Computer forensics in the civil and criminal justice system helps ensure the validity of digital evidence presented in court.
The increasing use of computers and other data-collecting devices in our everyday lives has led to the greater importance of digital evidence in solving crimes and other legal issues.
Forensic analysis is used to collect, preserve, and investigate this evidence.
Program details of University of Baltimore
The Master’s degree in forensic investigations curriculum consists of 10 courses designed to help you develop the skills and knowledge to become a positive force in society. Here are the topics you’ll explore:
- Forensic investigation techniques
- Computer and digital information crimes
- Cybersecurity attacks, threats and risk assessment
- Prevention and security management strategies
- Legal interventions and resolutions.
The program’s brand-new computer laboratory offers hands-on experience with computer hardware and software. Students are able to take apart computers while learning how to utilize specific software for investigation purposes.
About the Program:
Cyber threats and related crimes can be combated with advanced technological resources, and this program provides expert assistance for professionals who want to become experts at managing such resources.
Therefore, after completing this 30-credit master’s program in forensic science and cyber investigations from the University of Baltimore, you will be qualified to investigate criminal activity involving computer and digital systems, as well as to recover and analyze data.
Upon completion of the Master of Cyber Forensics and Security program from the University of Baltimore, graduates may be able to fill positions such as:
- Identify and investigate high-tech crimes and the criminals responsible
- Investigate the expanding area of criminal activity related to technology
- Evaluate commercial and government programs intended to counteract such crimes
- Design solutions to prevent and fight high-tech criminal activity
- Develop effective counter-crime management programs.
Salary of Cybersecurity Professionals:
Cybersecurity and cyber intelligence professionals tend to make more than $96,000 annually in the greater Baltimore-Washington, D.C.-Northern Virginia area, where job opportunities are abundant.
Faculty members of the University of Baltimore have years of practical experience in investigating and prosecuting crimes, and they have worked in local, state, and national agencies as well as corporations and the private sector.
Researchers at the institution consult nationwide and internationally with professionals from around the world.
The faculty members are often professionals who work full-time in the field, bringing their expertise from jobs in law enforcement, state attorney offices, forensic laboratories, and corporate and private security in fraud and high-tech crime areas into the classroom.
Students who graduate from this program are prepared to enter such positions as:
- computer forensics investigator
- crime analyst
- cyber investigations
- cyber project management
- cybersecurity investigator
- cybersecurity specialist
- digital forensics examiners
- forensic analyst
- fraud investigator
- high technology crime expert
- homeland security professional
- information security analyst
- Internet security analyst
- IT security analyst/manager
- law enforcement agent.
- Alternative to IELTS and TOEFL test: If you cannot take the IELTS or TOEFL test due to cancellation, you can submit Duolingo English Test results in their place.
- Each master’s degree program will no longer require students to submit GRE or GMAT scores.
- Applicants need to submit all original transcript(s) and/or individual marksheets from your undergraduate institution.
- Together with an official English translation of your diploma(s) or degree(s), if necessary
- Subsequently, upload these documents in your Application.
- It is strongly recommended that students have to consult with a faculty adviser prior to registering.
Forensic analysis involves defining, discovering, collecting, acquiring, preserving, and analyzing digital evidence. To avoid it being disregarded in a legal proceeding, digital evidence must be authenticated.
As a result, the forensic artifacts used and the forensic methods must be determined by the device, its operating system, and its security features.
However, over the past decade, the domain of computer forensics has grown considerably. In the beginning, industry focus was placed on developing tools and techniques that would enable us to apply the technology in practice.