Courses

A topical introduction to the architecture and arts of the Islamic cultures of North Africa, Spain, Arabia, Turkey, Iran and Central Asia, from their origins in late antiquity to 1400 CE. A wide variety of media will be explored as we look at artistic accomplishments in both the religious and secular realms. We will study architectural monuments from palaces to mosques as well as small-scale luxury items like textiles, metalwork, ceramics, and illuminated manuscripts.  There will be at least one mandatory class trip to the Metropolitan Museum.

Introduction to 2000 years of art on the Indian subcontinent. The course covers the early art of Buddhism, rock-cut architecture of the Buddhists and Hindus, the development of the Hindu temple, Mughal and Rajput painting and architecture, art of the colonial period, and the emergence of the Modern.

Introduction to 2000 years of art on the Indian subcontinent. The course covers the early art of Buddhism, rock-cut architecture of the Buddhists and Hindus, the development of the Hindu temple, Mughal and Rajput painting and architecture, art of the colonial period, and the emergence of the Modern.

The anthropological approach to the study of culture and human society. Using ethnographic case studies, the course explores the universality of cultural categories (social organization, economy, law, belief systems, arts, etc.) and the range of variation among human societies.

This course explores the social, cultural, and political dimensions of water primarily through ethnographic studies, in a variety of geographic and spatial contexts, that engage both with water itself and with the things that surround and mix with it (pipes, walls, ditches, dirt, waste, sugar). Anthropology encourages us to consider water in its myriad arrangements and meanings—water can be dynamic, vital, threatening, toxic, a material through which our lives are structured and governed. Its relevance has only become heightened amid the constraints and hazards of climatic and sociopolitical change. We will be attentive to the many forms and combinations that characterize water’s place in our world, finding inspiration in its liquid ways while taking care not to become too occupied with its metaphorical qualities. The course is divided into thematic areas that have taken on critical weight and urgency in recent years: water futures, infrastructure and power, urban ecologies, and (de)colonial waters.

Prerequisites: Recommended preparation: a working knowledge of high school algebra. May be counted toward the science requirement for most Columbia University undergraduate students. The overall architecture of the solar system. Motions of the celestial sphere. Time and the calendar. Major planets, the earth-moon system, minor planets, comets. Life in the solar system and beyond.

ASTR UN1404: In this course, we will explore how stars, galaxies, and the Universe formed and changed over time. We will have a combination of lectures, class discussions, and hands-ons activities to examine concepts including: distances to, and fundamental properties of, nearby stars; nucleosynthesis and stellar evolution; novae and supernovae; galaxies; the structure of the universe and theories concerning its origin, evolution, and
ultimate fate. This course will use algebra, but ample math support will be provided. You can only receive credit for ASTR UN1404 if you have not taken ASTR BC1754, ASTR UN1420 or ASTR UN1836

This course introduces students to the physiology, morphology, pathogenicity, and genetics of microorganisms and their diverse applications. Topics include microbial evolution, cell structure and function, metabolic pathways, information flow and regulation, microbial systems, and the influence of microorganisms on health and disease. Core methods in microbiological research will be examined through the analysis of primary scientific literature and case studies.

This is an intermediate lecture plus laboratory course focusing on using virtual reality to study human anatomy. Selected topics will emphasize physiological function and cellular mechanisms. The course is organized around a systems-based framework to the study of human anatomy. Lectures will also emphasize the clinical correlates and case studies of disease. All anatomical systems will be explored using a virtual reality laboratory. Potential examples include the skeletal, muscular, arterial, venous, lymphatic, nervous, respiratory, digestive, urinary, endocrine, reproductive, and integumentary systems. This course engages students with the contemporary and emerging field of virtual reality. Students will use and critically analyze advanced virtual and augmented reality technologies through scientific analysis and experimentation. This course will also expose students to empirical analysis and structural models of anatomy for problem solving. Students will develop basic competence in the use of deductive methods involving biological mechanisms of clinical disease.

This is an intermediate lecture plus laboratory course focusing on using virtual reality to study human anatomy. Selected topics will emphasize physiological function and cellular mechanisms. The course is organized around a systems-based framework to the study of human anatomy. Lectures will also emphasize the clinical correlates and case studies of disease. All anatomical systems will be explored using a virtual reality laboratory. Potential examples include the skeletal, muscular, arterial, venous, lymphatic, nervous, respiratory, digestive, urinary, endocrine, reproductive, and integumentary systems. This course engages students with the contemporary and emerging field of virtual reality. Students will use and critically analyze advanced virtual and augmented reality technologies through scientific analysis and experimentation. This course will also expose students to empirical analysis and structural models of anatomy for problem solving. Students will develop basic competence in the use of deductive methods involving biological mechanisms of clinical disease.

Students enrolled in the MA in Biotechnology Program have the opportunity to receive academic credit while conducting Supervised Research under the guidance of a faculty mentor within the University (S5502) or a biotech business-specific Supervised Internship outside the University (S5503) within the New York City Metropolitan Area unless otherwise approved by the Program. Credits received from this course are used to fulfill the Practical Training requirement for the MA degree.