computer science vs software engineering

Technology has pervaded every aspect of modern life. It has largely replaced cash with credit cards that can draw funds electronically from bank accounts, replaced beepers with handheld mobile phones that can not only instantly connect callers, but also act as a tiny web browser and gaming system, and pushed globalization into overdrive through the World Wide Web. The technological boom has not been confined to just personal gadgets. Many businesses are now using networking technology in their offices, implementing wireless networks, video conferences, and other communications technology to increase productivity. As a result, telecommunications network engineers will be in high demand to install and monitor these networks well into the next decade. Employment opportunities for telecommunications network engineers are expected to increase 53 percent, according to CNN Money. The average salary of telecommunications network engineers is $86,200 annually for experienced workers.

Telecommunications network engineers design, implement, and manage the various telecommunication networks used in an organization. These networks include data networks, such as the Internet, voice networks, such as conference calling technology, and video communication, such as video conference calls. Businesses often rely on more than one way of connecting with employees and clients to maximize efficiency, so telecommunications network engineers must handle all of these technologies. 

Difference Between Tt And Computer Science

Computer science deals with the basic structure of a computer and is more theoretical. As a result, it is more flexible in terms of specialization, with an emphasis on math and science. When, computers had just been introduced, computer science degrees were conducted within the math department. Since computers have become an essential part of society, the branch degree has since expanded, but the focus remains unchanged. 
Some of the most common programs offered in computer science include programming, numerical analysis, algorithms and data structures, computer systems principles, the software process, and theory of computers.  

Computer engineering deals with computer systems and understanding the most practical approach to computer development and use. Although, computer engineers focus on the software, a computer engineer is also required to be familiar with the hardware. Additionaly, Computer engineering combines electrical engineering and science, with a focus on software-hardware interactions.

 Some of the most common programs offered in computer engineering include processor interfacing, digital logical design, thermodynamics, power management, solid state physics, and magnetic fields. Degrees in computer engineering are highly customizable, as programs often cover a wide range of interests. Ultimately you are in control of your own degree as you focus on your interests, this customizable degree will propel your profession into your desired career direction.

Difference Between Computer Science And Software Engineering

Often times individuals can find themselves comparing software engineer and computer science. While these fields look similar initially, their differences become obvious quickly when some investigating is done. The most important question is: which profession is better in the long run?

Both software engineer and computer science, are involved with computer software, along with software development and other related fields. Those interested in a career centered on software development and computer technology often focus on one of two majors: computer science or software engineering (sometimes referred to as software development, but the two are not synonymous).

The primary difference is that computer science was originally a sub-branch of mathematics. Computer science deals with the basic structure of a computer and is more theoretical. Hence, it is more malleable in terms of specialization, with the emphasis on math and science. Software engineering is a field concerned with the application of engineering processes to the creation, maintenance, and design of software for a variety of different purposes. A software engineer designs customized applications per the requirements of an organization.

One of the main benefits of these vocations is that it offers the freedom of freelance engineering.  With the increasing popularity of the gig economy, computer scientist and software engineers are able to reap the benefits as a freelance or contract worker.

As for which job is the right fit for you, it comes down to your preference. While both professions are computer-related, the emphasis is completely different. Therefore, your interests should be considered then think about where you see yourself ten years from now. We’ll go into more depth about each industry, along with the average computer science salary and software engineer salary.

Computer Science Vs Computer Programming

Often times individuals can find themselves comparing software engineer and computer science. While these fields look similar initially, their differences become obvious quickly when some investigating is done. The most important question is: which profession is better in the long run?

Both software engineer and computer science, are involved with computer software, along with software development and other related fields. Those interested in a career centered on software development and computer technology often focus on one of two majors: computer science or software engineering (sometimes referred to as software development, but the two are not synonymous).

The primary difference is that computer science was originally a sub-branch of mathematics. Computer science deals with the basic structure of a computer and is more theoretical. Hence, it is more malleable in terms of specialization, with the emphasis on math and science. Software engineering is a field concerned with the application of engineering processes to the creation, maintenance, and design of software for a variety of different purposes. A software engineer designs customized applications per the requirements of an organization.

One of the main benefits of these vocations is that it offers the freedom of freelance engineering.  With the increasing popularity of the gig economy, computer scientist and software engineers are able to reap the benefits as a freelance or contract worker.

