UCLA CHEMISTRY &
BIOCHEMISTRY
ORIENTATION
HANDBOOK
2013-2014
Table of Contents
Welcome Newsletter...............................................................................................................................................1
Introduction ............................................................................................................................................................3
Professors & Advisors ...........................................................................................................................................4
Chemistry & Biochemistry Undergraduate Office .............................................................................................6
Majors in Chemistry ..............................................................................................................................................7
Biochemistry ...........................................................................................................................................................8
Chemistry..............................................................................................................................................................11
Physical Chemistry Concentration .....................................................................................................................13
Chemistry-Materials Science ..............................................................................................................................15
Chemistry-Materials Science Organic Concentration .....................................................................................16
General Chemistry ...............................................................................................................................................18
Computing Specialization ...................................................................................................................................20
Tentative Course Offerings for 2013-2014 ........................................................................................................21
Remaining Degree Planner with Unit Totals.....................................................................................................22
Chemistry and Biochemistry Research Tutorial Enrollment Instructions ....................................................24
Frequently Asked Questions ...............................................................................................................................26
Academic Programs for Undergrads in Science ...............................................................................................30
Academic Resources ............................................................................................................................................32
Campus Resources ...............................................................................................................................................33
Department of Chemistry & Biochemistry
WELCOMING THE 2013-2014 INCOMING STUDENTS
CHAIR’S MESSAGE
Dear Students: We are so excited and happy to welcome you to our family at UCLA Chemistry & Biochemistry. As you begin your
new adventure at UCLA, we are delighted to share with you this special condensed version of the 16-page Spring Newsletter that
you can find on our revamped webpage: WWW.CHEMISTRY.UCLA.EDU
We invite you to visit our webpage and also join our Facebook (Facebook.com/uclachem) and Twitter (twitter.com/
UCLAChemBiochem) pages, where you can find weekly updates about the exciting accomplishments and happenings taking place at our
department! From these resources, you will find countless ways to get involved and build new relationships at our department. I am confident that the
year will be full of rewarding experiences for all of us. We look forward to sharing this exciting journey with you.
Yours Sincerely, Miguel Garcia-Garibay, Chair, UCLA Department of Chemistry & Biochemistry
Image from
“The Super Supercapacitor,”
a 3-minute video made by
award-winning director Brian Davis
Frances Arnold being awarded the
National Medal of Technology &
Innovation by President Obama
Fast Facts
The Super Supercapacitor
Distinguished Lecture Series
• There are 12 Nobel Laureates with ties to
UCLA (3 are alumni and 3 are faculty of the
In “The Super Supercapacitor,” Maher El-
We welcome you to join us for the inaugural
Kady (a student in Prof. Richard Kaner’s
UCLA Department of Chemistry &
group receiving his Ph.D. today!) can be seen
Biochemistry Distinguished Lecture Series.
throwing a handful of batteries into the
The lecture series will be geared toward
“battery recycling bin,” in favor of running
students, faculty, friends, and alumni whose
everyday gadgets with a superior
interests range from systems biology and
replacement, the graphene supercapacitor.
complex molecule synthesis, to nanomaterials
Graphene supercapacitors are not only
and chemical theory.
Photo: Ted Spiegel/© Ted Spiegel/CORBIS
Department of Chemistry & Biochemistry)
• The London Times Higher Education ranks
UCLA as the 13th top University in the
World and 8th in World Reputation
• UCLA has 10 National Medal of Science
Winners (5 of whom are faculty members in
the Department of Chemistry &
biodegradable, but are also able to charge
Biochemistry)
• There are 50 National Academy of Science
Members (12 of whom are Chemistry &
Biochemistry faculty)
The Inaugural Fall Lecture will be
and discharge about 100 to 1000 times faster
presented by Professor Frances H. Arnold
than the average alkaline battery.*
(CalTech) on November 6, 2013 at UCLA.*
*Full versions of these articles are available in the 2013 Spring Newsletter: www.chemistry.ucla.edu/featured
The 2013 Glenn T. Seaborg Medal will be awarded to Professor Kendall Houk. Houk received A.B., M.S.,
and Ph.D. degrees at Harvard. He has taught at Louisiana State University and the University of Pittsburgh,
before coming to UCLA in 1986. From 1988-1990, he was Director of the Chemistry Division of the National
Science Foundation. He was chair of the Department of Chemistry & Biochemistry from 1991-1994, and
became the Saul Winstein Chair in Organic Chemistry in 2009. The 2013 Seaborg Symposium & Medal
Award Dinner will take place on Oct. 26, 2013. Please visit www.seaborg.ucla.edu for more information.
THE FULL VERSION OF OUR NEWSLETTER IS AVAILABLE AT WWW.CHEMISTRY.UCLA.EDU/FEATURED
Eisenberg
P. Weiss
Alexandrova
Garg
Liao
Garcia-Garibay
S. Weiss
Maynard
Torres
AWARDS & HONORS Many awards and honors have been bestowed upon our faculty in the past year. These include the ISCB Sr. Scientist
Accomplishment Award (Prof. David Eisenberg), $1 Million W.M. Keck Foundation Grant (Prof. Paul Weiss & colleagues), Humboldt Research
Award (Prof. Shimon Weiss), and many more, featured on the full version of our newsletter (available at www.chemistry.ucla.edu/featured).
ALUMNI SPOTLIGHT: RAYMOND AND DOROTHY WILSON Chemistry grabbed hold of Raymond A. Wilson (class
of ’43) as a teenager, and never let go. Born in Boyle Heights and raised in Inglewood, Wilson recalled having a “bent
for the sciences,” and in high school he took all the science courses that were offered. He enrolled at UCLA in 1939
and never wavered from his decision to major in chemistry.
Although Raymond Wilson graduated seventy years ago, he has enduring memories of several UCLA chemistry
professors who profoundly affected his life. Wilson credits his UCLA education for giving him an excellent start to an
immensely satisfying 40-year career with Shell Oil Company.
The Wilsons started their journey of giving back to UCLA in the 1990s, when they donated a piece of real estate to
the Chemistry & Biochemistry Department to help fund the new Chemistry Building. During a visit to see the nearly
completed building, they were so impressed by Professor Richard Kaner (their tour guide) that they decided to donate
funds to support his research–and have done so ever since. Wilson’s next major gift came in 2001, when he named UCLA as the beneficiary of
a large IRA and established the Ray and Dorothy Wilson Endowment in Chemistry, which supports visiting professors and student fellowships in
the Department. Over the years, the Shell Oil matching gift program has added generously to the endowment.
Through their generosity, Raymond and Dorothy Wilson have built a solid legacy in the Department that is also a lasting tribute to the
chemistry professors who, seventy years ago, had such a profound impact on a bright young chemistry student.
