Protect Your Organization by Detecting, Investigating and Defeating Cybercrime
The master’s in digital forensics program provides you with the latest techniques and hands-on approaches to analyzing computers and other types of digital media. The program’s coursework examines the various methods used to determine whether something has been used for illegal or unauthorized activities, or has fallen victim to an illegal attack. Upon graduating, you’ll have the knowledge and skills required to work as an examiner in the field or continue on to a doctoral degree or law school. Gain employment in a number of industries from government to law enforcement to the private sector. This program also prepares you for certification exams, including CompTIA A+, GIAC Security Essentials and CompTIA Network+.
Designed to help you balance school, work and life, the UCF Online digital forensics program is available 100 percent online. Please note that if you choose the thesis option, you will be required to have a one-time on-campus thesis defense before you can graduate. UCF also provides a Computer Forensics Graduate Certificate, which requires completing 12 credit hours.
The Master of Science in Digital Forensics degree is a collaborative effort between various UCF academic departments — Computer Science, Forensic Science of Chemistry, Criminal Justice and Legal Studies — and the National Center for Forensic Science. The National Center for Forensic Science is a State of Florida Type II Center and a member of the National Institute of Justice Forensic Resource Network of the Department of Justice, serving the needs of state and local law enforcement and forensic scientists.
- July 1
- December 1
Ready to get started?
Computer Forensics I
Explore legal issues regarding seizure and chain of custody, and technical issues in acquiring computer evidence. You’ll examine popular file systems, as well as reporting issues in the legal system.
Incident Response Technologies
Cover a range of topics related to security incidents and intrusions, including identifying and categorizing incidents, responding to incidents, log analysis, network traffic analysis and tools.
Malware and Software Vulnerability Analysis
Analyze computer malicious codes, such as virus, worm, trojan, spyware, and software vulnerabilities, such as buffer-overflow.
Digital Forensics Skills You’ll Learn
- Prepare for a career in digital forensics examination, forensic tool development, tool verification, and validation, security and forensics administration, or pursue advanced studies.
- Gain the communication skills, both oral and written, to become an effective problem solver as well as an expert witness and forensic examiner.
- Participate as an effective team member or team leader in digital evidence investigations.
- Computer Forensic Examiner
- Computer Forensic Investigator
- Electronic Discovery
- Incident Response Examiner
- Information Security Analyst
- Malware Analyst
UCF’s Master of Science in Digital Forensics program is designed for those with a bachelor’s degree in computer science (CS), computer engineering, information technology (IT) or a closely related field.
Students with a BS and/or MS in areas other than a computer-related field need to show either they have taken some basic CS/IT courses or training, or have working experience in CS or IT or digital forensics field.
To apply, submit the general graduate admissions requirements and the following:
- Statement of educational, research and professional career objectives
- Three letters of recommendation
News and Updates
Getting to Know Miss USA Hopeful: UCF’s Ashley Cariño
The aerospace engineering student was recently crowned Miss Florida and will compete for Miss USA in November.
5 UCF Alumni Named Among OBJ’s 2021 CEOs of the Year
A quarter of this year’s recipient list have ties to the university as graduates of the College of Business and College of Engineering and Computer…
UCF Researchers Develop New Nanomaterial to Derive Clean Fuel from the Sea
The material offers the high performance and stability needed for industrial-scale electrolysis, which could produce a clean energy fuel from seawater.