Sample Courses:
  • PSY-210/BIO-210. Introduction to Cognitive Neuroscience. Basic concepts of brain functioning as they relate to psychological phenomena.
  • BIO-363. Introduction to Cellular Neurosciences. Molecular, cellular and biochemical principles governing neuronal development, function and plasticity. (Weekly lab)
  • PSY-211. Sensation and Perception. The structural and functional aspects of the sensory system and sensory processes; and theories and research in the field of perception and perceptual development. (Weekly lab)
  • PSY- 220. Psychology of Memory and Thinking. How humans code, store, remember and forget information. Related topics include attention, pattern recognition, concept learning and reading. (Weekly lab)
After Union:
After Union
  • Research Analyst, Johns Hopkins University
  • Research Assistant, Brain and Cognitive Science, University of Rochester
  • Clinical Research Assistant, Massachusetts General Hospital
  • Research Lab Technician, Harvard University
  • Image Reading Center Manager, Johns Hopkins University
  • Research Assistant, Weight Control and Diabetes Research Center
  • Educator, Teach for America
  • Associate VP/Financial Advisor, Morgan Stanley Smith Barney
  • Associate Editor, My Grove Media
  • Medical Student, Drexel University College of Medicine

Neuroscience

With 100,000 miles of blood vessels, 1.1 trillion cells and 100 billion neurons – and some 70,000 thoughts a day – the human brain is one of the most complex structures in the universe.

Neuroscience focuses on the relationships among brain function, cognitive processing and behavior. This truly interdisciplinary field is designed for students with interests that intersect the fields of biology and psychology. As a Union College Neuroscience major, you will begin your studies with a variety of core courses, including biology, psychology, computer, science and philosophy. Then you will select one of three tracks for specialization:

Bioscience: Focuses on the biological basis of neural development, function and plasticity
Cognitive: Addresses how neural networks and brain mechanisms give rise to specific mental processes and behavior; or
Computational: Emphasizes issues related to developing computational models of neuronal and mental processes.

Our undergraduates work closely with faculty members who are distinguished in their fields, and they also enjoy opportunities for summer research fellowships and participation in symposia. A majority of students present at Union’s Steinmetz Research Symposium each spring.

Neuroscience students pursue a wide range of research and clinical internships, and they go on to jobs in research centers and labs in university, government and health-care settings. They are also well prepared to attend graduate and medical schools.