Computer Engineer and Programmer

Computer Engineer The oldest device invented by humans is considered abacus. Abacus is a Latin word made in the Greek Abacks or Abacon, meaning "table" or "tablet". The history of abacus dates back to about 3000 BC. Abacus (Abacus Brief 1) is used when traders trading products need a way to calculate the cost of goods. Since then, the computer has changed dramatically. Computers are an important part of everyday life, but people who can build these computers are necessary.

In addition to being a mathematics teacher and a course specialist, I am an engineer and a computer programmer. Engineers are more than just repetitive people. Programmers are not just code reps. There are some basic ideas that can make someone an engineer or a programmer. As you pointed out, this is like a way of thinking rather than a skill set. However, in typical engineering or computer programming projects, these ideas rarely exist. Whether you are an engineer or a programmer, if you need to design a toothpick, paper airplane, or bridge of a robot as a business enterprise, my process seems like a learning-based environment, a process that students use in projects. . The process of modeling and education at our school is beyond the actual use of professional engineers and programmers, they are qualitatively different.

Ada Lovelace is the world's first programmer. She is best known for creating an initial algorithm designed to run on a mechanical computer called Charles Babbage 's Analysis Engine. The analysis engine is the first design of Turing complete computer and can solve any computational problems. Dr Grace Hopper is not only a famous computer scientist but also a naval officer in the navy. As a Navy's senior member, she was one of the first people who wrote the Harvard Mark I computer used against Germany during the Second World War. Dr. Hopper made a great contribution to computer science, including the creation of a compiler for the A - 0 system, the world 's first programming language. Her ideas such as programming languages ​​should be something like English rather than machine language, leading to the creation of one of the first high-level programming languages. COBOL

Computer science is formed at the approximate intersection of mathematics and mechanical engineering. A very smart person can fully understand it. It is no longer true. That period Knuth and programmers must be smarter than the IBM 650. They understand each vacuum tube and control switch. We are no longer smarter than our computer in this way. In the first paragraph of the preface, Knuth called programming "an aesthetic experience similar to writing poetry and paintings." I think this beauty beauty is still fascinating all ambitious programmers. It has been a pleasure to know that beauty has not been compromised since the 1950's, even after running a long distance along an exponential curve. We are no longer using software and entering it into a general large computer, but the beauty of programming is still filled with every layer of abstraction.