The generous support of our Alumni & Friends keeps UCLA at the forefront of innovation and discovery. Please visit www.chemistry.ucla.edu/support-us
to find out how you can join the department in our ongoing efforts to strive for excellence in education and research!
2013 Upcoming Events
in the Department of Chemistry & Biochemistry
Oct.
9
Oct.
26
Fall
TBA
Hawthorne Lecture, Presented by
Prof. Philip Power, UC Davis
October 9, 2013 (Time and location to be
announced*)
Nov.
Seaborg Symposium & Medal Award
Dinner, Honoring Prof. Kendall Houk
October 26, 2013 (CNSI Auditorium, 12-5:30p.m.,
Covel Commons, 6:30-8:30 p.m.)
Nov.
6
18
Distinguished Lecture Series, Presented by
Prof. Frances H. Arnold, CalTech
November 6, 2013 (4:00 p.m., Location to be
announced*)
Departmental Awards Ceremony
November 18, 2013 (Court of Sciences, Room 24,
4:00 p.m.)
115th Faculty Research Lectureship, Presented by Prof. Richard Kaner
Time and location information to be announced*
*You can find more events, seminars,
and updates by visiting our website:
WWW.CHEMISTRY.UCLA.EDU
THE FULL VERSION OF OUR NEWSLETTER IS AVAILABLE AT WWW.CHEMISTRY.UCLA.EDU/FEATURED
Introduction
Welcome to the Department of Chemistry & Biochemistry!
Enclosed in this packet is some important information about the department, your
major, and the College of Letters & Science.
All this information and more can be found in the Undergraduate Handbook that is
available on our website at: http://www.chemistry.ucla.edu/undergraduate.
Please take some time this summer and review the handbook online.
Since many upper division major courses have
preparation courses as prerequisites, you should
begin your background preparation early. In fact,
we recommend that you take at least one chemistry
course each quarter. Additionally, we recommend
that you utilize your GE requirements to take
courses in writing. The mastery of English is
extremely important, and well-developed verbal and
writing skills are essential for success in any
technical career.
Chemistry is concerned with the composition,
structure, and properties of substances. It analyzes
the transformations of these substances into others
by reactions, and studies the kinds of energy
changes that accompany these reactions.
The UCLA Chemistry and Biochemistry
Department is organized into four inter-related and
overlapping sub-disciplines, including:
o Inorganic Chemistry - the chemistry of
inorganic substances
o Organic Chemistry - the chemistry of
carbon-containing compounds
o Biochemistry - the chemistry of living
systems
o Physical Chemistry - the physical behavior
of substances in relation to their structures
and chemical properties
Upon completion of the major, you will be
equipped to pursue a variety of career options based
on your exposure to a wide assortment of fields of
study during your undergraduate career.
There are many people on campus that can assist
you in finding courses, planning for the future, and
exploring other resources on campus. Check out
the “Academic Resources” section to make sure you
know where to go for help.
Chemistry and biochemistry are complex subjects
that require a strong background in math, physics,
and biology. As a chemistry or biochemistry major,
you will be required to take a series of rigorous
preparation courses to aid you in your
understanding of the various chemical fields. The
organization of the curriculum allows you to begin
taking chemistry courses, along with other
preparation courses, during your first quarters at
UCLA.
This packet should serve as a great resource for
questions you may have about the department or the
major. For further questions, contact the
Chemistry & Biochemistry Undergraduate
Office
Office: 4006 Young Hall
Phone: (310) 825-4660 or (310) 825-1859
E-mail: ugrad@chem.ucla.edu
3
Faculty and Advisors
Faculty
Department Chairman
Miguel Garcia-Garibay
Analytical Chemistry Faculty
Anne M. Andrews
Louis-Serge Bouchard
James U. Bowie
Xiangfeng Duan
Miguel Garcia-Garibay
James K. Gimzewski
Yung-Ya Lin
Joseph A. Loo
Heather D. Maynard
Sabeeha Merchant
Bioenergy and the Environment Faculty
James U. Bowie
Juli Feigon
Robert T. Clubb
James C. Liao
David S. Eisenberg
Sabeeha Merchant
John T. Wasson
Paul S. Weiss
Shimon Weiss
Todd O. Yeates
Biophysics Faculty
Anastassia N. Alexandrova
Anne M. Andrews
James U. Bowie
Robert T. Clubb
David S. Eisenberg
Juli Feigon
William M. Gelbart
James K. Gimzewski
Wayne L. Hubbell
Christopher J. Lee
Alexander J. Levine
Raphael D. Levine
Yung-Ya Lin
Thomas G. Mason
Margot E. Quinlan
Paul S. Weiss
Shimon Weiss
Todd O. Yeates
Inorganic Chemistry Faculty
Paula L. Diaconescu
Xiangfeng Duan
Richard B. Kaner
John T. Wasson
Jeffrey I. Zink
Materials and Nanoscience Faculty
Anastassia N. Alexandrova
Anne M. Andrews
Delroy A. Baugh
Timothy J. Deming
Xiangfeng Duan
Miguel A. Garcia-Garibay
James K. Gimzewski
Richard B. Kaner
Thomas G. Mason
Heather D. Maynard
Yves F. Rubin
Benjamin J. Schwartz
Sarah H. Tolbert
Paul S. Weiss
Jeffrey I. Zink
Metabolism, Aging and Development Faculty
Guillaume F. Chanfreau
Albert J. Courey
Catherine F. Clarke
Carla M. Koehler
Steven G. Clarke
Margot E. Quinlan
Organic Chemistry Faculty
Anne M. Andrews
Timothy J. Deming
Miguel A. Garcia-Garibay
Neil K. Garg
Robin L. Garrell
Patrick G. Harran
Kendall N. Houk
Michael E. Jung
Ohyun Kwon
Heather D. Maynard
4
Richard L. Weiss
Craig A. Merlic
Yves F. Rubin
Yi Tang
Physical Chemistry Faculty
Anastassia N. Alexandrova
Anne M. Andrews
Delroy A. Baugh
David B. Bensimon
Louis-Serge Bouchard
Robin Bruinsma
Peter M. Felker
William M. Gelbart
James K. Gimzewski
Alexander J. Levine
Raphael D. Levine
Yung-Ya Lin
Thomas G. Mason
Daniel Neuhauser
Benjamin J. Schwartz
Sarah H. Tolbert
Paul S. Weiss
Shimon Weiss
Gerard C. L. Wong
Jeffrey I. Zink
Structural and Computational Biology Faculty
James U. Bowie
Wayne L. Hubbell
Robert T. Clubb
Christopher J. Lee
David S. Eisenberg
Joseph A. Loo
Juli Feigon
Margot E. Quinlan
Emil Reisler
Todd O. Yeates
Systems Biology and Biological Regulation Faculty
James U. Bowie
Juli Feigon
Guillaume F. Chanfreau
James W. Gober
Catherine F. Clarke
Carla M. Koehler
Steven G. Clarke
James C. Liao
Robert T. Clubb
Joseph A. Loo
Albert J. Courey
Harold G. Martinson
Sabeeha Merchant
Margot E. Quinlan
Emil Reisler
Jorge Torres
Joan S. Valentine
Richard L. Weiss
Theory and Computation
Anastassia N. Alexandrova
Paula L. Diaconescu
David S. Eisenberg
William M. Gelbart
James K. Gimzewski
Kendall N. Houk
Christopher J. Lee
Alexander J. Levine
Raphael D. Levine
Daniel Neuhauser
Benjamin J. Schwartz
Todd O. Yeates
Instructional Division
Alfred D. Bacher
Jonah Chang
Steven A. Hardinger
Maher M. Henary
Steven J. Kim
Max Kopelevich
Laurence Lavelle
Stacie Nakamoto
Sharon Neufeldt
Johnny Pang
Arlene Russell
Eric Scerri
Heather Tienson
Christina Vizcarra
Faculty Advisors
Faculty Advisors provide assistance with academic course planning and meet with students who want to know
more details about the content of their chemistry courses. They can also provide important information about
different careers in chemistry.
