Forensic Engineering is a field that is becoming increasingly important as the importance of technology in criminal investigations grows. This program aims to teach students how computer systems, networks and electronic data are used in legal processes. Students learn how to collect, analyze and preserve digital data necessary for the analysis and prevention of crimes.
The academic content of the program is generally based on computer engineering and information security fundamentals. In addition, students are trained in topics such as forensic computer investigations, collection and analysis of digital evidence, cybercrime and ethical issues. The curriculum of the program emphasizes practical applications as well as theoretical courses. Students gain experience by applying forensic computing techniques in real-world scenarios.
The teaching methods include interactive lectures, laboratory work, group projects and sometimes fieldwork. Students are given the opportunity to experience the practical aspects of forensic engineering. Seminars and workshops can also be organized to keep up with current developments in the field.
In terms of career opportunities, graduates often find work in government agencies, the private sector and law firms. Forensic engineers can assume important roles in tasks such as combating cybercrime, collecting and analyzing digital evidence. They can also pursue careers as information security analysts, system administrators or forensic IT specialists.
Internship and practice opportunities also play an important role in this program. Students often gain real-world experience through internships in forensic laboratories, law firms or security companies. Such internships provide students with significant advantages in expanding their professional network and finding a job.
As a result, the Forensic Engineering Undergraduate Program provides students with both theoretical knowledge and practical skills, enabling them to specialize in this rapidly developing and increasingly important field.