As for which job is the right fit for you, it comes down to your preference. While both professions are computer-related, the emphasis is completely different. Therefore, your interests should be considered then think about where you see yourself ten years from now. We’ll go into more depth about each industry, along with the average computer science salary and software engineer salary.

What Is Software Engineering

Computer engineering deals with computer systems and understanding the most practical approach to computer development and use. Although, computer engineers focus on the software, a computer engineer is also required to be familiar with the hardware. Additionaly, Computer engineering combines electrical engineering and science, with a focus on software-hardware interactions.

 Some of the most common programs offered in computer engineering include processor interfacing, digital logical design, thermodynamics, power management, solid state physics, and magnetic fields. Degrees in computer engineering are highly customizable, as programs often cover a wide range of interests. Ultimately you are in control of your own degree as you focus on your interests, this customizable degree will propel your profession into your desired career direction.

An important consideration of any job is the salary.

Software engineers may expect high salaries. This depends on their skill set and specialization, as well as on the actual position. Senior positions usually call for a doctoral degree or continued education. According to the Bureau of Labor Statistics, the median software engineer salary is $102,280 per annum, with the starting salary being $56,856. In addition, it is expected that the number of software engineering jobs will rise 17% by 2024.

Latest Trends In Telecom Industry

Telecommunications:

Technology has pervaded every aspect of modern life. It has largely replaced cash with credit cards that can draw funds electronically from bank accounts, replaced beepers with handheld mobile phones that can not only instantly connect callers, but also act as a tiny web browser and gaming system, and pushed globalization into overdrive through the World Wide Web. The technological boom has not been confined to just personal gadgets. Many businesses are now using networking technology in their offices, implementing wireless networks, video conferences, and other communications technology to increase productivity. As a result, telecommunications network engineers will be in high demand to install and monitor these networks well into the next decade. Employment opportunities for telecommunications network engineers are expected to increase 53 percent, according to CNN Money. The average salary of telecommunications network engineers is $86,200 annually for experienced workers.

What Does a Telecommunications Network Engineer Do?
Telecommunications network engineers design, implement, and manage the various telecommunication networks used in an organization. These networks include data networks, such as the Internet, voice networks, such as conference calling technology, and video communication, such as video conference calls. Businesses often rely on more than one way of connecting with employees and clients to maximize efficiency, so telecommunications network engineers must handle all of these technologies. They are also responsible for troubleshooting any issues that may arise. With many businesses operating on a tight schedule, telecommunications network engineers must be well-versed in the technology so that any breakdowns may be remedied immediately to avoid delaying the organization's day-to-day operations. The engineers work with clients to plan which networks need to be laid out. For example, if an organization deals primarily with locals and operates mainly on the Internet, the engineers would create a network plan that focuses on Internet communications. However, if an organization is large and operates on a global scale, telecommunications network engineers would plan to also integrate video and phone conferencing technology in addition to the Internet in order to increase the efficiency of meetings between the organization's global branches.

Worldwide Telecommunications

What Does a Telecommunications Network Engineer Do?
Telecommunications network engineers design, implement, and manage the various telecommunication networks used in an organization. These networks include data networks, such as the Internet, voice networks, such as conference calling technology, and video communication, such as video conference calls. Businesses often rely on more than one way of connecting with employees and clients to maximize efficiency, so telecommunications network engineers must handle all of these technologies. They are also responsible for troubleshooting any issues that may arise. With many businesses operating on a tight schedule, telecommunications network engineers must be well-versed in the technology so that any breakdowns may be remedied immediately to avoid delaying the organization's day-to-day operations. The engineers work with clients to plan which networks need to be laid out. For example, if an organization deals primarily with locals and operates mainly on the Internet, the engineers would create a network plan that focuses on Internet communications. However, if an organization is large and operates on a global scale, telecommunications network engineers would plan to also integrate video and phone conferencing technology in addition to the Internet in order to increase the efficiency of meetings between the organization's global branches.

What Kind of Training Do I Need to Become a Telecommunications Network Engineer?
There are no formal education requirements for telecommunications network engineers. However, the field is highly competitive, therefore those with an educational background in the field, certification, and working experience are more likely to advance in the job place than those who do not possess any of those qualifications. Prospective telecommunications network engineers should plan on earning a bachelor's degree in engineering with a focus on telecommunications to remain marketable. A bachelor's degree typically takes four years to earn, and courses cover computer language, mathematics, and other related topics. To further increase their value, engineers can earn certification.