Biochemistry Faculty Advisor
Dr. Richard Weiss
weiss@chem.ucla.edu
5072A Young Hall
Chemistry Faculty Advisor
Dr. Paula Diaconescu
pld@chem.ucla.edu
1515 Molecular Science Bldg.
Chemistry Materials Science Advisor
Dr. Sarah Tolbert
tolbert@chem.ucla.edu
3045A Young Hall
Physical Chemistry Advisor
Dr. Tom Mason
mason@chem.ucla.edu
3040 Young Hall
General Chemistry Advisor
Dr. Steve Hardinger
harding@chem.ucla.edu
3077C Young Hall
5
Chemistry & Biochemistry Undergraduate Office
Undergraduate Office is located in 4006 Young Hall.
Walk-In Hours Only
Undergraduate Advisor
Tim Mahlanza
tim@chem.ucla.edu
310-825-1859
Monday –Friday
8:15AM-5:00 PM
Scheduling & Enrollment Coordinator,
Undergraduate Advisor
Denise Mantonya
denise@chem.ucla.edu
310-825-4660
If you need assistance in planning your schedule or have questions regarding petitions, then stop by. We also
answer questions regarding Departmental and/or University regulations, career planning and problems of
academic status, information about research projects (Chemistry/Biochemistry 196, 199), faculty room and
phone numbers, summer internships, tutoring, scholarships, fellowships and job openings, questions concerning
enrollment for all chemistry courses and schedule changes. For more information, please look at the website for
the undergraduate program:
http://www.chemistry.ucla.edu/undergraduate
College Counselors
For questions regarding University or College of Letters & Science requirements (e.g. General Education,
Foreign Language, Writing I/II, ECP, etc.) and petitions, meet with your College Counseling Unit.
o Honors Students - Honors Counseling Office in A-311 Murphy Hall
o Academic Advancement Program (AAP) Students – AAP Office in 1209 Campbell Hall
o Athletes – The George Kneller Academic Center (J.D. Morgan Center Suites 121, 127)
http://www.uclabruins.com/academics/ucla-academics.html
o All Other Students – College Counselors in A-316 Murphy Hall
http://www.ugeducation.ucla.edu/counseling
6
MAJORS IN CHEMISTRY
The UCLA Chemistry and Biochemistry Department offers four undergraduate majors, two concentrations, and
one specialization:
Biochemistry
This major is designed primarily for students who are interested in
attending graduate school in Biochemistry or related areas. It also
satisfies many of the requirements for applying to medical school
and other professional schools.
Chemistry
Designed primarily for students who are interested in attending
graduate school in Chemistry or related areas. It also satisfies some
of the requirements for applying to medical school and other
professional schools.
Physical Chemistry Concentration
Designed primarily for Chemistry majors who are interested in
attending graduate school in Physical Chemistry, Physics, or
related areas.
Chemistry-Materials Science
Designed primarily for students who are interested in chemistry
with an emphasis on material properties. The major provides
appropriate preparation for graduate studies in fields emphasizing
interdisciplinary research involving chemistry, engineering, and
applied science.
Chemistry-Materials Science Organic Concentration
Designed primarily for students who are interested in chemistry
with an emphasis on the material properties of organic matter. The
major provides appropriate preparation for graduate studies in
fields emphasizing interdisciplinary research involving chemistry,
engineering, and applied science.
General Chemistry*
Intended for students who wish to acquire considerable
background in chemistry in preparation for careers outside
chemistry. It may be appropriate for students who plan careers in
environmental science, patent law, public health, or teaching with
an emphasis on science, or other career paths.
Computing Specialization
Can be added to any of the four majors above. Designed for
students who are interested in adding computer programming and
computational chemistry to their Chemistry, Biochemistry, General
Chemistry, or Chemistry-Materials Science degree.
*Note—This major requires a proposal and departmental approval
7
UCLA BIOCHEMISTRY MAJOR 2013-2014
BIOCHEMISTRY MAJOR (B.S.): This major is designed primarily for students who are interested in attending
graduate school in Biochemistry or related areas. It also satisfies many of the requirements of pre-medical and
other pre-professional schools. Refer to the UCLA General Catalog (http://www.registrar.ucla.edu/catalog) for
course descriptions and requisites.
For more details about this major and others offered in the Department of Chemistry and Biochemistry,
consult the Undergraduate Office in 4006 Young Hall.
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H), 30B, 30BL, 30C
Math
31A, 31B, 32A (33A recommended)
Physics
6A(H), 6B(H), 6C(H) OR 1A(H), 1B(H), 1C(H), 4BL
Life Science
Lifesci 2, Lifesci 23L*, Lifesci 3, Lifesci 4
(H) indicates that an HONORS section may be available
*consult the Life Sciences Core Office about the sequencing of this course
Upper Division (UD) Major Requirements
Chemistry (Chem)
110A
Biochemistry (Chem)
153A(H), 153B(H), 153C(H), 153L, 154, 156
One Chemistry or
Biochemistry Elective
(4 Units)
Three Electives
(12 Units)
One upper division or graduate-level Chemistry (Chem)
course
Three upper division or graduate level courses from the
approved list (see separate list).
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a
prerequisite for a more advanced course for which you already have credit.
 Seminars, individual study courses, and research courses (e.g. 196, 199) may not be used to
satisfy the requirements for the biochemistry major.
