Making a decision of what degree to pursue can be challenging. You must consider a series of factors, such as: number of jobs available, salary expectations, how much the field is expected to grow in the next few years, and how much you would enjoy working in that occupation now and in the future. This is why it is so important to choose it carefully. Understanding your strengths and weaknesses, in addition to what type of work provides you with the most personal and professional satisfaction is key.
A career in cybersecurity involves understanding how hackers think and act, so you can prepare systems to avoid attacks. You will be able to protect companies and private information all around the world, combat cybercrimes and identity theft. For individuals who enjoy the inner workings of computer systems and who desire to make a difference, becoming a cybersecurity expert could be the right career.
More than 80% of U.S. companies were hacked until 2015, according to Duke University/CFO Magazine Global Business Outlook Survey released on 2015. This is an increasing fear for companies and customers. It is scary to know that any smart hacker could potentially have access to your private information. Hackers can and will retrieve data that you would not usually give away lightly, such as your social security number and credit card information.
Global corporations and federal institutions like Twitter, Netflix, Snapchat, and the U.S. Department of Justice, were all hacked in 2016. The number of well-known hacked companies – that consumers use every day – make data breaches one of America’s biggest fears, which is raising awareness for the importance of cybersecurity experts. However, according to the survey, smaller companies are most vulnerable to cyber-attacks. This is because they do not always have the resources needed to fight these attacks. Sometimes, they do not even realize they have been hacked.
Data breaches cost businesses around $400 billion a year, according Lloyd’s. It is expected that companies will spend an average of $170 billion by 2020 on cybersecurity. This represents an approximate growth rate of 10% in the next 5 years.
These hackers do not steal only information that should not be shared. They also steal currency. The FBI’s Internet Crime Complaint Center estimates that ransomware – programs that infect a computer until a ransom is paid – costs millions of dollars to companies.
Career opportunities in cybersecurity are increasing. According to the Bureau of Labor Statistics the average salary for Information Security Analyst is $90,000 dollars per year, and jobs can be found in a variety of industries, since all companies need to protect themselves against cyber threats. The Bureau of Labor Statistics also states that the job outlook growth from 2014 to 2024 is 18%, much faster than average (which is 7%).
If you are curious about how to get started in Coleman’s Cybersecurity program, check out this 5 steps list of how to start.
- 1. What is it?
In the Coleman University Cybersecurity degree program, you will learn how to design secure networks, recover data, and remove malware from systems. You will also learn how to hack systems, so you can understand how the professional hackers work.
At Coleman’s Cybersecurity program you will utilize the latest technology and learn how to be prepared to work in a very dynamic industry. The coursework includes topics and technologies such as multiple operating systems and cloud technologies.
You can choose to improve your skills in one or more of Coleman’s Cybersecurity program three tracks: Ethical Hacking and Penetration Testing, Digital and Network Forensics, and Management of Information Security.
The 40-week Ethical Hacking and Penetration Testing track provides an in-depth knowledge of network and operating system security, followed by familiarization with the tools and techniques used by both ethical hackers and penetration testers towards network defense and security assessment. Courses in this include: Intermediate Network Security Operating System Hardening, Advanced Network Security / Ethical Hacking, and Advanced Network Security / Penetration Testing.
In the 20-week Digital and Network Forensics track, students learn about the techniques used in data recovery for civil and corporate proceedings, along with those used in the corporate environment for investigations following network intrusions and breaches. The two courses in this track are Intermediate Network Security, and Computer and Network Forensics.
The 20-week Management of Information Security track provides the core knowledge necessary to manage an organization’s information security program, including an understanding of risk management and corporate information security governance. The two courses in this track are Management of Information Security, and Governance, Risk, and Compliance Management.
- 2. Why do people need it?
The Cybersecurity program will allow you to develop the right skills to work with information security in a variety of fields. You will learn ethical hacking techniques, how to protect systems and networks against web threats, how to implement, monitor and upgrade computer anti-virus and malware protection systems, how to encrypt data transmissions and erect firewalls to conceal confidential information during transit and explore Cisco networking solutions that verify standards for the IT professional.
- 3. Why is it a good opportunity?
In a world where almost all data can be found on the Internet and the threats are real, companies need to protect this critical information. A professional with this kind of expertise is becoming indispensable for companies and institutions.
With a degree in Coleman’s Cybersecurity program careers can be found as a Web Security Analyst, Systems Administrator, Information Security Administrator, and Information Security Analyst. As companies become increasingly reliant on technology to manage data, more workers will be needed with expertise in maintaining complex systems and making them safe for users.
Last, but not least, at Coleman University, all current students and graduates have lifetime job placement assistance through the Career Services department.
- 4. How it works?
The Cybersecurity program at Coleman has an inverted curriculum that enables students to receive their career training early in their program. This allows them to attain the skills and knowledge they need to become qualified for an IT-related position in just some months. Classes are offered in the evening on the Coleman campus, and each class in your academic program will have a low number of students, so participation can be encouraged.
- 5. What to expect?
At Coleman, our goal is that all students learn a number of processes and technologies, building the necessary knowledge and skills to succeed in a career in cybersecurity. Students will start with four introductory classes that will introduce them to cybersecurity.
The four introductory classes are:
NET 110 A+ Repairing and Maintaining PCs
This course is designed to give the student a solid theory basis for PC hardware. The course covers system types, system assembly, PC components, and diagnostic tools. Emphasis is placed on understanding the PC components, how they function, and troubleshooting skills. Additional topics include PC installation, configuration, upgrading, troubleshooting, diagnosing, safety, preventative maintenance, operating systems diagnostics, and operating system upgrades.
NET 250 Networking Concepts
This course covers the basic concepts of local area networks (LANs) and their technologies. This course uses a technical approach to LANs, including an overview of networking protocols, topographies, media, and networking devices using the Open System Interconnection (OSI) reference model. This course shows how data flows from the home, small office/home office (SOHO), and enterprise networks.
NET 210 Wireless Technologies
This course is a concept and theory class on today’s wireless technologies in use. Topics covered are wireless LANs, satellite communications, cellular technology, Bluetooth, global positioning systems, as well as general wireless digital technologies. Students go through the various aspects of each interface, including coding, hardware, and possible exploitable points.
COM 259 Linux Fundamentals
History, concepts, and facilities of the LINUX operating system will be discussed. The course introduces the user interface, common commands, and basic system administration of a LINUX operating system. Students learn how to write and execute LINUX shell scripts used for the controlled execution of a series of basic LINUX commands. The basics of script writing (creation, writing in the shell programming language, debugging, and execution) will be covered, along with an overview of built-in shell commands available to the user. Advanced topics include use of user/shell/environmental variables, script commands for decision-making, looping and flow control, and creation of shell aliases and functions.
Once these foundational classes have been successfully completed, students will be subjected to more specialized coursework, ranging from Advanced TCP/IP integration to Virtualization. Coleman University also requires students to take SEC 210 Ethics, Policies, and Procedures, since the cybersecurity industry is related to law enforcement.
As part of Coleman University’s program you will have:
• An in-depth understanding of operating systems, networks, virtualization software
• Proficiency with LINUX coding language
• Advanced network-to-network connectivity
• Deep understanding about cloud technologies
Now that you know how to get started in Coleman’s Cybersecurity program, learn more about us on our program page and apply now!