Cybersecurity Professional Career Paper: The Role of Social Science as a Digital Forensics Analyst.
Maleek Goodman
School of Cybersecurity, Old Dominion University
CYSE 201S: Cybersecurity and Social Sciences
Professor Yalpi
November 12, 2025
Introduction
Data, networks, and digital infrastructures need to be protected by cybersecurity in today’s linked society. Digital forensic analysts are crucial in locating offenders and digital evidence. They rely on social scientific research and principles to understand human behavior, motivation, and the social consequences. At the same time, however, they depend on technology to perform their duties. Understanding why a person commits a cybercrime helps investigators trace and predict the crimes. It also helps them decide on cases involving sensitive situations. This is extremely critical, especially when they must deal with vulnerable groups that are targeted online. Professionals in digital forensics need to be able to consider more than simply the technical aspects of each case. This paper looks at the connection between social science and the daily work of digital forensics.
Social Science in Relation to Digital Forensics Analyst.
In relation to careers, a digital forensics analysist relies on social science research. This is used by digital forensics analysist to analyze human behavior in cybercrime. Analysists can reconstruct certain crime events and predict attacker strategies by understanding cyber offenders’ motives, their financial gain, retaliation, or ideological beliefs (Hadnagy, 2018). For instance, social psychology and criminology provide an understanding of insider threats and social engineering strategies that assist DFAs in observing patterns in digital evidence that may indicate manipulation or deception. Social sciences are relevant both in the analysis of organizational behavior and in human-computer interaction. DFAs look at user behavior, system access patterns, and compliance with security protocols to find anomalies. Analysts combine such concepts with technical forensics to develop effective strategies in prevention, investigations, and user awareness.
Application of Key Concepts in Relation to Digital Forensics Analysist
Covered in this course, Module 4 discusses the psychological factors in cyber offending and focuses on the social and psychological aspects of cybercrime. These concepts and ideas are used by digital forensic analysts to study and understand attacker behavior, determine and evaluate risk, and create profiles for defenders. To improve investigative accuracy, analysts can predict targets and methods by having a better understanding of cognitive biases, impulsiveness, and social influences.
Cyber law and cybercrime concepts from Module 12 are central to a digital forensics analyst’s career. To be admissible in court, analysts must ensure that digital evidence is obtained and safeguarded according to legal standards. Informing guidelines include the Digital Millennium Copyright Act and the Computer Fraud and Abuse Act. Analysts can either take criminal or civil directions by observing the laws. Therefore, this shows that social science has something to do with ethics and legal issues as well. (Selim & Ali, 2023).
Marginalization in Relation to Career
low-income communities, small businesses, and underrepresented groups, for example, are those that could become victimized by cybercrime due to a lack of resources related to cybersecurity (Shi 2023). Digital forensics analysts need to create investigations or preventative measures that take these vulnerabilities into account. Also, through outreach and education, DFAs advance equity by helping marginalized communities understand digital risks and how to mitigate them. The field itself fosters diverse initiatives internally to include various social standpoints that make sure forensic techniques are inclusive and socially aware.
Digital Forensics Analyst Connection to Society
The critical infrastructure in societies protected by digital forensics analysts includes financial systems, healthcare networks, and government operations. DFAs help maintain public confidence in technology by investigating breaches, recovering evidence, and providing recommendations to prevent future incidents. Social science studies demonstrate how forensic analyses impact practical outcomes. For example, studies funded by the NIJ prove that collaboration between social scientists and forensic scientists improves investigation strategies and ensures equitable, effective outcomes (NIJ, 2022). This exemplifies how the contributions of the DFAs impact compliance with public policy and stability within society, furthering their technical capabilities.
Conclusion
Digital forensics involves not only finding digital evidence but also understanding social connections, human behavior, and ethical dilemmas. Experts use social science research to explain criminal behavior and to interact with victims. If investigators are aware of the impact of cybercrime on vulnerable populations, then they can operate more effectively. By marrying social science with technical expertise, digital forensic analysts have a better ability to enhance justice and assist society.
References
Browning, K. (2022). Social science research in forensic science: The story behind one of NIJ’s newest studies. National Institute of Justice. Retrieved November 13, 2025, from https://nij.ojp.gov/topics/articles/social-science-research-forensic-science-story-behind-one-nijs-newest-research
Selim, A., & Ali, İ. (2023). The role of digital forensic analysis in modern investigations. Retrieved November 13, 2025, from https://www.researchgate.net/publication/379446254_The_Role_of_Digital_Forensic_Analysis_in_Modern_Investigations
Shi, J. (2023). Queer vulnerability in the digital age: Mental health consequences of cybersecurity breaches and internet fraud. In Proceedings of the International Conference on Human and Social Sciences Research 2023 (pp. 208–215). Atlantis Press. Retrieved November 13, 2025, from https://doi.org/10.2991/978-2-38476-092-3_208