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The following is only a brief summary of answers to questions. Full details may be obtained in the undergraduate catalog or by checking with a Chemistry advisor.

1. What is the difference between the B.S. and B.A. degree in Chemistry?

2. I am interested in biochemistry. What does the Chemistry Department have to offer?

3. If I am pursuing a B.S. degree in Chemistry, what additional courses will I need to get a Minor in Biology?

4. If I am pursuing a B.S. degree in Chemistry, what additional courses will I need to get a Double major in Biology?

5. I am interested in going to medical school. Is chemistry an appropriate major?

6. I am interested in studying environmental chemistry. Is there an environmental program in the Chemistry Department?

7. What other Option Programs does the Chemistry Department offer as part of their undergraduate degrees?

8. What are the differences in the following programs: The Computational Chemistry Track, a degree in Chemistry with a Minor in Computer Science, and the Computational Chemistry Option?

9. What are the requirements for an Honors Degree in Chemistry?

10. What do I need to do to get MCS Research Honors with my degree?

11. What is the Honors BS/MS Honors Degree in Chemistry?

12. What is the general difference between a double major and a double degree?

13. What are opportunities to do undergraduate research in the Chemistry Department?

14. I am interested in major in chemistry, but what does Carnegie Mellon offer that other schools do not?

15. What do most chemistry majors do after they graduate?

1. What is the difference between the B.S. and B.A. degree in Chemistry?
The B.S. degree in Chemistry is an undergraduate degree program in chemistry that is approved by the American Chemical Society. It encompasses all the basic chemistry courses required for certification as well as biology, mathematics and physics.

The B.A. degree program in chemistry was set up to allow students to get a broader education by taking more elective courses in place of several required chemistry and mathematics courses as part of their degree.

The B.A. degree is ideal for students who wish to earn an additional degree in another department in H&SS, Fine Arts, Business, or Computer Science but note you can not combine it with an additional degree in an MCS department (e.g. Biological Sciences). See the degree comparison chart.

2. I am interested in biochemistry. What does the Chemistry Department have to offer?
You can not pursue a degree in Biochemistry at Carnegie Mellon, but you can earn a B.S. or B.A. degree in Chemistry with an Option in Biochemistry. If you take a four course sequence in biochemistry related courses as part of your normal electives, you can earn this option.

Also, several faculty members in chemistry have very active research groups in the field of biochemistry and you would have the opportunity to do research under their supervision. See the Degree Options page for more information.

Please talk to your advisor if you wish to pursue the biochemistry option.

3. If I am pursuing a B.S. degree in Chemistry, what additional courses will I need to get a Minor in Biological Sciences?

The Minor in Biological Sciences requires:
(A) Four of the following:

Modern Biology, required for all science majors (03-121)
Biochemistry I (03-231/232)
Cell Biology (03-240)
Genetics (03-330)

and (B) Two biology electives from the following list:
Modern Biology Laboratory (03-124)
Virology (03-380)
Physical Biochemistry (03-438)
Introduction to Biophysics (03-439)
Molecular Biology of Prokaryotes (03-441)
Molecular Biology of Eukarytes (03-442)
NMR in Biomedical Sciences (03-533)
Biological Imaging and Fluorescence Spectroscopy (03-534)
Developmental Genetics (03-550)
Experimental Genetics and Molecular Biology (03-343)

Please talk to your advisor if you wish to pursue a Minor in Biological Sciences.

4. If I am pursuing a B.S. degree in Chemistry, what additional courses will I need to get a Double major in Biology?
The additional courses to earn the additional degree in biology are:
Cell Biology (03-240)
Genetics (03-330)
Biochemistry I (03-231/232)
Experimental Genetics and Molecular Biology (03-343)
Experimental Techniques in Biochemistry (03-344) or Experimental Cell and Developmental Biology (03-345)

In addition, six additional biology electives must be completed with two at the advanced level (03-3xx), exclusive of undergraduate research. Students must also take or be excused from 2 units of Topics in Research (03-411/412). The required two semester of the Biology Colloquium (03-201,202) will count for two semesters of the regular Chemistry Seminars.

Please talk to your advisor if you wish to pursue a double major in Biological Sciences.

5. I am interested in going to medical school. Is chemistry an appropriate major?
Certainly. It is the recommended choice, although students have gone on to medical school having majored in other departments in the science, engineering ands humanities colleges. Chemistry offers an in-depth yet well rounded undergraduate education that medical schools respect. Equipped with appropriate course backgrounds and undergraduate research experiences, chemistry majors have been very successful in medical school.

The University's Health Professions Program can aid you in your pursuit of a medical career.

Health Professions Program
Doherty Hall 1325
(412) 268-8494
Amy L. Burkert, Ph.D., Director
ak11@andrew.cmu.edu

6. I am interested in studying environmental chemistry. Is there an environmental program in the Chemistry Department?
Yes, the Chemistry Department does offer opportunities to study this important field. You can earn a B.S. or B. A. degree in Chemistry with what is called an Option in Environmental Chemistry. Just as with the Option in Biochemistry, if you take a four course sequence in courses that emphasize aspects important to environmental chemistry, you earn an option in Environmental Chemistry. See the Degree Options page for more information.

Also, there are opportunities to do undergraduate research in an area of environmental chemistry in the Chemistry Department. Professor Collins and several of his students have been cited for their work in this field.

Please talk to your advisor if you wish to pursue an Option in Environmental chemistry.

7. What other Option Programs does the Chemistry Department offer as part of their undergraduate degrees?
In addition to the Biochemistry and Environmental Chemistry Options cited above, the Department offers Options in the following areas. Polymer Science, Materials Chemistry, Colloids, Polymers and Surfaces, Management/Business, and Computational Chemistry.

