software engineer vs computer science

The modernization of America’s legacy twisted pair copper plant to fiber to the premise (FTTP) has been inhibited – described by observers as “stalled” and “stalemated”– by the conservative, risk averse business models of large investor owned players that require relatively rapid and assured returns on capital investment while also paying generous shareholder dividends. Several years ago, Verizon scaled back its FTTP deployment. In 2016, Google Fiber paused new deployments. AT&T hit the brakes on its FTTP deployments this year at the same time voters and policymakers want to press the gas pedal.

The sluggish progress has prompted localities to seek alternative business models that can more rapidly build FTTP infrastructure serving all and not just some premises along with rising demand for greater reliability and better value. The task isn’t easy. State and local governments and their taxpayers still feel the trauma of the economic crisis a decade ago. They’re thus risk averse when it comes to taking on debt or assessing new taxes. If localities are to build FTTP infrastructure and operations and maintenance, they will have to investigate new financing models that require less public funding.

One that is emerging and bears watching is localities partnering with operators of open access FTTP networks that tap pension funds as a source of patient capital. The 30-50 year lifespan of FTTP telecom infrastructure is far better aligned with the long term investment horizon of pension funds than the shorter timelines of investor owned ISPs. And now that advanced telecommunications is considered an essential utility (but not by legacy telcos and cablecos who prefer it be regarded as an information and entertainment service) and FTTP as a future proof means of delivering it to homes, businesses and institutions, there’s less uncertainty its ability to generate demand and revenue over the long term.

what Is Computer Software

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.

Computer Programming Vs 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.

Asu Software Engineering

As discussed above, the main difference between software engineering and computer science is that software engineering focuses on the software, whereas computer science focuses on the hardware. Both branches require a solid knowledge of hardware, as programmers are expected to be able to implement solutions on top of simply divining them.

If undecided, best look into the programs offered. Different colleges offer different programs. Compare them and see which ones speak to you. Software engineers mainly deal with the application of engineering processes. They focus on programming and algorithms. Computer scientists deal mostly with hardware interface and software systems. If you are into creating apps and games, the latter is the right choice for you.

The question of a software engineer salary versus a computer science salary should not be the determining factor when choosing your profession. Both vocations are highly rewarding salary-wise, and rapid developments in the field will further step up the demand. Rather than choosing your future vocation based on median pay, it’s better to focus on your preferences and stay up to date with new technology. This is a certain way to boost your salary.

Information Technology Vs Computer Science

A major in computer science and programming opens many lucrative doors. Many of these students become software engineers and programmers at one of the many technological companies throughout the country. Others find computational theory attractive.

 Graduate degrees strengthen students’ skills, Information Technology Vs Computer Science increasing their value to employers. Since the field is rapidly advancing, many blogs have sprung up to address all aspects of the field. But which ones are the best to read and why? This list of thirty blogs represents a diverse array of perspectives on computer science, programming, computational theory, and the intersection of computer science with contemporary issues such as education, women in the sciences, business, and many more.

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.

‍

US Telecommunications Industry

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. 

Telecom Sector Companies

Do you want to become an expert in the telecom industry? Forbes recommends reading daily digests of the top news and blog sites as one of the crucial steps to become an industry expert in your field.  Versa Technology has collected the top 50 sites to help you become an industry expert in the Telecom and computer networking sphere.

Do you have other source sites you’d like to recommend? Let us know by leaving a comment below.

1. Fierce Telecom – Fierce Telecom is an invaluable resource that provides the latest news on telecom companies, backhaul, Ethernet, IPTV, and many other telecom trends. Fierce Telecom is part of the Fierce Market family that covers industries beyond the Telecom sector. All Fierce Telecom sister sites offer an array of resources including live events, webinars, e-books, and many other educational resources.
2. FierceCable – If you’re a cable provider, visit FierceCable to remain on top of the latest news on voice, video and data service trends.  
3. Fierce Wireless – Follow Fierce Wireless to access expert analysis of trends in the wireless communications industry.
4. FierceBigData – FierceBigData targets those in the Enterprise IT sector that work with the exponential growth of data. The site provides news on “data management and analytics, data architecture, big data systems, and other key issues”.  
5. FierceEnterpriseCommunications – FierceEnterpriseCommunications provides current news in the IP communications to maintain enterprise communication providers up-to-date
6. FierceITSecurity – FierceITSecurity targets those responsible for maintaining the Cyber Security of their enterprise and is a major news source for topics such as security, malware defense, and many others.
7. FierceInstaller – FierceInstaller is must-have resource for cabling technicians, outside plant engineers, cell site installers and the many other types of installers in telecom sector.
8. Light Reading – If the Fierce Market Family didn’t cover so many niches, we’d recommend Light Reading as your number one resource to stay up to date in the telecom sphere. Visit this site to find news and information on anything related to the network communications industry including optical, cable, Ethernet/IP developments, and many other related fields.
9. Telecomramblings – Telecomramblings is another great b2b resource that provides information on the developments on the infrastructure of the Internet such as backhaul networks, long-haul metro networks, VoIP, unified communications and other industries.    
10. TelcoProfessionals – TelcoProfessionals is  a great site to network with other professionals in the industry. Resources include news, blogs, summits, and an active community of experts.