 You must maintain at least an overall 2.0 GPA in the upper division coursework taken to
fulfill the major requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
 Contact the Life Sciences Core Office about scheduling Lifesci 23L.
C l a s s S c h e d u l i ng
P r e p a r a t io n f o r t h e M a j o r
The following is a possible schedule for the first six quarters for students planning to major in Biochemistry.
A normal course load is 16 units per quarter; students should also integrate their lower division general
education requirements.
Course
1 (units)
Chemistry
20A (4)
Mathematics
31A (4)
2 (units)
20B (4) &
20L (3)
3 (units)
30A (4) &
30AL (4)
31B (4)
32A (4)
Physics
Other
QUARTER
4 (units)
30B (4)
6A (5)
English 3 (5)
C l a s s S c h e d u l i ng
Life Sci. 2 (4)
5 (units)
30C (4) &
30BL (3)
6 (units)
6B (5)
6C (5)
Life Sci. 3 (4) Life Sci. 4 (5)
U p p er D i v i s i o n C o u r se s
8
153A (4)
This table outlines the recommended course combinations and timing for the advanced Chemistry courses:
Quarter
7
8
9
10
Chemistry
153L,
[153B(H) or 153C(H)]
110A,
[153B(H) or 153C(H)]
154
156
11
12
U p p er D iv i s io n ( UD ) C h e m i s tr y C o ur s e s
The program of upper division courses for the Biochemistry major should be planned with care. Particular
attention should be paid to prerequisites for advanced courses and to the quarter(s) in which courses are
offered.
Course
Course Title
Prerequisite(s)
110A
Physical Chemistry: Chemical
Thermodynamics
Chem 20B; Math 32A; [Physics 1A, 1B, 1C*, OR Physics
6A, 6B, 6C*]
153A(H)
Biochemistry: Intro to Structure, Chem 30B with grade of C- or better;
Enzymes, and Metabolism
(Life Science 2, 23L, 3)
153B(H)
Biochemistry: DNA, RNA, and
Protein Synthesis
Chem 153A(H); Life Science 2, 3
153C(H)
Biochemistry: Biosynthetic and
Energy Metabolism and Its
Regulation
Chem 153A(H)
153L
Biochemical Methods I
Chem 30B, 30BL, 153A(H)* with grades of C- or better
154
Biochemical Methods II
Chem 153A(H), 153B(H), 153L with grades of C- or
better; (156)
156
Physical Biochemistry
Chem 110A, 153A(H)
* indicates may be taken concurrently with the course
( ) recommended courses
C o ll e g e R e q u i r e me n t s f o r t h e B . S . D e g re e
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA
General Catalog. A minimum of 180 quarter units are required for the degree; 60 of these 180 units must be
upper division (course numbers 100-199). Check your DPR to determine your allotted maximum number of
quarter units. Note: the Biochemistry UD Requirements satisfy at least 45 UD units.
9
BIOCHEMISTRY UPPER DIVISION (UD) ELECTIVES
Students entering major before Fall 2011:
 One Chem Elective (4 units)
 Four UD Electives (16 units)
Chem C100
Chem 103
Chem M104
Chem C105
Chem C108
Chem 110B
Chem 113A
Chem C113B
Chem 114
Chem C115A
Chem C115B
Chem M117
Chem 118
Chem M120
Chem 121
Chem C123A
Chem C123B
Chem 125
Chem C126A
Chem CM127
Chem 136
Chem C140
Chem C143A
Chem C143B
Chem 144
Chem C145
Chem C159A
Chem C159B
Chem CM160A
Chem C160B
Chem C161A
Chem C164
Chem C165
Chem CM170
Chem 171
Chem 172
Chem C174
Chem C175
Chem C176
Chem C179
Chem C180
Chem C181
Chem 184
Chem C185
Anthro 153
A&O Sci 104
A&O Sci M105
A&O Sci M140
A&O Sci 141
A&O Sci 145
BioEng 100
Biol Ch M140
Biomath 106
Biomath 108
Biomath C108C
Biomath 110
Biomath 160
Biomath 170A
BioMed Eng C101
BioMed Eng CM180
BioMed Eng C185
Biostat 100A
Biostat 100B
Biostat 110A
Biostat 110B
Biostat 115
ChemEng 100
ChemEng 101A
ChemEng 109
ChemEng 110
ChemEng CM145
C&EE 108
EE Biol 100
EE Biol 101
EE Biol 103
EE Biol 105
EE Biol 109
EE Biol 110
EE Biol 111
EE Biol 112
EE Biol 113A
EE Biol 114A
EE Biol 115
EE Biol 116
EE Biol 117
EE Biol C119
EE Biol 120
EE Biol 121
EE Biol 122
EE Biol 128
EE Biol 129
EE Biol 130
EE Biol 134A
EE Biol 135
EE Biol 136
EE Biol 137
EE Biol M139
EE Biol M145
EE Biol 146
EE Biol 151A
EE Biol 154
EE Biol M158
EE Biol 162
EE Biol 168
EE Biol 170
EE Biol 175
EE Biol 181
Elec Eng M185
Environ 121
Env Hlt 100
Env Hlt C140
Env Hlt C185B
Epidem 100
E&S Sci C107
E&S Sci C109
E&S Sci M118
Grntlgy M119X
Hum Gen C144
Hum Gen CM156
M Pharm 110A
M Pharm 110B
Math 110A(H)
Math 110B(H)
Math 110C
Math 111
Math 115A
Math 115B
Math 117
Math 120A
Math 120B
Math 121
Math 123
Math 131A
Math 131AX
Math 131B
Math 131C
Math 132
Math 134
Math 135
Math 136
Math 142
Students entering major Fall 2011 and later:
 One Chem Elective (4 units)
 Three UD Electives (12 units)
Math 143
Math 146
Math 149
Math 151A
Math 151B
Math 153
Math 157
Math 164
Math 167
Math 170A
Math 170B
Math 171
Math 172A
Math 172B
MCD Bio 100
MCD Bio 138
MCD Bio M140
MCD Bio C141
MCD Bio 143
MCD Bio C150
MCD Bio 155
MCD Bio CM156
MCD Bio 162
MCD Bio 165A
MCD Bio 165B
MCD Bio 168
MCD Bio M170
MCD Bio 172
MCD Bio C174A
MCD Bio C174B
MCD Bio C174D
MCD Bio M175A
MCD Bio M175B
MCD Bio M175C
Med Hist M169
MIMG 100L
MIMG 101
MIMG 102
MIMG 103L
MIMG 106
MIMG 120
MIMG 132
MIMG CM133
MIMG CM156
MIMG 168
MIMG C174
MIMG 185A
Mol Tox M110A
MS&Eng CM180
Neurbio M169
Neurosc M101A
Neurosc M101B
Neurosc M101C
Neurosc 101L
Neurosc 102
Neurosc M119L
Neurosc M119N
Neurosc M130
Neurosc M145
Neurosc M148
Neurosc C172
Philos M134
PhySci 100
PhySci 111A
PhySci 111B
PhySci 111L
PhySci 124
PhySci C126
PhySci 133
PhySci 135
PhySci 136
PhySci C137
PhySci 138
PhySci C144
PhySci M145
PhySci 147
PhySci M148
PhySci 149
PhySci C150
PhySci C152
PhySci 153
PhySci 155
PhySci M158
PhySci 165
PhySci 166
PhySci 167
PhySci 173
PhySci M180A
PhySci M180B
PhySci M180C
PhySci M181
Physics 105A
Physics 105B
Physics 108
Physics 110A
Physics 110B
Physics 112
Physics 114
Physics 115A
Physics 115B
Physics 115C
Physics 116
Physics 117
Physics M122
Physics 123
Physics 124
Physics 126
Physics 131
Physics 132
Physics 140A
Physics 140B
Physics 150
Physics 160
Physics 180A
Physics 180B
Physics 180C
Physics 180D
Physics 180E
Physics C185
Psych 100A
Psych 115
Psych 116
Psych M117A
Psych M117B
Psych M117C
Psych M117J
Psych M119L
Psych M119N
Psych 119R
Psych M119X
Pub Hlt 150
SocGen 102W (M102)
Stats 100A
Stats 100B
Stats 100C
If electives do not show up on your DPR, call your department advisor at (310) 825-1859.
