Contact UsDepartment of Biology
Siena College
Loudonville, NY 12211

Biology Department



The Biology Department seeks to develop in each student an appreciation of the science of biology at all levels of study (molecular, cell, whole organism and populations) which is understood and integrated in terms of Darwinian evolution.  This is accomplished through a rigorous, broadly based, laboratory-intensive curriculum taught by faculty who are dedicated, first and foremost, to enriching the learning experience of their students.  In addition to a biology core curriculum, all students take additional courses in the areas of cell/molecular biology, physiology, morphology, and organismic/population biology. A major emphasis of our program is to encourage critical thinking and an active engagement in the biological sciences.  We do this by keeping class sizes small and including a laboratory experience as an integral component of most courses.  Many laboratories incorporate independent research projects where students creatively build on fundamental concepts and techniques to address interesting biological questions.  The program further encourages and reinforces independent research skills by offering credit for on-campus Independent Research courses mentored by departmental faculty or off-campus Science internships in Biology.  In order to accomplish these pedagogical goals, the department hires only broadly-trained faculty who also possess expertise in a particular biological discipline.  Faculty members are encouraged to establish and maintain active research programs in order to remain current in their disciplines, enthusiastic about their courses, and to provide independent study opportunities for students.

Learning Goals: A student completing the Biology Program at Siena will have:

  1. Demonstrated an understanding of the process of science and developed an appreciation of contemporary issues in biology.
  2. Received training and engaged in hands-on laboratory work using up-to-date equipment and methods in the areas of cell/molecular biology, physiology, morphology, and organismic/population biology.
  3. Developed independent research skills and an ability to apply basic mathematical techniques in the biological sciences.
  4. Demonstrated overall information literacy and the ability to access information from the scientific literature.
  5. Demonstrated critical thinking by successfully applying fundamental biological concepts to novel scenarios.