel and find work where i wish to travel. Software engineering is a career path that will allow many opportunities for me to grow and learn as a young adult, student, and as a gear i the global
There are many careers out in the world but for every career there are certain requirements and needs. There is no certain type of skill or knowledge that can forbid you from using a computer. No one is ever born an expert especially not at using computers because technology evolves throughout time but that’s what technology is for to evolve therefore you learn new things. PATIENCE is the key to learning new things. In order to use a computer you don’t need to know how to manage all programs or software. The basic knowledge’s required are being able to use a computer and handling the keyboard. As time goes by your knowledge and skills will improve basically knowing how to manage software and programs. Understanding the benefits of the computer.
Of course like all more advanced jobs being a computer hardware engineer does require a college education within the proper field of classes. An entry level job within the computer hardware engineering world usually requires a bachelor’s degree in computer engineering, but in some cases a degree in electronics will be accepted. Many colleges offer computer engineering courses for example, Massachusetts institute of technology, Stanford University, & Georgia technical institute. These schools only make up a small percentage of colleges within America that offer computer engineering courses, but there are also colleges abroad outside of America that offer computer schooling. High schools also offer a variety of technology classes to prepare students for electronics classes in college. Introduction to engineer design & concepts of engineer are two very good examples of classes offered by public schools to prepare students for careers in the computer hardware engineering field.
It was January of 1975 when the first personal computer Altair 8800 was invented by an ex air force officer from Georgia, Ed Roberts. His motivation was his interest of having a personal computer to play with, since computer back then was scarce and was difficult to come across. The Altair 8800 was invented in Albuquerque New Mexico where Ed Roberts was running his calculator business called MITS. It was believed that Ed Robert’s Altair was the spark that started the fire, and gave personal computer a chance to be seen in everyone’s desk. Ed Roberts used a microprocessor (8080), to launch Altair, a chip that he got from Intel, the creator of chips, chips that they saw as useful only for calculators and traffic lights, but Ed Robert’s saw more. Microprocessor was a technological breakthrough that made personal computer possible, without it, the first personal computer would have never existed. Altair did basic computing, but it was a pain to use. Keying in data and instructions strenuously by flipping switches, that was really all that the Altair could do. So, those who had interest in technology decided to form a club called the “Homebrew Computer Club” at Stanford University in Silicon Valley , mainly to talk about computer, and how they could improve it. For Ed Roberts building more innovative personal computer was not the path that he chose to continue on doing, rather he sold his company MITS and pursue doctorate in his hometown, Georgia.
Software Engineers are very important to the technology world today. They create software that we use every day, such as Microsoft Office, E-mail, Games, or anything that involves the use of computer systems or mobile system software’s. Designing software for the consumers takes much time and detail in order to get the software perfectly made. Depending on the company they work for, they could be designing software from little games to software that could possibly change how computer systems operate. Software Engineers are the heart behind the making of computer applications and mobile applications, this career offers internships, where you earn on-the-job training; they create and design software to meet consumer’s needs, the job offers high pay and the possibility for advancements throughout your career.
The transistor brought about the beginning of solid state electronics, which resulted in the silicon chip. The silicon chip enabled advancements in methods of data capture and processing, as well as information collection and sharing. The flow...
Becoming a computer programmer would be great because there are many options in this career by having the ability to produce an operating system, or a game for the world. Computer programmers have many opportunities in life to find a job they would love. Programmers can work independently, or in a big company. Programmers have and are creating the future for computers.
Computer engineering started about 5,000 years ago in China when they invented the abacus. The abacus is a manual calculator in which you move beads back and forth on rods to add or subtract. Other inventors of simple computers include Blaise Pascal who came up with the arithmetic machine for his father’s work. Also Charles Babbage produced the Analytical Engine, which combined math calculations from one problem and applied it to solve other complex problems. The Analytical Engine is similar to today’s computers.
edge technology. In the 80's Motorola won the battle, but now in the 90's it
The transistor was invented in 1947 but did not see widespread use in computers until the late 1950s. The transistor was far superior to the vacuum tube, allowing computers to become smaller, faster, cheaper, more energy-efficient and more reliable than their first-generation predecessors. Though the transistor still generated a great deal of heat that subjected the computer to damage, it was a vast improvement over the vacuum tube. Second-generation computers still relied on punched cards for input and printouts for output. Second-generation computers moved from cryptic binary machine language to symbolic, or assembly, languages, which allowed programmers to specify instructions in words. High-level programming languages were also being developed at this time, such as early versions of COBOL and FORTRAN. These were also the first computers that stored their instructions in their memory, which moved from a magnetic drum to magnetic core technology. The first computers of this generation were developed for the atomic energy
Computer Engineering Computer engineering is a relatively new field of engineering and is one of the fastest growing fields today. Computer engineering is one of today’s most technologically based jobs (Basta 71).The field of computer engineering combines the knowledge of electrical engineering and computer science to create advanced computer systems. Computer engineering involves the process of designing and manufacturing computer chips processors, memory systems, central processing units, and of peripheral devices . Computer engineers work with CAD(computer aided design) programs and different computer languages so they can create and program computer systems (Gelenter 82). Computer engineers use today’s best technology to create tomorrow’s.
Becoming a Software Engineer is not the easiest of tasks. To become a Software Engineer you would usually major in Computer Science (CUnet 1). A Computer Science degree is the most common degree among Software Engineers. It’s the most common because it covers a broad range of topics that Software Engineers need to know for this occupation (U.S. Department of Labor 1). Software Engineer’s need at least a Bachelor’s Degree in Computer Science to get hired by companies. Even though Computer Science is the most common degree Software Engineer’s have, there are also other subjects that they major in (U.S. Department of Labor 1). It is recommended that while pursuing a degree to become a Software Engineer, students should participate in internships, and to participate in projects to be hired by companies once they are out of college (Career Focus 1). If a Software Engineer does not major in Computer Sciences, they will most likely major in Computer Information Systems, Software Engineering, or mathematics (CUnet 2). To become a Software Engineer liking math, and having an engineering sense is a must, liking math and being good at it will help significantly whi...
Electronics and communication engineering is very wide, Each and every company needs an electronics engineers because each and every machine needs a controlling system. If there is any fault occurs then in this condition an engineer or technician is required who can solve this problem. In other industries and manufacturing industries, a huge demand for an Electronics and Communication Engineers is there. Scope and career in Computer Engineering and IT.
I am providing this report with recommendations about possible professions for students and graduates of the Electronics Engineering Technician program. My work focuses on the following careers: Electronics Engineering Tech, Electronic Service Technician (Household and Business Equipment), and Electronics Repairer. All information, the analysis, and recommendations presented in this work are based on the data from various online sources.
Computer engineers build and design computers and computer-related media (OCIS). A constantly changing career, computer engineering is offering more jobs now than ever before. Webmaster, HTML programmer, JAVA programmer, Online Content Developer. Five years ago such job titles didn't exist, but then neither did the work thousands of people are engaged in today. Once upon a time, computer programmers and electrical engineers were the only computer-related jobs. Now more jobs such as marketing, sales, product development, human resources and finance have joined the list of technological jobs.