Earn a Computer Forensics Degree From UNT
The University of North Texas is a premier computer forensics school. The University has 14 colleges, an early admissions math and science academy, and is classified as one of the top research institutions in Texas, spending $78 million annually on research. The program is accredited by ABET and features an emphasis on problem-solving, creativity, and innovation. Students who earn a computer forensics degree from UNT can expect a competitive salary and a career in the field.
Computer forensics professionals investigate digital information from the scene of cybercrimes. They collect and analyze data that has been compromised, recover deleted files, and identify and remove malware from computers and other devices. Their job duties include analyzing and documenting evidence, writing reports, and communicating technical concepts to non-technical audiences. Forensic computer analysts are typically trained in digital forensic software to scan and analyze computers, and they are familiar with data privacy laws and digital surveillance.
Requirements for a computer forensics degree
If you’re interested in pursuing a career in computer forensics, you must first decide what the desired educational level is. Most computer forensics programs require applicants to have a high school diploma or GED, and they need to be able to demonstrate college-level skills in a variety of fields. Some schools require applicants to submit SAT or ACT scores, while others offer placement tests for first-year undergraduate students. A bachelor’s degree in computer forensics does not typically require any specific academic prerequisites. The coursework builds upon fundamental computer science and technology skills.
Schools that offer degrees in the field
Online Bachelor’s programs in computer forensics require the same level of attention as traditional campus programs. Successful online learning requires self-motivation and time management skills. While some degree seekers miss the buzz of campus life, others thrive on the flexibility of … Continue reading >>>