Cybersecurity Professional Career Paper: Cybersecurity Analyst

Student Name: Jan Wozniak

School of Cybersecurity, Old Dominion University

CYSE 201S: Cybersecurity and the Social Sciences

Instructor Name: Diwakar Yalpi

Date: 16 April 2026

Introduction

Cybersecurity analysts are essential for protecting computers, networks, and data from a host of cyber threats. In the current era, nearly every sector — from finance and healthcare to education and communications — relies on technology. As a result, cybersecurity is critical to ensuring the safety of individuals and organizations. The paper outlines how social science principles apply to the daily work of cybersecurity analysts. And also, how concepts on human behavior, research methods, and ethics apply to this career.

Social Science Principles and Relation to Career

Cybersecurity is not only about technology. Human behavior is a key area of study in social science, and business psychology studies humans as well. Many types of cyberattacks take place due to human error, including ignorantly clicking on phishing emails or having a weak password. Social science research guides analysts on why a person would make such decisions. Psychology, for instance, tells you how emotions, trust, and fear affect behavior online. Cybersecurity is interdisciplinary and involves elements of technology as well as human behavior.

Using social science research methods such as surveys and experiments, analysts study how users behave. For example, a company may conduct a phishing test to measure employee response to fake emails. This helps analysts identify weaknesses and train better. These techniques are important because they were based on actual data rather than mere speculation. This ties to the concept of empiricism, that knowledge should be based on observation in the real world.

Another important principle is objectivity. Threats should be analyzed based on factual information, so cybersecurity analysts need to remain neutral at all times while doing so. They may not allow personal feelings to affect their decisions. This is particularly relevant when it comes to sensitive topics such as cybercrime or online privacy.

Application of Key Concepts

Some fundamental concepts are utilized daily by cybersecurity analysts. One of the most important is human factors. The study of how people interact with technology. Analysts use this information to create systems that are simpler and safer for consumers. For example, they might generate basic security warnings, so users better understand the risks.

Another concept is skepticism. Assumptions must not be made, which is why the analysts must ask questions and do not trust the data directly. Should they spot irregular behavior on a network, they need to investigate it closely rather than assume what it is.

Determinism is also important. This principle implies that previous events influence behavior. That idea is something analysts use to understand the motivation behind cyberattacks. An employee with insufficient training, for example, is more likely to be tricked into a scam. Analysts can prevent future attacks by understanding these causes.

Cybersecurity analysts also apply a risk assessment, which means they assess threats to determine how severe they might be. They use these ideas to guard systems, comply with regulations, and enhance security frameworks. Firewalls, antivirus software, and monitoring systems allow them to implement these principles in the real world.

Marginalization

Cybersecurity impacts various segments of society in different ways. Cyberattacks target marginalized groups — low-income communities or older adults, for example — who are often more vulnerable. They might have less access to technology education or fewer tools with which to defend themselves. This makes them more vulnerable to scams or identity theft.

Cybersecurity analysts have to take these issues into consideration when they do their job. They may help to design security systems that everyone can use easily, not just experts. Having a diverse pool of cybersecurity professionals is essential — there are many different perspectives that will ultimately lead to protecting more users.

Career Connection to Society

This is where cybersecurity analysts become vitally important in protecting society. They help safeguard systems that are critical, like those in banks, hospitals, and government networks. Without cybersecurity, these systems are vulnerable to attacks and can cause serious damage to our economy and public safety.

They also help implement laws and policies concerning cybersecurity. Analysts help organizations follow rules that governments create to protect data and privacy. Their work is building trust in technology, which matters to how we live today.

Scholarly Journal Articles

Source 1:
A study by Craigen et al. (2014) explains that cybersecurity includes tools, policies, and actions used to protect systems, supporting the idea that cybersecurity analysts must use both technical and social knowledge with their job.

Source 2:
Research by Kirwan (2016) on cyberpsychology shows how human behavior is affected by technology. This supports the idea of analysts needing to understand psychology to prevent cyberattacks involving social engineering.

Source 3:
Gallo et al. (2024) helped with understanding that a cybersecurity analyst’s career is not only about technology, but also about human behavior. The article explains phishing attacks take advantage of human weaknesses and such data can be used to create better training and stronger security systems. This connects to concepts like human factors, empiricism, and skepticism, and by helping people make safer decisions online cybersecurity analysts protect society.

Conclusion

Social science is vital for cybersecurity analysts. They rely upon psychology, research, and scientific principles to analyze human nature and prevent cybercrime. Human factors like empiricism and skepticism are some of the concepts that aid them in enhancing security to make systems that are better for society. Overall, cybersecurity is not just about technology, but also about understanding people.

Reference

Craigen, D., Diakun-Thibault, N., & Purse, R. (2014). Defining cybersecurity. https://www.academia.edu/54059658/Defining_Cybersecurity

Gallo, L., Gentile, D., Ruggiero, S., Botta, A., & Ventre, G. (2024). The human factor in phishing: Collecting and analyzing user behavior when reading emails. Computers & Security, 139, 103671. https://www.sciencedirect.com/science/article/pii/S0167404823005813

Kirwan, G. (2016). Cyberpsychology: The study of the impact of technology on human behavior. https://www.academia.edu/86740711/Cyberpsychology_and_Well_being