10
07/2013
UCLA CHEMISTRY MAJOR 2013-2014
CHEMISTRY MAJOR (B.S.): This major is designed primarily for students who are interested in attending
graduate school in Chemistry or related areas. It also satisfies some of the requirements of pre-medical and
pre-professional schools. Refer to the UCLA General Catalog (www.registrar.ucla.edu/catalog) for course
descriptions and requisites.
For more details about this major and others offered in the Department of Chemistry and Biochemistry,
consult the Undergraduate Office in 4006 Young Hall.
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H), 30B, 30BL, 30C, 30CL
Math
31A, 31B, 32A, 32B, 33B
Physics
1A(H), 1B(H), 1C(H), 4BL
(H) indicates that an HONORS section may be available
Upper Division Major Requirements
Chemistry (Chem)
110A, 113A, [110B OR C113B], 114(H), [136+ OR 144+], 171, C172
Biochemistry (Chem)
153A(H), 153L
One Chemistry Elective
(4 units)
Chemistry Laboratory
(Choose one)
One upper division or graduate-level Chemistry (Chem) course
(see list on back)
118, 136+, 144+, 154, C174, 184, C185
Course may only be applied once to the major
[ ] Pick one course enclosed in brackets
+
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a prerequisite for a
more advanced course for which you already have credit.
 Seminars, individual study courses, and research courses (e.g. 196, 199) may not be used to satisfy the
requirements for the Chemistry major.
 You must maintain at least an overall 2.0 GPA in the upper division coursework taken to fulfill the
major requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
C l a s s S c h e d u l i ng
P r e p a r a t io n f o r t h e M a j o r
The following schedule for the first six quarters is recommended for students planning to major in Chemistry.
A normal course load is 16 units per quarter; students should also integrate their lower division general
education requirements.
1 (units)
2 (units)
QUARTER
3 (units)
4 (units)
5 (units)
Chemistry
20A (4)
20B (4) &
20L (3)
30A (4) &
30AL (4)
30B (4) &
30BL (3)
30C (4) &
30CL (4)
Mathematics
31A (4)
31B (4)
32A (4)
33B (4)
1A (5)
1B (5)
32B (4)
1C (5) &
4BL (2)
Course
Physics
11
6 (units)
171 (4) &
[110A (4) OR
113A (4)]
U p p er D iv i s io n ( UD ) C h e m i s tr y E l e ct i v e C o u r s es
The program of upper division courses for the Chemistry major should be planned with care. Particular
attention should be paid to prerequisites for advanced courses and to the quarter(s) in which courses are
offered. Please use the following list as a guide to plan your elective courses.
Course
Course Title
Prerequisite(s)
103
C115A
Environmental Chemistry
Quantum Chemistry
C115B
118
Quantum Chemistry
Colloidal Dynamics Laboratory
C123A
C123B
125
Classical and Statistical Thermodynamics
Classical and Statistical Thermodynamics
Computers in Chemistry
C126A
Computational Methods for Chemists
136
C140
C143A
Organic Structural Methods
Bionanotechnology
Structure and Mechanism in Organic
Chemistry
Mechanism and Structure in Organic
Chemistry
Practical and Theoretical Introductory
Organic Synthesis
Theoretical and Computational Organic
Chemistry
Biochemistry: DNA, RNA, and Protein
Synthesis
Biochemistry: Biosynthetic and Energy
Metabolism and Its Regulation
Advanced Principles of Molecular and
Cellular Biosciences I
Biochemical Methods II
Physical Biochemistry
Intro to Bioinformatics
Chem 30B, 30BL, 110A, 153A(H), 153L
Chem 113A; Math 32B, 33A with grades of C- or better (see
catalog)
Chem C115A with grade of C- or better
[Chem 110A, 110B with grades of B or better OR equivalent
Statistical Mechanics courses from engineering, math, or physics]
Chem [110B or 156] (113A)
Chem [110B or 156] (113A)
Chem 110A, 110B, 113A; Prep: working knowledge of Fortran IV
or PL/1
Chem 110A; Math 33B; Prep: programming experience in BASIC,
Fortran, C, C++, Java, or Pascal
Chem 30C, 30CL with grades of C- or better
Chem 30C, 110A
Chem 30C, 30CL*, 110B, 113A with grades of C- or better
C143B
144
C145
153B(H)
153C(H)
CM153G
154
156
CM160A
C160B
Chem C143A with grade of C- or better
Chem 30C, 30CL with grades of C- or better
Chem 30C, 113A
Chem 153A(H); Life Sciences 2, 3
Chem 153A(H)
Chem 110A, 153A, 153B, 153C, 156
Chem 153A(H), 153B(H), 153L with grades of C- or better (156)
Chem 110A, 153A
[Biostats 100A OR 110A OR Math 170A OR Stats 100A OR 110A];
[Comp Sci 180 OR PIC 60] with grades of C- or better.
