Computer Engineer Salary

A report by CNNmoney states that students who majored in computer engineering were the top earners of the class of 2011. On top of that according to the Bureau of Labor Statistics, the demand for computer software engineers is expected to grow by nearly 38% by 2016. You may have just stumbled upon your new career!

There are two types of engineers, hardware and software. A hardware engineer deals with physical components. They research, design, and test the physical components of a computer including circuit boards, chips, and keyboards. A software engineer, called developers, create programs for users to perform task. They create the software that translates the commands from applications into instructions that the hardware can understand. They create the operating systems and computer interfaces for desktops and consumer electronics.

95% of jobs are located in metropolitan areas. Positions are located in research labs and manufacturing labs. Some work in computer system design firms, research and develop firms, or federal government. Just as there is a range of potential work environments you may end up being in, there are also a large variety of things you may be creating programs for. Computer engineers create on computers, cell phones, navigational systems in your car, video games, and etc. If you’re creative, love computers, and don’t mind making a lot of money in the process then this just might be for you!

Some of the highest income makers coming directly out of college are graduates in the computer engineering field. This is a great incentive to buckled down and stay focused on those late nights studying in your dorm. This will literally pay off.. BIG TIME! The average salary for computer engineer job postings nationwide are 29% higher than average salaries for all jobs nationwide. Sound good yet? Let’s get into the specifics.

The overall computer engineer salary is $87,000. To be even more specific let’s discuss what you can expect if you enter involved in hardware or software. Starting with the low end of what you can expect. As a software engineer the lowest 10% average $45.44/hr or $57,810 annually. The highest 10% average $65.28 or $135,780. As a hardware engineer the percentages or a slight bit higher. A hardware computer engineer salary on the low end can on average expect $48.73/hr or $62,400. The highest 10% of hardware engineers make $70.07/hr or $147,610. Not a bad day’s work!

Computer Engineering Vs Computer Science

Computer engineering, as the name suggests, is related to the engineering of your system hardware. It includes the designing of computer hardware and devices. It is derived from the science of computing such that it is the practical application of the computing science principles.It also includes some principles of electrical engineering. In short this engineering is based on the laws of computer science, electrical engineering, mathematics and physics.

The main subjects dealt in this engineering includes display engineering, multimedia computations, image and speech processing, networking, pattern recognition, computer perception and sensors, VLSI systems, robotics, computer architecture etc.

Display engineering deals with the display mechanisms of a system. Multimedia computing include the handling of all kinds of data like the textual data, sounds, voice or audio, still images, animated images, video and more. It involves encryption, coding and decoding etc. Image and speech processing methods are used to deal with the processing of multimedia in a secure way. Networking of computers is a vast field that takes care of all the networking operations such as assembling network units, establishing connections, configuring them, initiating communication and data transfer and so on. It also handles designing and implementation of vast distributed computing networks that includes LAN, MAN and WAN. Pattern recognition and computer sensors are used for information security. Robotics is a practical application of artificial intelligence. Very Large Scale Integrated systems are a study to design microelectronic devices. Architectures from these take care of the designing of hardware and software for optimal results.

Continuing with our computer engineering vs computer science, we are now going to move on to the science, which on the other hand is the study of methods, principles and laws for handling of information. It also lays the theories for designing and implementing them. The science subject leads to the subject of engineering.

The main subjects that come under computer science are artificial intelligence, computer architecture, software systems, numerical methods, algorithms, theory of computations, computer graphics, networking protocols, databases, operating systems, simulation and modeling, parallel computations and software engineering.

Artificial intelligence is an area that is concerned with the intelligent behavior in machines or software. Computer architecture explains the science behind the designing and construction of computer hardware and software for effective and efficient working. Software systems deal with programming languages, programming environments, operating systems, interpreters, compilers etc. Algorithms and theory of computations are used to develop programs that produce effective, efficient and optimal results and solve the computer problems. To conclude, we can say that the computer science is a subject that is mostly studied by scientists while on the other hand, computer engineering is a subject that is studied by the engineers.

Offer a Good Career in Computer Engineering

Computer engineering is in demand and at hype today. As we all are becoming the global citizens, there are many sectors that offer a good career in this field.

Why this field becoming the favorite choice of any student? One of the most popular reason to opt for a career is the salary for a computer engineer. Another aspect is the flair for technology. There are many challenging streams under in this field. Some of the streams are:
• Programming
• Networking
• Banking
• E commerce
• Information Technology
• Programming
• Maintenance
• Documentation
• Animation
• E- Learning
• Instructional designing

The list mentioned above is sufficient enough to tell how computerization has become the integral part of our lifestyle as well as today’s economy. So the computer engineers are on high demand. Broadly the computer professionals are divided as hardware engineers, software engineers.

What ever may be the scope of work such as research and development, computer aided systems, maintenance or networking etc. hardware and software engineers contribute a lot.

