Industry experts gathered at Newman University to discuss AI’s impact on work and ethics. Dr. Christopher Thompson’s keynote and a panel explored how to harness emerging technologies while preserving human judgment and moral principles in the workplace.
Newman University recently hosted a thought-provoking series of talks on data ethics that brought together experts from diverse fields to address one of today's most pressing questions: How do we navigate the rapidly evolving landscape of artificial intelligence and data science ethically? The conference featured insightful discussions on the promises and perils of emerging technologies, with a particular focus on their impact on the workplace and human dignity.
As data science continues to transform industries at an unprecedented pace, Newman University's Master of Science in Data Science program is training the next generation of data professionals who understand both the technical aspects and ethical implications of these powerful tools. Designed in consultation with industry professionals, the program emphasizes data governance, statistics, and data ethics throughout its comprehensive curriculum.
The conference featured two significant sessions that captured the complexity of today's technological landscape: a panel discussion on "AI and the Future of Work" and a keynote address by Dr. Christopher Thompson from St. Paul Seminary that examined ethical frameworks for guiding technology toward the common good.
The panel discussion on "AI and the Future of Work" provided a multidisciplinary perspective on how artificial intelligence is reshaping businesses and careers. Panelists from industry, entrepreneurship, and education shared insights on the dual nature of AI in the workplace.
One of the primary benefits highlighted was AI's ability to automate routine tasks, potentially boosting efficiency while freeing human workers to focus on more creative and strategic activities. However, panelists didn't shy away from addressing the legitimate concerns about job displacement and workforce disruption that accompany these technological changes.
A key theme throughout the panel discussion was the continuing importance of human judgment despite AI's growing capabilities. The experts emphasized that while artificial intelligence can process vast amounts of information quickly, it lacks the contextual understanding, empathy, and moral reasoning that humans bring to decision-making processes. This distinction underscores why human insight remains essential even as AI tools become more sophisticated.
The panelists stressed that human oversight ensures AI-powered systems operate ethically and effectively. Human professionals must remain actively involved in setting parameters, interpreting results, and making final judgments—particularly when decisions have significant human impact. This creates a partnership where AI handles routine analysis while humans provide the ethical framework and final decision authority.
The panel addressed widespread concerns about workforce disruption head-on. They acknowledged that certain roles will inevitably transform as AI capabilities expand, but framed this change as an evolution rather than wholesale replacement. The discussion focused on how jobs are likely to be reconfigured around the unique strengths of both humans and machines.
Panelists noted that while some tasks will be automated, new opportunities will emerge that use human creativity, ethical judgment, and interpersonal skills—areas where AI still falls short. The speakers emphasized that navigating this transition successfully will require adaptability and a willingness to evolve alongside technological change.
Education and continuous learning emerged as central themes in preparing for an AI-integrated world. The panel emphasized that as technology rapidly transforms industries, the ability to acquire new skills throughout one's career becomes crucial. They discussed how both current workers and students must pursue ongoing education to remain relevant in a changing job market.
The discussion highlighted the importance of developing adaptability and learning agility—the capacity to quickly master new concepts and tools as they emerge. This represents a shift from traditional models of education that prepare students for a single career path toward more flexible approaches that equip individuals to evolve with technological changes.
While technical proficiency remains important, the speakers highlighted that the rise of AI actually increases the value of distinctly human capabilities. These include critical thinking, creativity, emotional intelligence, interpersonal communication, and ethical reasoning. The panel suggested that as AI takes over more routine analytical tasks, these human skills become key differentiators in the workplace.
The integration of ethical considerations with technical training was particularly emphasized. As AI systems take on more consequential roles in society, the ability to consider ethical implications and guide technology toward beneficial outcomes becomes increasingly important. This highlights the need for interdisciplinary education that combines technical knowledge with humanities perspectives.
The panel's inclusion of perspectives from education highlighted the importance of preparing students for an AI-integrated future. Discussions touched on how today's educational approaches need to evolve to equip young people with both technical skills and ethical awareness regarding AI tools and data systems.
Participants emphasized that education should nurture students' ability to think critically about technology—understanding not just how to use AI tools but also when and why to use them. This balanced approach helps prepare the next generation to use powerful technologies responsibly.
Dr. Christopher Thompson's keynote address offered a thoughtful examination of both the promises and perils of emerging technologies. He acknowledged technology's potential to solve problems and improve lives while cautioning against assuming technology alone can address complex human challenges.
Thompson encouraged attendees to look beyond what technology can do to consider what it should do—evaluating both capabilities and ethical implications. This balanced assessment helps ensure that technological advancement genuinely serves human flourishing.
A central theme in Thompson's address was the concept of stewardship—the responsible management of technology for the common good. He drew meaningful connections between technological stewardship and care for the natural world, suggesting both require consideration of long-term impacts and respect for inherent values.
This framework offers guidance for navigating difficult questions about technology development and deployment. By viewing powerful tools like AI through the lens of stewardship, we can better ensure they serve humanity's best interests rather than narrower goals of efficiency or profit.
Perhaps the most emphatic point in Thompson's keynote was the importance of keeping humanity at the center of technological progress. He emphasized that as systems become more automated and data-driven, preserving human dignity and agency becomes increasingly crucial.
Thompson advocated for technological development that enhances human capabilities and relationships rather than diminishing them. This human-centered approach ensures that even as AI and data systems grow more sophisticated, they remain tools in service of human flourishing rather than ends in themselves.
The insights from both the panel discussion and keynote address highlight the importance of integrating ethical considerations throughout data science education and practice. Newman University's Master of Science in Data Science program embodies this approach by incorporating Data Governance, Statistics, and Data Ethics as core components throughout its curriculum.
The program prepares students with technical knowledge in Data Analytics, Data Storytelling, Data Warehousing, Data Engineering, and Machine Learning, while simultaneously developing their ability to navigate ethical considerations in data work. This comprehensive approach reflects the conference's emphasis on balancing technical capability with ethical responsibility.
As data science continues to transform industries and society, the need for professionals with both technical expertise and ethical discernment will only grow. The Newman University talks underscored that responsible data practice requires ongoing reflection about how technologies affect individuals, communities, and human values.
The future of ethical data science depends on practitioners who can bridge technical and humanistic perspectives—asking not just what data can do but what it should do in service of human flourishing and the common good.
Newman University's focus on developing data professionals who understand both the technical and ethical dimensions of their work represents an important contribution to the field of data science education.