Security Serivce

Indeed, there is no silver bullet when it comes to security but this should not be used as an excuse when it comes to protecting the mission critical systems of an organization. When it comes to Cyber Security, companies tend to narrow the scope and usually focus only on protecting selectively high value assets in order to stay within their allocated budgets. This practice has worked for years but carrying it on to a fast evolving threat landscape where systems and services are exponentially more complicated to what they used to be, has already started introducing cracks and weak points which are not visible or easily spotted. Effectively, IT Security In Networks trying to use security in an ad-hoc manner, here and there, ends up being more expensive than anticipated and in most cases creates a false sense of security, when in reality this kind of tactic only allows to turn a blind eye to what the real problem is. In fact, according the Center of Internet Security a significant percentage of cyber-attacks, up to 80%, can be prevented with just a few simple proactive measures and a preventive culture within the organization.

Focusing towards Cyber Resilience.

Cyber Resilience may sound just like another buzzword being used by the information security industry. However, there is a deeper meaning and reasoning why Cyber Resilience is the way forward. The first reason is the holistic approach to the organization’s cyber security posture. The second reason, is the results of having a holistic approach when it comes cyber security, especially when it can reduce your expenditure allowing you to stay within budget while upgrading at the same time to an around the clock systemic visibility and real-time response.

IT Security In Networks

Indeed, there is no silver bullet when it comes to security but this should not be used as an excuse when it comes to protecting the mission critical systems of an organization. When it comes to Cyber Security, companies tend to narrow the scope and usually focus only on protecting selectively high value assets in order to stay within their allocated budgets. This practice has worked for years but carrying it on to a fast evolving threat landscape where systems and services are exponentially more complicated to what they used to be, has already started introducing cracks and weak points which are not visible or easily spotted. Effectively, IT Security In Networks trying to use security in an ad-hoc manner, here and there, ends up being more expensive than anticipated and in most cases creates a false sense of security, when in reality this kind of tactic only allows to turn a blind eye to what the real problem is. In fact, according the Center of Internet Security a significant percentage of cyber-attacks, up to 80%, can be prevented with just a few simple proactive measures and a preventive culture within the organization.

Focusing towards Cyber Resilience.

Cyber Resilience may sound just like another buzzword being used by the information security industry. However, there is a deeper meaning and reasoning why Cyber Resilience is the way forward. The first reason is the holistic approach to the organization’s cyber security posture. The second reason, is the results of having a holistic approach when it comes cyber security, especially when it can reduce your expenditure allowing you to stay within budget while upgrading at the same time to an around the clock systemic visibility and real-time response.

Computer Security Services

Wireless cameras have more flexibility, but broadcasts from other devices such as wireless Internet, cordless phones and baby monitors -- can interrupt a wireless camera's signal. Also, keep in mind that if you decide on a wireless system, there's a possibility your video feeds could be intercepted by others. Having someone else monitor your activity around the house or finding out whether or not you're at home defeats the purpose of having security cameras. If you're worried about your personal security, you can check with the manufacturer to see whether or not they encrypt their wireless system.

Larger cameras will be visible, and people typically install them outside or in an area where people know they're under video surveillance. You can also find smaller, hidden cameras online in many different forms -- a tiny camera hidden inside of an alarm clock, for instance, or a small pinhole camera that fits inside of an intercom system.

But before you install any type of security system into your home -- especially the small, "hidden" type -- you should note the legal restrictions on video surveillance. In most states, anyone recording either audio or video in a specified area needs to alert anyone in range of the surveillance device that he or she is being recorded.