The life sciences are a collection of natural science disciplines that investigate the structure and function of living things from molecules to entire ecosystems. Emphasis is thus placed on a holistic understanding of biology that meaningfully integrates its various scales of inquiry with each other and with the natural sciences, the social sciences, and the humanities. The knowledge, thinking and communication abilities that the students will gain will allow them to think effectively about humans, other living beings and the ecosystem as biological and evolutionary systems, and prepare them to become positive contributors of society, whether they chose to pursue a career in research, in applied biology, or any other field.
The life sciences are a collection of natural science disciplines that investigate the structure and function of living things at various scales, from molecules to entire ecosystems. These disciplines are unified by a particular way of looking at the world, in which evolutionary principles form a cornerstone. Compared to the physical sciences or to chemistry, the developments in our understanding of Biology have been more recent, and general principles might not yet be widely recognized or sufficiently developed in Biology as they are in these other fields. However, Biology deals with systems of a higher level of complexity, and thus might necessitate a different kind of understanding. In any case, Biology’s repercussions on the public sphere are also perhaps deeper and more widespread, e.g. with the serious medical, environmental, ethical and philosophical repercussions that arise from its findings. Tomorrow’s biologists will thus undoubtedly play a crucial role in society’s development.
The following elements distinguish the Life Sciences program at SAS from traditional biology programs:
- World issues. The SAS program teaches biology in light of current environmental and public health issues, such as global warming, environmental pollution, or the diseases of affluence. We believe that biology’s particular way of seeing the world can be fruitfully applied to an understanding of the current world problems.
- Holistic, integrative. Given that world issues span multiple scales and disciplines, students will be trained to develop a holistic understanding of biology that meaningfully integrates its various scales of inquiry (molecular, cellular, evolutionary, etc.) with each other and with the natural sciences, the social sciences, and the humanities.
- Emphasis on complex systems and evolutionary principles. Emphasis is placed on thoroughly understanding the principles governing complex and evolutionary systems and on using this lens to understand and integrate more specific biological topics. For example, what can we infer about genetics or ecology from the study of complex systems, or about physiology from the principles of evolution?
- Collaborative science. Addressing world problems requires effective collaborative problem solving. Students are taught to truly collaborate with other biologists and other disciplines, in light of the recent developments in the field of collaborative science research. A core course is devoted to the topic, and the principles learned are applied in the research projects undertaken in the electives.
Life Sciences at SAS are taught in collaboration with X-Bio Institute for Ecological and Agricultural Biology which will provide our students with the access to their lab infrastructure.
The knowledge, thinking, communication and collaboration abilities that the students will gain will allow them to think effectively about humans, other living beings and the ecosystem as biological and evolutionary systems, and prepare them to become positive contributors of society, whether they chose to pursue a career in research, in applied biology, or any other field.
- lab or field technician
- environmental attorney
- scientific journalism
- scientific advisor
- museum curator
- pursue further studies to do research or more specific/higher level jobs
Statistical distributions and statistical tests, Physical Chemistry, Thermodynamics
Definitions, principles, modeling and real-world applications of complex systems; algorithms, software and tools for molecular biology, genomics and ecology.
Behavioral, personality and environmental psychology, biology and physics of environmental issues, population biology, ecological principles, molecular biology and genetics in relation to public health
Electives currently available:
- Topics in Genetics: The Strange World of the Nucleus and its Social Implications
- Topics in Evolution
- Agricultural Acarology
- Insects and Society: Sex, Bugs and Rock ‘n’ Roll
- Anthropocene Theory
- Contemporary Philosophy of Science
- Critical Animal Studies
- Ecology, Technology and Anime
- Environmental Sociology: How Ideology, Politics and Social Conflict Change the Earth
- Historical Introduction to Philosophy: Basic Concepts
- History of Economic Thought
- History of Energy
- Indigenous Ecologies
- Philosophy of Physics, or How to Invent New Science
- Sustainability, Power, and Profits
- The Problem of Free Will: When Philosophy Meets Modern Science