The most popular sector in this field is Information Technology. This sector includes various tasks such as processing the information, sorting and storing the information. So there is tremendous scope for all types of engineers. If you are not a computer engineer but have acquired the relevant skills and upgraded your knowledge that fulfills the job requirements, then you can get equal perks as that of a computer engineer. You will find many people in various fields mentioned above, who are not computer engineers. They might have done their graduation from pure science or commerce stream. Many people who have done engineering from the streams such as mechanical, instrumentation, telecommunication etc. can excel in the field of computers.

To conclude with, computerization has become the essence of fast track life today. So the computer learned professionals and engineers form the integral part of the society. So computer was a favorite field, it is a favorite field and it will be favorite and demanding field years ahead.

Computer Engineering – Decoding, Scope and Aspects

With the invasion of computers in our life since the early nineties, every other thing is now being operated by computers. They have made our lives simpler and better in various facets. Be it arts, medical sciences, sports, technology, entertainment, we are governed by computers to a great extent and with this advent, we often hear the word, computer engineering. Needless to say, mostly used incorrectly and often interchangeably. How do we know if someone is a computer engineer? Is every person who works on a computer and is able to perform some basic maintenance activities, an engineer?

Most often than not, people are mislead by the wrong interpretation of this very term. Let’s decode exactly what a computer engineer is and what he does. Technically speaking, a computer engineer can be referred to a person who is qualified in the fundamentals of concepts of electrical engineering in amalgam with computer sciences. Now, reading it between the lines might seem easy but it is not. Engineers carve and refine their portfolio based on principles of engineering and computer development operations.

They apply these techniques later on to fit specific computer science issues and challenges. It would sound strange when I would say that the computer is actually a living organism, but seeing the daily occurring evolution’s and changes, you would coincide with me, and Darwin’s theory as well. Computer engineers implement engineering skills combined with an understanding of software and hardware design and implementation in a single theory. They work towards improvement of various branches and aspects of computers such as security, networking, software development, designing new devices and even artificial intelligence.

With the fast pace of our lives, computers have slowly crept in, and same goes for the demand of confident, qualified and proficient computer engineers. A decade ago, there were just a few players in the industry who was driving the whole of the world by providing solutions and meeting demands of daily growing computer user database but now, the scenario has changed. Today, we have plentiful computer engineers working from search engines to application development, cloud computing to database solutions, automobiles to mobile networking, bionics to ticketing and retailing.

An added advantage is that these computer engineers come with an added skill of knowledge about electrical systems. Thus, they work together with electrical engineers and collaborate with them to offer a great deal of services such as cabling, optics and medical equipment’s. It has arrived as a boon for most of us since now, we are progressing at a terrific speed towards newer technologies. Today, able computer engineers are in huge demand due to outreach of technology and economics in even the farthest of places.

Computer Engineering Degrees May Offer Career Stability

A great way to combine electrical engineering and computer science is by looking into a career in computer engineering. Receiving training in the areas of software design and hardware-software integration toward a computer engineering degree lets you focus on power electronics and physics, possibly more than your electrical engineering counterparts. In high demand today with a great outlook for the future, computer engineers can enjoy long-term career stability and financial independence.

Generally, computer engineer students gain a thorough understanding and adeptness with the following prior to becoming computer engineers:

Algorithms
Computer architecture & networking
Circuits and signals
Databases
Digital logic & signal processing
Electronics
Embedded, operating, and distributed systems
Human-computer interaction; social & professional issues
Programming
Software engineering
VLSI design and fabrication

As a field, computer engineering technology attracts individuals with an interest, education or expertise in the following:

ASIC design, FPGA development, firmware development, software development, hardware integration, circuit design, and system-level design and integration.
Mathematics and the sciences.
Technology solutions requiring intense, logical, thought-provoking alternatives and “out of the box” thinking.

If you feel computer engineering is the field for you and you, you should consider which technical institution offers you an in-depth study, as your full breadth of knowledge will be used in the design and application of computers before and after graduation.

ITT Technical Institute not only has in-depth computer engineering technology programs that combine education with real-world applications, the institute also offers the option of completing your computer engineering degree in state-of-the-art classrooms, as well as online. ITT Tech is committed to helping you work through the delicate balance between your education toward becoming a computer engineer with your work and personal life. This makes the transition from the classroom to the real world much easier.

Computer Engineering Jobs Are A Growing Career Field

With today’s turbulent economy, not all careers are stable and a high percentage of employees employed by big name corporations are being laid off. With the unemployment rate on a rise, more and more individuals are shifting their focus from full-time employment to full-time schooling. Computer engineering jobs are very desirable and are one of the most stable jobs to this date because of the nation’s heavy reliance on computers and software programs. Understand the nature of the position and the education and training you must complete and enter a career that is certain during uncertain times.

