Taught by

Neuroscience continues to be one of the fastest growing areas of biology and is at the cutting edge of technical and conceptual advances in the life sciences. If you want to know how animals (including humans) touch, hear, see, smell, and remember things, then you need to study ions, molecules, cells, neural networks, brain structure and behavior. We will first learn about the function of the brain’s cellular computers: neurons. We will learn how neurons differ from other cells, how they generate electrical signals, and how they communicate with one another via synapses. We will then investigate how neurons cooperate in circuits by studying five sensory systems: vision, touch, hearing, taste and smell. Cellular and molecular mechanisms will be emphasized alongside the physics and mathematics of neurobiology. In the mathematics workshops we will study linear, exponential, rational, and logarithmic functions using a problem-solving approach to college algebra. Collaborative learning will be emphasized. A graphing calculator is required. Strong emphasis will be placed on developing students' quantitative skills in order that they be prepared to undertake future scientific programs.

Our learning goals will include development of analytical and critical thinking, quantitative reasoning, reading, and writing skills. Weekly activities will include lectures, presentations, labs, workshops, and seminars. Students will be required to submit weekly homework assignments, lab and workshop reports, and seminar papers and to contribute actively to the learning community. Students who successfully complete the math portion of the program will receive six credits of Algebraic Thinking for Science and be prepared for precalculus I.

Note: This program will be repeated winter and spring quarters.  Students taking the program fall quarter should not register for the winter or spring repeat.

Quarters

Fall Open

Location and Schedule

Campus Location

Olympia

Time Offered

Day

Advertised Schedule