Chem CM160A with grade of C- or better (PIC 60; Stats 100A,
110A)
Chem 153C
Chem 153A and [153B OR 153C] with grades of C- or better
Chem 30CL, C172 with grades of C- or better
Chem 110A, 110B, 113A, C172
Chem 113A, C172
Algorithms in Bioinformatics and
Systems Biology
C161A
Plant Biochemistry
C164
Free Radicals in Biology and Medicine
C174
Inorganic and Metalorganic Lab Methods
C175
Inorganic Reaction Mechanisms
C176
Group Theory and Applications to
Inorganic Chemistry
C179
Biological Inorganic Chemistry
Chem
C180
Solid-State Chemistry
Chem
C181
Polymer Chemistry
Chem
184
Chemical Instrumentation
Chem
C185
Materials Chemistry Lab
Chem
* indicates may be taken concurrently with the course
( ) recommended courses
153A(H), 171
C172
30B, 110A
30CL, 110A with grades of C- or better
30AL, 110A, 113A, 171
[ ] pick one course enclosed in brackets
bold indicates courses that satisfy the lab requirement
C o ll e g e R e q u i r e me n t s f o r t h e B . S . D e g re e
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA
General Catalog. A total of at least 180 quarter units are required for the degree; 60 of these 180 units must
be upper division (course numbers 100-199). ). Check your DPR to determine your allotted maximum number
of quarter units. Note: the Chemistry UD Requirements satisfy at least 47 UD units.
12
UCLA PHYSICAL CHEMISTRY CONCENTRATION 2013-2014
CHEMISTRY MAJOR (B.S.), PHYSICAL CHEMISTRY CONCENTRATION: This concentration is designed primarily for
Chemistry majors who are interested in attending graduate school in Physical Chemistry/Physics or related areas. It may
also satisfy some of the needs of pre-medical and other pre-professional schools. Refer to the UCLA General Catalog
(www.registrar.ucla.edu/catalog) for course descriptions and requisites.
For more details about this major and others offered in the Department of Chemistry and Biochemistry, consult the
Undergraduate Office in 4006 Young Hall.
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H), 30B, 30BL
Math
31A, 31B, 32A, 32B, 33A, 33B
Physics
1A(H), 1B(H), 1C(H), 4BL
(H) indicates that an HONORS section may be available
Concentration Course Requirements
Chemistry (Chem)
110A, 110B, 113A, C113B, [114(H) OR 118+], 153A(H), 171, C172
One Laboratory Elective
(4 units)
Chem 118+, M120, 184, C185; Physics 117, 180B, 180C; Electrical Engineering
122L, 172L
Three approved elective lectures chosen from upper division or graduate courses
Three Lecture Electives
in physics, mathematics, electrical engineering, physical chemistry, physical
(12 units)
inorganic chemistry, biophysical chemistry, or physical organic chemistry (see
approved elective list on back).
+
course may only be applied once to the major
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a prerequisite for a
more advanced course for which you already have credit.
 Seminars, individual study courses, and research courses (e.g. 196, 199) may not be used to satisfy
the requirements for the Physical Chemistry major.
 You must maintain at least a 2.0 GPA in the upper division coursework taken to fulfill the major
requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
 By their junior year, students are strongly encouraged to join a research group within the physical
chemistry division to obtain research experience.
 You must have at least a combined 3.0 GPA in the following Prep for Major courses: General
Chemistry, Math, and Physics.
Class Scheduling
Preparation for the Major
The following schedule for the first six quarters is recommended for students planning to major in the Physical Chemistry
Concentration. A normal course load is 16 units per quarter; students should also integrate their lower division general
education requirements.
1 (units)
2 (units)
QUARTER
3 (units)
4 (units)
5 (units)
6 (units)
Chemistry
20A (4)
20B (4) &
20L (3)
30A (4) &
30AL (4)
30B (4) &
30BL (3)
171 (4) &
110A (4)
153A (4)
Mathematics
31A (4)
31B (4)
32A (4)
32B (4)
33A (4)
33B (4)
1A (5)
1B (5)
1C (5) &
4BL (2)
Course
Physics
13
Approved Upper Division (UD) Lecture Electives (pick 3
12 units)
The program of upper division courses for the Physical Chemistry major should be planned with care. Particular attention
should be paid to prerequisites for advanced courses and the quarter(s) in which courses are offered.
Course
Course Title
Prerequisite(s)
Chemistry
C115A
Quantum Chemistry
C115B
C123A
C123B
125
C143A
C145
156
C176
C180
C215C
215D
Quantum Chemistry
Classical & Statistical Thermodynamics
Classical & Statistical Thermodynamics
Computers in Chemistry
Structure & Mechanism in Organic Chem
Theoretical & Computational OChem
Physical Biochemistry
Group Theory & Apps to Inorganic Chem
Solid-State Chemistry
Advanced Quantum Chem: Applications
Molecular Spectra, Diffraction,& Structure
Nonequilibritum Statistical Mechanics &
Molecular Biophysics
Chemical Kinetics
M223C
225
Physics
105A
105B
110A
110B
131
132
140A
Analytic Mechanics
Analytic Mechanics
Electricity and Magnetism
Electricity and Magnetism
Mathematical Methods of Physics
Mathematical Methods of Physics
Intro to Solid-State Physics
Numerical Analysis Techniques & Particle
160
Simulations
Mathematics
115A
Liner Algebra
115B
Linear Algebra
132
Complex Analysis for Applications
134
Linear & Nonlinear Systems of Diff. Eq.
135
Ordinary Differential Equations
136
Partial Differential Equations
142
Mathematical Modeling
146
Methods of Applied Mathematics
151A
Applied Numerical Methods
151B
Applied Numerical Methods
153
Numerical Methods for Partial Diff. Eq.
Electrical Engineering
100
Electrical & Electronic Circuits
101
Engineering Electromagentics
102
Systems and Signals
121B
Principles of Semiconductor Device Design
136
Intro to Eng. Optimization Techniques
172
Intro to Lasers & Quantum Electronics
173
Photonic Devices
* indicates may be taken concurrently with the course
Chem 113A; Math 32B, 33A with grades of C- or better (See
catalog)
[Chem 115A OR Physics 115B] with grade of C- or better
Chem [110B OR 156] (113A)
Chem [110B OR 156] (113A)
Chem 110A, 110B, 113A; Prep: See catalog
Chem 30C, 30CL*, 110B, 113A with grades of C- or better
Chem 30C, 113A
Chem 110A, 153A
Chem 113A, C172
Chem C172
Chem C215B
Chem C215B; Physics 131
[{Chem C215B and C223B} OR Physics 215A]
Chem C215B, C223B
Physics 1A(H), 1B(H),
Physics 1A(H), 1B(H),
Physics 1A(H), 1B(H),
Physics 1A(H), 1B(H),
Physics 1A(H), 1B(H),
Physics 1A(H), 1B(H),
Physics 112
Physics 1A(H), 1B(H),
Prep: See catalog
Math
Math
Math
Math
Math
Math
Math
Math
Math
Math
Math
1C(H);
1C(H),
1C(H),
1C(H),
1C(H);
1C(H),
Math 32B, 33A, 33B*
105A
131; Math 32B, 33A, 33B
110A; Math 32B, 33A, 33B
Math 32B, 33A, 33B
131; Math 32B, 33A, 33B
1C(H), 105A, 105B, 110A, 110B;
33A
115A
32B, 33B
33B, 115A
33A, 33B
33A, 33B
32B, 33B
32B, 33B
32B, 33B, 115A; PIC 10A
151A
151A, 151B
[ElecEng 1 OR Physics 1C]; Math 33A, 33B
[ElecEng 1 OR Physics 1C]; [{Math 32A & 32B} OR {33A & 33B}]
[ElecEng 1 OR Physics 1C]; Math 33A, 33B
ElecEng 2
ElecEng 103; Math 32A, 33A
ElecEng 101
ElecEng 101
[ ] pick one course enclosed in brackets
( ) recommended courses
College Requirements for the B.S. Degree
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA General Catalog. A total
of 180 quarter units are required for the degree; 60 of these 180 units must be upper division (course numbers 100-199). Check
your DPR to determine your allotted maximum number of quarter units. Note: the Physical Chemistry Concentration UD
Requirements satisfy at least 49 UD units.
