Why Every Researcher and IT Professional Needs a Foundation in Philosophy of Science

With a background in theology and philosophy, I transitioned into STEM fields, specifically systems engineering and information systems & technology. Over the years, both in my doctoral program and in my research journey, I have come to deeply appreciate the immense value of being grounded in the philosophy of science. My philosophical training sharpened my critical thinking and mental acuity, allowing me to grapple more effectively with the fundamental principles of scientific reasoning, research methodologies, and epistemologies.

Beginning a career as a researcher or scientist requires more than just technical proficiency; it also demands a solid grounding in the philosophy of science. Many universities, including my alma mater, CGU, already incorporate philosophy of science into advanced quantitative research courses for doctoral students. However, I strongly believe that the philosophy of science deserves to be offered as a dedicated elective course given its foundational importance.

Many students enter doctoral programs with little to no exposure to research methodologies or the philosophical foundations underpinning scientific inquiry.  It is nearly impossible to become a proficient researcher without a solid grasp of key concepts in the philosophy of science, such as Karl Popper’s hypothetico-deductive method emphasizing falsifiability, Thomas Kuhn’s paradigm shifts showing science progresses through revolutionary changes, Imre Lakatos’ research programs highlighting evolving theoretical structures, Paul Feyerabend’s “anything goes” challenging methodological rigidity, W.V.O. Quine’s web of belief on interconnected knowledge, Hilary Putnam’s internal realism stressing truth depends on perspective and context, and foundational contributions from Plato and Aristotle and other philosophers that continues to influence scientific reasoning

In my years of preparing students for doctoral qualifying exams, I consistently observed their lack of familiarity with the philosophy of science, and many of them dislike it,  making it significantly harder for them to master both quantitative and qualitative research methods.

The ultimate goal of science is to understand the causes of observed phenomena and develop models that predict outcomes, thereby solving existential problems. This relies on sound logic and reasoning. The hardest part of any scientific or technological effort is correctly understanding the problem; once that is achieved, solutions often follow naturally.

I encourage academic institutions to strengthen their commitment to teaching the Philosophy of science and researchers to be grounded in it. We must nurture students who do not outsource reasoning to AI but think critically to solve complex problems using philosophical logic and sound scientific methods.

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