Neuroscience Concentration Requirements

How to Declare a Neuroscience Concentration

Declaring a concentration in Neuroscience requires some homework on your part and a bit of paperwork by all of us. 

1.  Acquaint yourself with the course requirements of the concentration and with other relevant courses offered at Brown that might form part of your program.  You can also discuss the concentration at open houses in the Department of Neuroscience and with department representative at various informational sessions held during the year in Sayles.

2.  Lay out a schedule, semester by semester, of the courses you will need to complete the concentration during your remaining years at Brown.  Make sure that courses taken in the same semester are given at different times, paying close attention to laboratories.  Make sure that you have arranged to complete the prerequisites for the courses you schedule.

3.  Enter your proposed plan on a copy or printout of the form on the concentration handbook entitled Neuroscience Concentration: Student/Advisor Agreement. The form can be downloaded also from this site.

4.  Go to the office of the Department of Neuroscience (Sidney Frank Hall 315) and ask to be assigned a concentration advisor.  You and your new advisor will be sent an email as confirmation; in addition, you will be pre-assigned to your advisor on the ASK (Advising Sidekick) online concentration declaration system.

5.  Make an appointment to see this advisor to discuss your plans and preferences.

6.  After consulting with your advisor, draw up a final draft your proposal on the Student/Advisor Agreement form.  This is a very important document because it functions as a contract between you and the Department of Neuroscience and becomes part of your permanent file in the department.  Changes in your concentration courses can be made but this should never be done without first consulting your concentration advisor.  You are responsible for the consequences of any changes made without departmental approval. 

7.  Using the ASK online forms, you should officially declare your concentration.  Select the courses for your concentration using the Student/Advisor Agreement form as your guide.  Once completed, your concentration declaration will automatically be sent to your concentration advisor for approval.

8.  Return your signed Student/Advisor Agreement form and elective paragraphs to the Neuroscience Administrative Office (Room 315, Sidney Frank Hall).

The following courses are required for a Neuroscience concentration:

Background Courses

•MATH0090 and MATH0100 or equivalent
•CHEM0330 and CHEM0350 (or higher)
•PHYS0030 and PHYS0040 or equivalent
•BIOL0200 or equivalent
(For equivalents, see Frequently Asked Questions.)

Basic Lecture Series

•NEUR0010: The Brain: An Introduction to Neuroscience
•NEUR1020: Principles of Neurobiology
•NEUR1030: Neural Systems

Research Methods

•Statistics: 1 approved course
•Laboratory methods: 1 approved course

Critical Reading Course

1 approved course

Four Thematic Electives

In consultation with the concentration advisor, the student must select additional courses thematically related to his or her interest in neuroscience to make a total of 10 Neuroscience Core Courses. The student must write a short paragraph for each course justifying its inclusion in the concentration. (Organic chemistry does not satisfy this requirement).

The following courses are approved for concentration credit in their respective categories (however other courses may also be suitable, check with your advisor):

Statistics Courses

PHP1501, PHP1510, PHP2510, APMA0640, APMA0650, APMA0640,  APMA1650, CLPS0900, SOC1100, EDUC1110, BIOL0495

Laboratory Methods Courses

•NEUR1600: Experimental Neurobiology
•NEUR1650: Structure of the Nervous System
•NEUR1670: Neuropharmacology
•NEUR0680: Computational Neuroscience
•NEUR1970: Independent Laboratory Research (two semesters)
•CLPS1190: Techniques in Physiological Psychology
•CLPS1194: Sleep and Chronobiology Research
•CLPS1491: Neural Modeling Laboratory
•CLPS1492: Laboratory in Computational Cognitive Neuroscience
•BIOL0800: Principles of Physiology
•BIOL1170: Mammalian Physiology
•BIOL1880: Comparative Biology of the Vertebrates

Critical Reading Courses (list is not limited to these courses)

•NEUR1440: Neural Dynamics
•NEUR1930: Topics in Neuroscience
•NEUR1940: Topics in Neuroscience
•NEUR1970: Independent Laboratory Research (two semesters)*

*Independent study can fulfill only one of the 10 core course requirements of the concentration.

•NEUR2120: Topics in Visual Physiology
•NEUR2150: Cells & Circuits of the Nervous System
•NEUR2160: Neurochemistry and Behavior
•NEUR2930: Special Topics in Neurobiology
•NEUR2940: Special Topics in Neurobiology

*Enrollment in 2000-level courses requires written permission of the instructor. Some courses may be restricted to graduate students.

•BIOL1100: Cell Physiology and Biophysics
•BIOL1110: Topics in Signal Transduction
•BIOL1190: Synaptic Transmission and Plasticity
•CLPS1180: Topics in Comparative Psychology
•CLPS1400: The Neural Bases of Cognition

Certain courses in other departments may satisfy this requirement with written approval of NUCC. 

Some Important Notes on Choosing Your Intro Courses:

There are several possible ways to complete the introductory neuroscience sequence. One that works well is when students take Neuro 1, in the fall of their first year, Bio 20 later that spring, and then take Neur 103 and 102 their sophomore year. This gives them the best possible preparation for 103 and 102, which are a bit more demanding. Many other students opt to take Neur 102 the spring of their freshman year and then 103 next fall. While students who do this sequence typically do just as well, they sometimes lose some of the more complicated aspects of 102. It is also important to remind students that both 102 and 103 can count towards a biology concentration, so they are not committing to neuroscience by taking these classes. For both of these courses it is essential students go to all the lectures and complete the assignments.