By taking usually at least four courses in these subjects, you can earn an Option in that particular area. Options are important to many students. They show an employer or graduate school that as part of your undergraduate training you have acquired depth in a specialty that others may not have.

See the Degree Options page for more information. Please talk to your advisor if you wish to pursue an option.

8. What are the differences in the following programs: The Computational Chemistry Track, a degree in Chemistry with a Minor in Computer Science, and the Computational Chemistry Option?
The Computational Chemistry Track is a degree program in the Chemistry Department, in which your degree will read B.S. in Chemistry/Computational Chemistry Track. It requires the following courses in addition to the normal B.S. degree requirements: Concepts of Modern Math (21-127), Fundamental Structures of Computer Science I and II (15-211 and 15-212), Computational Chemistry (09-560), and two upper-level computing or mathematics elective courses.

To earn the minor, a few more courses are required, and your degree will read B.S. (or B.A.) in Chemistry with a Minor in Computer Science. The minor also requires Concepts of Modern Math (21-127), Fundamental Structures of Computer Science I and II (15-211 and 15-212), but in addition requires one software project course in Computer Science, and two Computer Science courses at the 300 level or above.

The Computational Chemistry Option is recommended to students who do not want to undertake the demands of taking upper-level computer science courses, but do have an interest in focusing their regular electives on courses that will give them a good background on using computers in chemistry. Four courses are required for the Option: Data Structures (15-200), Numerical Methods (21-369), Computational Chemistry (09-560) and one elective computer related course. A notation will appear on the student's transcript indicating the completion of the option.

Which to pursue? If you start with the Computational Chemistry Track, you will have the base prerequisite courses in case you have the time and decide to pursue additional courses in Computer Science and earn the Minor or even a double major. If you pursue the Option, you will not have the prerequisite to take additional upper-level courses in Computer Science. The Option is designed for students who want some exposure to computers and chemistry, but with considerably less rigor on the computer science part.

9. What are the requirements for an Honors Degree in Chemistry?
In addition to completing the basic B.S. chemistry curriculum, to earn an Honors B.S. degree in Chemistry students must satisfying the following requirements:

Have and maintain a 3.2 or higher QPA overall.
Take one 12 unit graduate course.
Complete a minimum of 18 units of undergraduate research (09-445).
Complete the course 09-455, Honors Thesis (6 units).

In this latter course, you are given 6 units of credit for writing and defending the required thesis describing the results of your research. The thesis defense may be before a faculty committee, or at a poster or scheduled presentation at the annual Carnegie Mellon Meeting of the Minds Symposium. Students contemplating this degree should apply for consideration to the undergraduate honors committee in the Department no later than by the end of the junior year. A committee will monitor the progress of the degree and certify its completion.

10. What do I need to do to get MCS Research Honors with my degree?
If you complete the B.S. Honors degree or B.S./M.S. Honors Degree program, you will automatically qualify for the designation MCS Research Honors. Also, you are eligible if you have earned a cumulative QPA of 3.2 or greater, and have carried out significant, successful research and have completed one of the following:

You are an author or co-author of an article in a refereed journal that is in print or that has been submitted for publication.
Or you are presenting the results of your research at an organized and public research symposium or national/regional meeting, such as the Sigma Xi poster competition at Carnegie Mellon's annual research symposium. (Presentations at group research meetings or undergraduate departmental seminars will not satisfy this requirement.)

Final approval of nominations for MCS research honors will come from the Dean of MCS and the Associate Dean for Undergraduate Affairs. See the MCS research honors page.

11. What is the Honors BS/MS Honors Degree in Chemistry?
Students pursuing this program will earn, normally in 4 years, both an Honors B.S. degree in Chemistry and a Masters Degree in Chemistry. The program is highly research intensive. Visit the Undergraduate Degrees page for more information.

12. What is the general difference between a double major and a double degree?
In a double major program, students are required to complete the requirements for the second department in the course of completing their primary undergraduate degree. The minimum unit requirement remains 360. The degree will read, for example, a B. S. in Chemistry with an Additional Major in Biology.

In a double degree program, two separate degrees are awarded, one from each department. All requirements for the second department must be completed, but to qualify, each additional degree requires an additional 90 units of total coursework. In most cases this will mean a requirement of 450 units.

13. What are opportunities to do undergraduate research in the Chemistry Department?
Although undergraduate research is not a requirement for a degree in chemistry at Carnegie Mellon, every chemistry major has the opportunity to join a professor's research group for pay or credit as part of their undergraduate education. Research for credit can satisfy chemistry and a portion of certain other electives required for all of the undergraduate chemistry degree programs. Qualified students can begin a research project with a professor as early as they wish, even in the freshman year. Visit the Undergraduate Research section of the website for more information.

14. I am interested in major in chemistry, but what does Carnegie Mellon offer that other schools do not?
At Carnegie Mellon, we are a small enough school and department to take a personal interest in matching the talents and interests of our majors. In particular we offer many opportunities to pursue studies in interdisciplinary areas of science and engineering. Our majors can concentrate their studies in key fields such as biochemistry, computational chemistry, materials chemistry, and environmental chemistry. This not only includes course studies, but students can work in the research laboratories of professors, use sophisticated, state-of-the-art equipment, and acquire special research and lab skills that will benefit them enormously. Visit the "Why Carnegie Mellon for Chemistry" page for more details.

15. What do most chemistry majors do after they graduate?
Many of our majors go on to graduate schools to earn higher degrees in chemistry. Our majors are now in graduate programs at top schools such as Harvard, Stanford, MIT, Berkeley, CalTech. A significant number get jobs in the chemical industry with companies like Merck, Dupont, and Bayer. See the "Where Chemistry Graduates Go" page for more a more complete list.

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