1. What is the difference between Computer Science and Cybersecurity Degrees?

Both fall under the School of Computing, which is part of the College of Engineering. Computer Science curriculum is a very broad area which can include software development, big data analysis, and machine learning. Cybersecurity is an applied program focused on using existing tools to make computers and networks more secure. Some of the basics such as programming and networking overlap into both degrees; however, the majority of the coursework is very different. There are technical electives that can be chosen across both CS and Cybersecurity that are allowed to fulfill graduation requirements. In addition, there is a Computer Science Graduate Certificate in Cybersecurity, which allows all School of Computing students to continue in a specialized area past their Bachelors Degree.

2. Why the name change from Applied Computing to Cybersecurity?

The program is evolving as industry needs and demands warrant. When the program was titled Applied Computing, almost all of the students were focused on Cybersecurity, as that is where their interests were. Even though our recent graduates had success in finding postgraduate employment in a cybersecurity position, we felt it necessary to change the program name and degree awarded to what the curriculum really reflected, both to market our students and our image.

3. What makes your program different from others?

Cybersecurity at 红领巾瓜报 tries to focus on multidisciplinary and attack perspectives instead of simply network defense. This includes such things as psychology of victims and attackers, Red Team tactics, threat intelligence to include motivation and policy and law.

4. Why can鈥檛 I just get an industry certification and avoid college?

The truth is, to some degree that may be possible. However, through our program, the curriculum developed takes you beyond what is on an industry certification test, and leads the student into the practical world of real time decision making and problem solving. We have a fantastic applied learning program in which we help students find positions through a university entity working in cybersecurity related capacities. There are also several employers in the area that seek internships from our students, as they would like to evaluate them before hiring them permanently.

Industry certifications are important and should be complimentary to a college degree and not mutually exclusive. We have many students who have earned their certifications, using the knowledge base from our curriculum as a compass. Your upward mobility will be greatly enhanced by a degree, and in the chance your position becomes automated at some point, managing problems and people will become a staple in the industry.

5. I do not like math and science but feel I am good with computers. Does your program require a lot of this?

While some math and science (primarily Physics) is required due to credentialing standards and connections the fields have to computers, we do not require Calculus like many programs, and try to offer as many technical electives as possible. We feel that we have made the program well rounded for the student so they do not feel mired in subjects they will never use.

6. Cybersecurity sounds like a big subject. What areas of it are available to specialize in?

There are several all of which are at least touched on in our program. They include:

  1. Network Defense
  2. Web Application Security
  3. Ethical Hacking
  4. Forensics
  5. Social Engineering and Open Source Intelligence
  6. Threat Intelligence
  7. Policy and Compliance
  8. IOT and Mobile Device Security

All of these fields are heavily in demand.

7. Wish I would have known this three years ago when I started college. Is there a shortened version of your program?

You may be interested in a minor in Cybersecurity to complement your degree. It consists of four basic classes and if interested, I would talk to your department advisor further about it.