A Comparison Of Software Engineering And Computer Science

Institutes of higher learning are still not in consensus of what is meant by many technical degrees, such as software engineering and computer science. These fields, along with information technology, information systems, and computer science engineering, are simply too new. Therefore, what one school or employer perceives as a requirement of computer science may be interpreted by another as software engineering.

There are many similarities between the two fields. Both will be expected to understand how computers work, how programs are structured, and what the user is entitled to expect. However, computer science is typically overseen by the mathematics department while software engineering is normally included in the engineering school.

In the early days, computers were hard-wired to perform a certain function. The user did little more than punch a button. Allowing greater user control led to the development of programming languages and compilers to translate “normal” language into computer language. Punched tapes or cards allowed the user to write his own routines. The actual keypunch was often performed by another, typically someone with clerical skills. A misplaced dot, missing bracket, or transposed letter meant that the entire program would fail. There was often no clue as to why, leaving the programmer to pore over the cards as well as his program.

Computer programming began to come into its own with the development of the personal computer. Simplified languages such as BASIC gave more control to the average user. A few minutes spent with a book enabled the user to begin to construct rudimentary programs. Many times, however, the lack of understanding about what a computer could and could not do led to failure. This laid the foundations for the software engineer, who not only understands the program but the physical abilities of the hardware.

One method of examining the differences between software engineering and computer science is to consider how most printers were controlled by the first personal computers. In most cases, changing printer functions such as font size, number of copies, or paper size required entering the proper printer string in DOS. Today, these functions are controlled from an interface on the desktop. The user may enter the information in the software or in the printer dialog box. In a simplified statement, one might say that the creation of the dialog boxes and underlying code was provided by a software engineer. The ability of the printer to understand the commands and comply with them was provided by the computer scientist.

In the most basic terms, CS focuses more on the hardware, circuitry, and networking involved. An SE is typically more concerned with creating a program that will be efficient in terms of size and speed and optimizing the user interface. Neither area, however, has a patent on any one area. To build a network or a computer that is reliable and efficient requires an understanding of what demands will be placed upon it. To write a powerful, “bug-free” program requires knowing how compilers operate, what the processor speeds mean, and the memory needed.

With little standardization between universities, the quality of the degree can vary greatly. Some colleges require CS majors to take Microsoft Office as their first programming course. In some cases, this may be followed by Pascal, COBOL, or RPG, none of which are in high demand today. They may also teach Visual Basic, Visual C++ or Visual J without first teaching the underlying language. By the same token, software engineers may be graduated without a basic understanding of wireless technology. Those seeking a degree as well as employers might be better served by ignoring the title and examining the actual courses required.

Not too many years ago, computer science positions were often filled by those with other degrees, such as electrical engineers. Software engineers were usually those with programming skills, many of whom held no degree at all but were self-taught. As technology became more complex, increased specialization followed. Only by considering the goal is it possible to differentiate between them. For example, if the goal is to produce the greatest game of all time, a software engineer is likely to be the one to meet the challenge. If the goal is to produce the next generation of gaming systems, however, a computer scientist is probably going to make the greatest contribution.

Software Engineers Are in High Demand

Imagine a futuristic world powered by the science of software engineering. With the touch of a button, a pet dog can be fed when its owner is out of town. One day, the television screen will not only be in HD, but will pop out entirely making a 3-D image. These amenities and more can be accomplished by the sweat and blood of a software engineer. A major in software engineering is the strongest path a young person can take, whether the individual wants to make a difference in the world or just wants a handsome paycheck.

As technology advances, so does human civilization. By becoming a software engineer, one can take part of this ongoing project. The use of software can be seen everywhere from our cell phones to our microwave ovens. Almost all aspects of our daily lives are affected by technology. The televisions we view, the iPods we listen to, and even the water dispensers on our refrigerators are all using some sort of software. Not only does the software make life easier, but the use of software can save lives. The software for the modern day Doppler radar has helped rescue thousands of lives by detecting tornadoes in advance. Working in this field of engineering will allow one to make a difference in lives now and in the future. As long as electronics exist, there will always be a place for a software engineer.

A major in software engineering not only leads to a meaningful profession, but a job that is in high demand and might offer a grand paycheck. According to Student Scholarships, it will be the second fastest growing profession in the years 2006 to 2015. There were over 337,600 jobs available in 2007, making software engineering the largest branch in any type of engineering. As other companies become more technological, the need for software engineers will continue to grow. Also, according to PayScale, the median starting salary is a whopping $63,979 with the median national salary being $68,080. When it comes to getting a job with a four-year degree, there is no better pay than that of a software engineer.

What Does a Software Engineer Do?

Software engineers spend a great deal of their time designing software. They try to come up with innovative ways to develop new software that achieves a wide range of objectives. They also make changes to existing software and try to modify and develop it so that it functions in a more affective way.

The application of various engineering processes, techniques and forms of knowledge to the development of IT software. Engineers are usually great at solving problems and this is a huge part of a software engineer’s job. If you are hoping to take on this role then you should love a challenge and have great attention to detail.

This is a very new field that has been developed recently. Consequently there has been much debate over exactly what a software engineer is and which disciplines the job is formed from. For example, some say this job is much more focused on the engineering side of software development and the theory that comes from this field. This is taken from the point of view that software engineering is more of a science than anything else. However others disagree and argue that this job requires a certain amount of creativity and therefore some aspects of art are applicable.

It is also helpful to be aware of some of the developments in the field and some very basic history if you want to be a software engineer. Early computers were controlled by internal instructions that made them work and function in a very simple way. Operating systems were developed in the late 1960’s and they provided a new way of managing hardware. The development of the internet have also significantly changed the software engineering world and provided a great deal of job opportunities.

There are limited courses that a specifically designed for this role. This is due to the fact that it is a fairly new discipline and is in the early stages of development. If you are looking to get into a career in software engineering then one of the most useful things you can do is obtain a degree in Computer Science. This will for a brilliant platform for you and enable you to apply for jobs that will give you some software engineering experience.

Computer Software Engineer Jobs – Career Explained

Computer software engineer jobs provide excellent career opportunities for technology minded people with skills and education for the 21st century. The salary is excellent, and the demand for this job should remain high for many years to come. As a computer software engineer, you may be responsible for creating business applications, computer games and word processing software; designing and developing software; developing programs to communicate with operating systems and putting together operating systems and network communications. With career information and an understanding of the degrees needed, you should be ready to decide if this career is right for you.

The degrees needed for computer software engineer jobs sometimes vary depending on the company you are applying for, but most software engineers have a bachelor’s degree in some field of computer system technology. This is one of the fastest growing jobs in our technology driven society, but you will also need to continue your training throughout your career to keep up with the job market. With continued education, you will always be able to design and develop software long into the future.

Computer software engineer jobs include the responsibility to analyze the needs of the business or organization they work for and to ensure that the programs in place are designed specifically to meet those needs. This requires analyses, testing, creation, computer language programming, coding, development and maintenance. This job requires knowledge of many different programming languages such as C, C++ and Java, as well as an eagerness to learn new skills and technologies as they become necessary. You can expect to earn anywhere from $52,570 to $79,625 as you’re annual salary as a computer software engineer. And with continued education and experience, you will be able to earn more money and move forward with your career.

You will have many career opportunities all over the world as a computer software engineer. Whether you want to live in big cities like Los Angeles and New York, small suburbs throughout the United States or even abroad, there will be work available if you are willing to find it. It is an excellent job choice if you have the skills.