This paper examines the ethical challenges arising from modern computer and technology use in everyday life and business. It surveys four key problem areas: academic cheating enabled by electronic devices, identity theft facilitated by digital tools, the displacement of workers by robotics, and the ethical dilemmas of artificial intelligence in medical diagnosis. The paper also reviews recent high-profile lawsuits against LinkedIn, eBay, PayPal, and Facebook stemming from privacy breaches. Drawing on these examples, it proposes a set of ethical computer use policies designed to protect user privacy, limit data retention, and guide responsible business conduct in the digital age.
The paper demonstrates applied ethical analysis: it takes a broad normative concept (ethics) and systematically applies it to distinct technological contexts — education, law enforcement, manufacturing, and medicine — before synthesizing findings into actionable policy proposals. This structure is a strong model for undergraduate applied-ethics writing where the goal is to bridge theory and practice.
The paper opens with a definitional introduction, then moves through four issue-specific subsections (cheating, identity theft, robotics, AI in medicine). A dedicated section on real lawsuits provides empirical grounding. An enumerated policy section translates findings into recommendations, and a brief discussion closes the argument. The method note clarifies the paper's research basis. This introduction–issues–evidence–solutions–conclusion pattern is a reliable scaffold for issue-analysis papers at the undergraduate level.
We live in a modern era — the era of technology and innovation. Our lives are encircled by modern creations. These technological advancements have surely brought comfort and ease to everyday life, but unfortunately they have also given rise to many ethical problems, a few of which are discussed in this paper. Computer ethics can be defined as follows: "Ethics are standards of moral conduct. Personal ethics guide one's personal life; business ethics provide the standard of conduct guiding business decisions; and computer ethics provide the standards of conduct with respect to computers and computer use" (Morley & Parker, 2009).
The most widely used modern technology is the computer, and many ethical issues are arising because people misuse this device. This paper highlights some of the problems faced by computer users, assesses their impact, and proposes policies that may help to slow the alarming growth of ethical violations in technology use.
Cheating means using unfair means to achieve a desired outcome. While cheating appears in many contexts, this paper focuses specifically on the use of electronic devices to cheat in educational settings.
Cheating has long been a method adopted by students seeking good grades. The fear of being caught and disqualified is real, yet it does not deter students from attempting it. Cheating can deeply harm the overall process of education: it "undermines the use of assessment data as both indicators of student learning and sources of feedback for instructional planning" (Anderman & Burton Murdock, 2007).
The act of cheating is disturbingly common. According to CNN, a survey of students found that more than 7 in 10 had been involved in some form of cheating during their academic lives. Among the methods used, plagiarism is particularly prevalent. It involves using material from other sources and presenting it as one's own work. Students now have access to millions of websites from which they can retrieve content for assignments and reports, earning high marks without genuinely understanding the topic. Cell phones — equipped with internet access, cameras, and other accessories — have made cheating during exams easier still. Students can search for answers and transcribe them directly onto answer sheets. The use of hidden earphones to receive dictated answers during exams is also widely reported.
Identity theft is a process through which a criminal gains access to the personal information of an individual and uses it for their own benefit. It is among the most common crimes committed through the misuse of technology. There was a time when identity theft was difficult; criminals spent hours searching for information about their victims. Unfortunately, modern electronic devices have made the entire process considerably easier.
According to the Bureau of Justice Statistics, around 23% of American households experienced identity theft at some point during 2010. This figure is alarming, particularly given that it represents an increase from the 18% reported in 2005.
Robotics is one of the most remarkable technological advancements of the 21st century. The use of robotics in industry — especially manufacturing — is increasing every day. There is no denying that robotics have made production faster, more precise, and more efficient. However, the harsh reality is that replacing human workers with robots has deprived skilled laborers of both their livelihoods and the pride of workmanship.
Major corporations such as Mitsubishi, General Electric, and Toyota have replaced human workers with robotic systems, prioritizing production volume and precision over the value of human capital. A skilled worker may be displaced on the argument that a robot can produce 200% more units than a human. Job losses are often blamed on an unstable economy when, in fact, automation is frequently the primary cause. The manufacturing and agricultural industries are most heavily affected. Even the smaller, assistive roles that support professionals in their daily work are being eliminated through robotics.
Artificial intelligence (AI) is a subject of intense debate today. The ethical dilemmas associated with AI are particularly complicated in the field of medicine. While an AI system may be error-free in executing programmed tasks, it lacks an understanding of human emotions and the capacity to learn meaningfully from past events in the way a human practitioner does. Human doctors accumulate experience by witnessing and reflecting on outcomes; machines, by contrast, are programmed to follow set instructions and cannot genuinely adapt beyond their programming. The elements of feeling, trust, and credibility are absent from machine-based medical practice.
An AI system will continue performing whatever it has been programmed to do, which can lead to dangerous rigidity in complex or ambiguous situations. The ability to weigh what is truly best for a patient — while also respecting that patient's personal preferences and emotional state — is lacking in AI-driven medical practice. The traditional relationship between doctor and patient, characterized by a sense of connection, mutual understanding, and trust, is an ethical casualty of incorporating AI into medicine (Rogozea, 2009).
Always verify citation format against your institution’s current style guide requirements.