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CPB Concentration Requirements
*MCB 65 cannot double-count as both an intermediate biology course and as a physical chemistry course
**Students who do not take at least one course at the level of Physics 15 or 16 or Physical Science 12 must take a computational course as one of the upper level courses chosen from CS 50 or 109; Applied Math 111, 115 or 126; MCB 111, 112, 131, or 199; or other computational class approved by the Head Tutor.
Foundational courses
2 half courses
Intermediate biology
2 half courses
General or Inorganic Chemistry
1 half course
Physical Chemistry
1 half course
Organic Chemistry
2 half courses
Mathematics
1 full course
Physics
1 half course in mechanics
Physics
1 half course in electricity and magnetism
Upper level natural sciences
3 half courses
Research
1 semester
Tutorial
LS 1a (or LPS A) AND LS 1b
MCB 60 AND MCB 63, 65, 66, 68, or 80
PS10, PS11, Chem 40, or Chem 160
MCB 65*, MCB 199, CHEM 60, or CHEM 161
Chem 17 AND Chem 27 or
Chem 20 AND Chem 30
Math 19a AND 19b or
Math 21a AND Math 21b or
Applied Math 21a AND Applied Math 21b
PS 2**, PS 12a, Physics 15a or 16, or Applied Physics 50a
PS 3**, PS 12b, Physics 15b, or Applied Physics 50b
3 courses in the natural sciences, engineering, and/or math (e.g., 100-level CHEM, MCB, or Physics)
Many upper level STEM courses can fulfill this requirement. You can check whether a course meets this requirement by speaking with an advisor during advising conversations or by emailing an advisor the course name/syllabus for confirmation.
At least one upper level project lab course chosen from: LS 100, CHEM 100, CPB 91, and CPB 99.
For more information on getting started in research, click here. For a list of MCB faculty and their research interests, click here.
Click here for more information.
Foundational courses
2 half courses
LS 1a (or LPS A) AND LS 1b
Intermediate biology
2 half courses
MCB 60 AND MCB 63, 65, 66, 68, or 80
General or Inorganic Chemistry
1 half course
PS10, PS11, Chem 40, or Chem 160
Physical Chemistry
1 half course
MCB 65*, MCB 199, CHEM 60, or CHEM 161
Organic Chemistry
2 half courses
Chem 17 AND Chem 27 or
Chem 20 AND Chem 30
Mathematics
1 full course
Math 19a AND 19b or
Math 21a AND Math 21b or
Applied Math 21a AND Applied Math 21b
Physics
1 half course in mechanics
PS 2**, PS 12a, Physics 15a or 16, or Applied Physics 50a
Physics
1 half course in electricity and magnetism
PS 3**, PS 12b, Physics 15b, or Applied Physics 50b
Upper level natural sciences
3 half courses
3 courses in the natural sciences, engineering, and/or math (e.g., 100-level CHEM, MCB, or Physics)
Many upper level STEM courses can fulfill this requirement. You can check whether a course meets this requirement by speaking with an advisor during advising conversations or by emailing an advisor the course name/syllabus for confirmation.
Research
1 semester
At least one upper level project lab course chosen from: LS 100, CHEM 100, CPB 91, and CPB 99.
For more information on getting started in research, click here. For a list of MCB faculty and their research interests, click here.
Tutorial
Click here for more information.
Concentrations make “English honors” (Honors, High Honors, and Highest Honors) recommendations to the College. The Faculty of Arts and Sciences makes Latin honors (cum laude, magna cum laude, and summa cum laude) recommendations based on the overall record. A complete description of the Harvard College honors process is described in the Student Handbook (see “Academic Information: Requirements for Honors Degrees).
We encourage students to remember that distinctions among levels of Honors in fact make little difference in the outside world. The biggest difference between a “summa” and a “cum” may be in the reaction of family and friends on commencement day, and some of our most promising students graduate “cum”. So please do not design your plan of study with distinctions of honors in mind. A sensible and exciting program of courses and research is what matters – not a bit of Latin on your diploma.
The most important advice we can give is to construct a creative and challenging academic program based on your interests and the concentration requirements, engage in laboratory research so that you can experience the excitement of contributing to the discovery of new knowledge in the field, and take tutorial seriously as an opportunity to be mentored by a senior scientist.
With that in mind, the following outlines how honors recommendations are made for CPB concentrators:
2/3 average of all concentration course grades + 1/3 average of the three thesis grades
CPB is, by design, an interdisciplinary concentration, therefore few students pursue joint concentrations with CPB. Students wishing to pursue a joint concentration with CPB must fulfill the CPB Honors course requirements andcomplete a senior thesis that is at the intersection of the two fields of study. Joint concentrations with quantitative fields such as statistics and computer science may be particularly appropriate. Owing to the significant overlap in requirements, a joint concentration in CPB with any of the other life science concentrations (MCB, Neuro, HDRB, IB, HEB, BME, Chemistry, Psychology (Life science track)) are not allowed. If you are considering pursing a joint concentration, reach out to either Dominic Mao or Monique Brewster to discuss this possibility.
Joint concentrations are evaluated and approved on a case-by-case basis. The process for evaluation, approval and advising for joint concentrations is as follows:
1. The potential joint concentrator submits a form.. Early submission facilitates advising and concentration requirement oversight by both potential concentrations, but the form must be submitted at the latest by March 15th of their Junior year. Form submission is followed by a mandatory, in-person meeting with the Assistant Director of Undergraduate Studies. The purpose of the form and meeting is to map out the study plan for a joint concentration (n.b. CPB course requirements is unaffected whether CPB is the primary or the allied concentration). The deadline is intended to give students sufficient time to develop and submit their thesis proposals during the month of July preceding their senior year. The head tutor, in collaboration with the ADUS, will review the application for a joint concentration and respond with a decision accompanied by feedback within a month from the time of submission. Students whose applications are denied can address the comments in the feedback and resubmit by the final deadline of March 15.
2. A joint concentration degree will not be awarded if any thesis or coursework requirement was not met.
3. The student is responsible for mediating communications with the two concentrations to obtain approval of the thesis proposal and establish a plan for evaluation of the joint thesis by both concentrations.
4. Joint concentrators are required to discuss their progress at the start of each semester by meeting with advisors from both concentrations.
CPB students are assigned a Tutor from the Board of Tutors in Biomedical Sciences to provide both intellectual support and professional mentorship. A CPB student typically meets with his or her assigned Tutor regularly throughout the semester, either individually or in small groups, to read and discuss primary literature or relevant texts tailored to the student’s interests.
Click here to view a handout that describes the history, goals, and format of the tutorial program.