Logic and critical thinking: Logic is the study of human reasoning. Some believe that studying logic makes us more rational and better at critical thinking. Others think that logic makes us explicitly aware of the rules of good reasoning that all of us in a sense already know. Yet others believe that logic is a tool – like mathematics – that makes communication clearer and more efficient. Logic is indispensible for both philosophy and the sciences. But logic is also very helpful for those whose jobs have to do with argumentation and convincing others, like lawyers, journalists, and politicians. And finally, logic is good for life. In this course, we will study a variety of topics in logic, focusing on deductive logic for the most part. Deductive logic is the study of those forms of reasoning in which the conclusion in guaranteed with certainty when the assumptions are true. We will also learn about inductive and “abductive” logic (important forms of reasoning with less certainty).  

Principles of Scientific Reasoning: The course will provide students with elementary logic skills and an understanding of scientific arguments to apply in all aspects of their academic as well as daily lives. Our society and the world around us are increasingly influenced by scientific findings. From medicine to technology to government policy, scientific reasoning plays a prominent role both in understanding the problems faced by human beings and in finding solutions to them. Scientific reasoning is often crucial to understanding what causes the issue and what interventions are effective. We hear, for example, that drinking alcoholic beverages in moderation reduces the chances of heart disease. We might well ask what sorts of tests were done to reach this conclusion and do the tests really justify the claim. What should we make of such claims? We hear disputes about poverty and inequality, but we rarely hear evidence-based arguments regarding what causes these issues and what solutions are effective. Can science help us find solutions to these problems? In this course we will learn how these questions can be addressed systematically through scientific reasoning and decided by empirical evidence. Each week we will learn about a new topic in scientific reasoning. We will then apply what we learned to an issue of interest to contemporary society, and ask how these questions can be answered scientifically.
Philosophy of Space and Time (graduate level): Western philosophy and western science are both justifiably traced back to ancient Greece. However, what is often overlooked is that the question that gave birth to philosophy is the very question that gave birth to science: what are change and motion, and how are they possible? This seemingly obscure question captivated the minds of many philosophers and led to interrelated questions regarding the nature of space, time, matter, and void. Is it possible for there to be space without any matter occupying it? If yes, how can nothingness exist? If no, how can anything move at all given that the entire space is filled up? As we will see in this course, not only did these somewhat silly questions drive early modern scientists such as Descartes and Newton to their incredible discoveries, but they have also continued to fuel scientific investigation through the 20th century and to this day. We will survey this fascinating journey in this class.
Introduction to Philosophy: This course is an introduction to the oldest and most enduring intellectual enterprise in human history. On one view, philosophy is the discipline which has given birth to most of the disciplines we recognize as independent sciences today. On another view, philosophy is the study of the deepest and most fundamental questions, such as “what is knowledge?”, “how do we know the world?”, “what is there in the world?”, and “what is the relation of human beings to the world and society?”. In this course, we will discuss these questions through a partly historical, partly topical study of various philosophers and schools of thought in philosophy.
I wrote my own logic textbook for this course. Check it out here!