Cyber Security Consulting

Whenever a breach occurs it reveals weaknesses in how an organization approached security.  Compromises are a great way to reveal the hidden sins organizations are committing.  In the case of the Target breach, it is a gift that keeps on giving.  While the initial breach report came out in December, it seems every week there are new “interesting” details that are revealed.  One of the more recent items is the fact that Target did not have a CSO and all security responsibilities were buried under the CIO.

The first question that people ask is whether the CIO should have been held responsible for the breach.  The bottom line is when a major event like this occurs; someone needs to be held responsible for the negligence.  Therefore it is not surprising that someone was blamed for the breach.  What was surprising is that security was a responsibility of the CIO.  Computer Security Services The fact that a large organization did not have a separate CSO that is a peer with the CIO, is what is most concerning about the story.  Clearly many things went wrong during the breach and whoever had the responsibility of security needs to be held accountable.  However, it was not fair that the executives structured the company in this manner.  Running the IT infrastructure (typically a role of the CIO) and protecting the information (typically a role of the CSO) are two different roles and it is unfair to have one person expected to do both effectively.  These roles while at times can be complementary, they are often at odds.  Having security buried under the CIO, puts that person in a conflict of interest situation.

First and foremost, organizations of any size, especially one the size of Target needs to have an executive that is responsible for security.  With the large interdependence organizations have on a digital infrastructure, security needs to have a seat at the table in the boardroom.  If security gets buried under IT, whose primary responsibility is running a reliable infrastructure, bad decisions will be made and breaches will happen. 

Computer Security Services

Adaptive solutions: Decision makers should take into account that security is not an out-of-the-self product, and the misconception that more money being spend can improve security, needs to stop. Consequently, when it comes to investing in a solution, a product or a service, what matters the most is how adaptive and scalable that solution can be in order to meet any specific needs set forth, rather than introducing a false sense of security instead. The secret in this stage is not to try to introduce solutions here and there, to meet individual security and regulatory requirements which inevitably will increase the overall cost, but approach the problem in a holistic attitude. Utilize the expertise of third-parties and discuss how their solutions can assist in that challenging task, Computer Security Services how adaptive they are, what kind of flexibility they offer in this fast evolving threat landscape, what is the added value, and most importantly how will it keep everything within budget.

Cyber Resilience: Being able to become Cyber Resilient is a task that requires the efforts of many parties from within the same organization and often, third-parties are deeply involved as well. The aforementioned steps put into perspective what needs to be done today, in order to avoid any claims or negligence following a potential breach, and display clearly the necessary due diligence in this era of fast evolving internal and external cyber threats.

Cyber crime and cyber criminals act as an opportunistic scheme, that most of the time target the low hanging fruit. The security industry’s professionals and experts are tasked with the challenging task of protecting a vast amount of heterogeneous information systems against a chaotic cyber warfare taking place between threat actors and defending parties. By focusing towards a cyber resiliency strategy today, allows security professionals to better defend what is already in place, provide them with the tools to detect and respond in real-time around the clock, and recover in the unfortunate event of a breach.

Security Services Definition

Where you place the camera lens is important. The distance of the camera from its subject should be carefully considered, making sure the right areas are in focus and clearly visible. If you mount a camera to a wall or structure, make sure it's mounted properly so the camera won't shake and distort the picture. Outdoor cameras can deter criminals from ever attempting a break-in, Security Connection and they can cover large areas, but a camera placed outside should have an appropriate weatherproof casing to protect it from the elements. Tough casings can also prevent tampering or vandalism.

You should also determine whether or not you'll want to record your surveillance. If you're simply making sure your children are safe while playing or monitoring who comes to the front door, a direct video feed with no recorder should be sufficient. But if you wish to see what's happening in a particular area over long periods of time, you should connect a recording system that's compatible with your security cameras. Some people use VCRs to record video, while others run the whole system via a computer and save information digitally.

 To avoid wasting video, some surveillance systems have motion detectors that only begin recording once the device picks up movement within the area.

As you can see, there are many video surveillance options available. Choosing the right one for your personal needs is a matter of knowing how you want it to work for you.