14
UCLA CHEMISTRY-MATERIALS SCIENCE MAJOR 2013-2014
CHEMISTRY-MATERIALS SCIENCE MAJOR (B.S.): This major is designed primarily for students who are interested in
chemistry with an emphasis on material properties. The major provides appropriate preparation for graduate studies in
fields emphasizing interdisciplinary research involving chemistry, engineering, and applied science. Refer to the UCLA
General Catalog (www.registrar.ucla.edu/catalog) for course descriptions and requisites.
For more details about this major and others offered in the Department of Chemistry and Biochemistry, consult the
Undergraduate Office in 4006 Young Hall.
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H)
Math
31A, 31B, 32A, 32B, 33B
Physics
1A(H), 1B(H), 1C(H), 4BL
(H) indicates that an HONORS section is available
Upper Division Major Requirements
Chemistry (Chem)
110A, 113A, 171, C185, [C172+ or C180+ or C181+]
One Chemistry Elective
(4 units)
Materials Science &
Engineering
Two Materials Science &
Engineering Electives
(8 units)
Laboratory Electives
(7 units)
110B, 113B, C172+, C174, C175, C176, C180+, C181+
104, 110, 110L, 120, 131, [121+ or 150+ or 160+]
111, 121+, 122, 132, 150+, 160+, 162, CM180
Chem 114, 118, 184; Materials Science & Engineering 121L, 131L, 161L
Course may only be applied once to the major
[ ] Pick one course enclosed in brackets
+
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a prerequisite for a more
advanced course for which you already have credit.
 Seminars, individual study courses, and research courses (e.g. 196, 199) may not be used to satisfy the
requirements for the Chemistry Materials Science major.
 You must maintain at least an overall 2.0 GPA in the upper division coursework taken to fulfill the major
requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
Class Scheduling
Preparation for the Major
The following schedule for the first six quarters is recommended for students planning to major in Chemistry-Materials
Science. A normal course load is 16 units per quarter; students should also integrate their lower division general
education requirements.
Course
Chemistry
QUARTER
1 (units)
2 (units)
3 (units)
20A (4)
20B (4) &
20L (3)
30A (4) &
30AL (4)
MatSci &Eng
Mathematics
Physics
4 (units)
5 (units)
6 (units)
171 (4)
[110A (4) OR
C172 (4)]
110 (4) & 110L
(2)
104 (4)
31A (4)
31B (4)
32A (4)
32B (4)
33B (4)
1A (5)
1B (5)
1C (5)
4BL (2)
15
Upper Division (UD) Courses
The program of upper division courses for the Chemistry-Materials Science major should be planned with care. Particular
attention should be paid to prerequisites for advanced courses and the quarter(s) in which courses are offered.
Course
Course Title
Prerequisite(s)
Chemistry
110A
114 (H)
Physical Chemistry: Chemical
Thermodynamics
Physical Chemistry: Intro to Statistical
Mechanics and Kinetics
Physical Chemistry: Intro to Quantum
Mechanics
Physical Chemistry: Intro to Molecular
Spectroscopy
Physical Chemistry Lab
118
Colloidal Dynamics Lab
171
C172
C174
C175
C176
Intermediate Inorganic Chemistry
Advanced Inorganic Chemistry
Inorganic and Metalorganic Lab Methods
Inorganic Reaction Mechanisms
Group Theory and Applications to
Inorganic Chemistry
Solid-State Chemistry
Polymer Chemistry
Chemical Instrumentation
Materials Chemistry Lab
110B
113A
C113B
C180
C181
184
C185
Chem 20B; Math 32A; Physics 1A, 1B, 1C*
Chem 110A, 113A; Math 32B
Chem 20B; Math 32A, 32B, 33B; Physics 1A, 1B, 1C with grades of
C- or better
Chem 113A
Chem 30AL, 110A, 113A with grades of C- or better;
[110B* OR C113B*]
[Chem 110A, 110B with grades of B or better OR equivalent
Statistical Mechanics courses from engineering, math, or physics]
Chem 30B with grade of C- or better
Chem 171 with grade of C- or better
Chem 30CL, C172 with grades of C- or better
Chem 110A, 110B, 113A, C172
Chem 113A, C172
Chem
Chem
Chem
Chem
C172
30B, 110A
30CL, 110A with grades of C- or better
30AL, 110A, 113A, 171
Material Science & Engineering
104
110
Science of Engineering Materials
Intro to Materials Characterization A
(Crystal Structure, Nanostructures, and
X-Ray Scattering)
110L
Intro to Materials Characterization A Lab
111
Intro to Materials Characterization B
(Electron Microscopy)
120
Physics of Materials
121
Materials Science of Semiconductors
121L
Materials Science of Semiconductors Lab
122
Principles of Electronic Materials
Processing
131
Diffusion and Diffusion-Controlled
Reactions
131L
Diffusion and Diffusion-Controlled
Reactions Lab
132
Structure and Properties of Metallic Alloys
150
Intro to Polymers
160
Intro to Ceramics and Glasses
161L
Lab in Ceramics
162
Electronic Ceramics
CM180
Intro to Biomaterials
* indicates may be taken concurrently with the course
( ) recommended courses
Chem 20A, 20B, 20L; Physics 1A, 1B
MatSci&Eng 104
MatSci&Eng 104
MatSci&Eng 104, 110
[{MatSci&Eng 104 and 110} OR Chem 113A]
MatSci&Eng 120
MatSci&Eng 121*
MatSci&Eng 104
MatSci&Eng 130
MatSci&Eng 131*
MatSci&Eng 131
None
MatSci&Eng 104, 130
MatSci&Eng 160 (161*)
MatSci&Eng 104; [Electrical Eng 1 OR Physics 1]
[MatSci&Eng 104 OR {Chem 20A, 20B and 20L}]
[ ] pick one course enclosed in brackets
bold indicates courses that satisfy the lab requirement
College Requirements for the B.S. Degree
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA
General Catalog. A total of 180 quarter units are required for the degree; 60 of these 180 units must be upper
division (course numbers 100-199). Check your DPR to determine your allotted maximum number of quarter
units. Note: the Chemistry-Materials Science UD Requirements satisfy at least 58 UD units.