If you are considering entering the engineering workforce, you should have a passion for computers and information technology. Computer software engineers are responsible for developing and maintaining computer software programs that consist of coded instructions spoken in computer language. While some engineering jobs are in government offices and schools, others are found in the manufacturing and engineering industry. These engineers should not only enjoy working with computers, they should also be skilled in mathematics, analysis, and science.

Generally, engineers in this career field will fall into two different categories: computer software application engineers and computer software systems engineers. Different knowledge and programming languages are required for each category. While the education and training students learn will cover both of these topics, you will need to decide which category is more interesting to you when applying for positions.

To become a computer software engineer, you must attend school. Most employers today will require that applicants have a college education and a degree in computer science and/or software engineering. While a graduate degree is generally preferred, not all employers require this. Obtaining a graduate degree will make you more desirable to employers throughout the application process.

Hands on experience in computer engineering is also preferred when applying to big name corporations. If you are fresh out of college, you may want to consider accepting an internship before applying for computer engineering jobs. While some employers will hire students fresh out of school, you can expect lower pay until you prove yourself, your knowledge, and your skills. Once you gain experience, you will be promoted out of a trainee position to a full-fledged computer software engineer.

The salary range for engineering jobs involving computer science will vary depending on where you live and who you are working for. With a positive outlook in this career, computer engineering has become a popular major in schools today. Prepare for a better future and begin training to become a computer engineer by enrolling in school and putting in the effort.

Computer Engineering

Are you passionate about technology? Do you like solving problems? Do you have a deep ambition to create something new and change the world? If you answered yes to these questions, computer engineering is the career path for you. This article is all about this branch of engineering and its scope. So, keep reading!

Unlike its hardware counterpart (Electronics and Communication Engineering), computer engineering focuses completely on software. Throughout their four years of university education, students of this field learn about the general design, creation, and maintenance of system as well as application software. With a deep focus on software algorithms and coding, this branch of engineering is certainly challenging and fun if you have a deep interest in, and passion for, computers.

Why study computer engineering?

This field can indeed be a very fruitful one for those who know their way around it. Here are some reasons why:

1. Financial Security:

There are records of computer engineers finding jobs in companies as large as Microsoft and Google. There are also professionals of this field who earn thousands of dollars every month working freelance. Moreover, there is a widely held belief that computer engineering students are the quickest in getting a job as soon as they finish their university education. Furthermore, the chances of finding a part time job or internship even during one’s university days is very high as compared to other branches of engineering.

2. Self-employment:

If you are one of those people who don’t like working for others and want to be self-employed, no other other field comes even close to offering the sort of self-employment opportunities that IT professionals get. From making money by blogging, to creating websites for business owners; from providing billing software for schools, to selling useful apps for mobiles, these are all opportunities that a capable professional can get after or even before getting a degree.

3. Job Satisfaction:

Most computer engineering students will tell you that they can’t even imagine studying anything else. This is because most students who choose this field choose it because of their deep passion for the world of software and technology. Being able to work in the field that one has passion for is a gratifying experience in itself. Moreover, when a piece of software that you created changes the way a person worked, and makes that person’s life a little bit better, it is the most satisfying moment of a computer engineer’s life.

4. Value to society:

This is the age of technology. Today technology has entered every facet of day to day life. It is no longer possible to imagine the world without technology. IT professionals play a great role in the innovation and progress of modern technology. The technological progress of a country and contribution of the country to the global technological phenomenon depends almost entirely on the computer professionals there. So, when one considers the big picture, computer engineers are a very important pillar of the modern society.

Is computer engineering for you?

Not everybody who dives into this field manages to become a successful professional. Due to this, the very image of computer professionals has become a bit tarnished. So, before deciding to dive into this field, a student must think deeply about his/her interests and aptitude.

The following questions must be pondered over:

Do you have a passion for computers and technology as a whole?
Do you like solving puzzles and having to think in an original way?
Do you prefer subjects where you have to think for yourself to those involving memorization and understanding of fixed subject matter?
Would you be willing to work for 8 hours a day in front of a computer screen?
Have you learned any type of programming language? If so, do you like programming and see yourself as a computer programmer in the future?
Are you willing to be a student throughout your life in order to stay updated with the ever-changing world of technology?

If your answer to these questions was a resounding “yes”, then come aboard! The amazing world of software awaits you.

For those who manage to become successful in this field, the rewards and possibilities are simply boundless. The sky is the limit. In fact, many of the world’s leading billionaires are related to the field of technology. Bill Gates, the owner of Microsoft, and Mark Zuckerberg, the founder of Facebook, are perhaps the most common examples.

Computer engineering as a field is always evolving and changing. Unlike the more traditional branches of engineering, which change very slowly and are more or less static, computer engineering is extremely dynamic. So, it is a field for innovators and thinkers. So, if you want to ride the technology train; if you desire to make a difference; if you have an ambition to become an innovator, computer engineering is definitely the path for you.