16
UCLA CHEMISTRY-MATERIALS SCIENCE ORGANIC CONCENTRATION 2013-2014
CHEMISTRY-MATERIALS SCIENCE MAJOR (B.S.), ORGANIC CONCENTRATION: This concentration is designed primarily
for students who are interested in chemistry with an emphasis on the material properties of organic matter. The major
provides appropriate preparation for graduate studies in fields emphasizing interdisciplinary research involving chemistry,
engineering, and applied science. Refer to the UCLA General Catalog (www.registrar.ucla.edu/catalog) for course
descriptions and requisites.
For more details about this major and others offered in the Department of Chemistry and Biochemistry, consult the
Undergraduate Office in 4006 Young Hall.
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H), 30B, 30BL, 30C, 30CL
Math
31A, 31B, 32A, 32B, 33B
Physics
1A(H), 1B(H), 1C(H), 4BL
(H) indicates that an HONORS section is available
Upper Division Major Requirements
Chemistry (Chem)
110A, 113A, 136, 171, C185
One Chemistry Elective
(4 units)
Materials Science &
Engineering
One Materials Science &
Engineering Elective
(4 units)
Laboratory Electives
(7 units)
110B, C113B, C143A, C143B, 144, C172, C174, C175, C176, C180, C181
104, 110, 110L, 120, 150
111, 121, 122, 131, 132, 160, 162, CM180
Chem 114, 118, 184; Materials Science & Engineering 121L, 131L, 161L
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a prerequisite for a
more advanced course for which you already have credit.
 Seminars, individual study courses, and research courses (e.g. 196, 199) may not be used to satisfy
the requirements for the Chemistry Materials Science Organic Concentration major.
 You must maintain at least an overall 2.0 GPA in the upper division coursework taken to fulfill the major
requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
Class Scheduling
Preparation for the Major
The following schedule for the first six quarters is strongly recommended for students planning to major in ChemistryMaterials Science with the Organic Concentration. A normal course load is 16 units per quarter; students should also
integrate their lower division general education requirements.
COURSES
Chemistry
QUARTER
1 (units)
2 (units)
3 (units)
4 (units)
5 (units)
6 (units)
20A (4)
20B (4) &
20L (3)
30A (4) &
30AL (4)
30B (4) &
30BL (3)
30C (4) &
30CL (4)
171 (4) &
110A (4)
MatSci&Eng
Mathematics
Physics
104 (4)
31A (4)
31B (4)
32A (4)
32B (4)
33B (4)
1A (5)
1B (5)
1C (5)
4BL (2)
17
Upper Division (UD) Courses
The program of upper division courses for the Chemistry-Materials Science major should be planned with care. Particular attention
should be paid to prerequisites for advanced courses and the quarter(s) in which courses are offered.
Course Title
Course
Prerequisite(s)
Chemistry
110A
110B
114 (H)
Physical Chemistry: Chemical Thermo
Physical Chemistry: Intro to Statistical
Mechanics and Kinetics
Physical Chemistry: Intro to Quantum
Mechanics
Physical Chemistry: Intro to Molecular
Spectroscopy
Physical Chemistry Lab
118
Colloidal Dynamics Lab
136
C143A
Organic Structural Methods
Structure and Mechanism in Organic
Chemistry
Mechanism and Structure in Organic
Chemistry
Practical and Theoretical Introductory
Organic Synthesis
Intermediate Inorganic Chemistry
Advanced Inorganic Chemistry
Inorganic and Metalorganic Lab Methods
Inorganic Reaction Mechanisms
Group Theory and Applications to
Inorganic Chemistry
Solid-State Chemistry
Polymer Chemistry
Chemical Instrumentation
Materials Chemistry Laboratory
113A
C113B
C143B
144
171
C172
C174
C175
C176
C180
C181
184
C185
Chem 20B; Math 32A or 3C; Physics 1A, 1B, 1C*
Chem 110A, 113A; Math 32B
Chem 20B; Math 32A, 32B, 33B; Physics 1A, 1B, 1C with grades of
C- or better
Chem 113A
Chem 30AL, 110A, 113A with grades of C- or better;
[110B* OR C113B*]
[Chem 110A, 110B with grades of B or better OR equivalent
Statistical Mechanics course from engineering, math, or physics]
Chem 30C, 30CL with grades of C- or better
Chem 30C, 30CL*, 110B, 113A with grades of C- or better
Chem C143A with grade of C- or better
Chem 30C, 30CL with grades of C- or better
Chem
Chem
Chem
Chem
Chem
30B with grade of C- or better
171 with grade of C- or better
30CL, C172 with grades of C- or better
110A, 110B, 113A, C172
113A, C172
Chem
Chem
Chem
Chem
C172
30B, 110A
30CL, 110A with grades of C- or better
30AL, 110A, 113A, 171
Materials Science & Engineering
104
110
110L
111
120
121
121L
122
131
131L
132
150
160
161L
162
CM180
Science of Engineering Materials
Intro to Materials Characterization A
(Crystal Structure, Nanostructures, and
X-Ray Scattering)
Intro to Materials Characterization A Lab
Intro to Materials Characterization B
(Electron Microscopy)
Physics of Materials
Materials Science of Semiconductors
Materials Science of Semiconductors Lab
Principles of Electronic Materials
Processing
Diffusion and Diffusion-Controlled
Reactions
Diffusion and Diffusion-Controlled
Reactions Lab
Structure and Properties of Metallic Alloys
Intro to Polymers
Intro to Ceramics and Glasses
Laboratory in Ceramics
Electronic Ceramics
Introduction to Biomaterials
* indicates may be taken concurrently with the course
( ) recommended courses
Chem 20A, 20B, 20L; Physics 1A, 1B
MatSci&Eng 104
MatSci&Eng 104
MatSci&Eng 104, 110
[{MatSci&Eng 104 and 110} OR Chem 113A]
MatSci&Eng 120
MatSci&Eng 121*
MatSci&Eng 104
MatSci&Eng 130
MatSci&Eng 131*
MatSci&Eng 131
None
MatSci&Eng 104, 130
MatSci&Eng 160 (161*)
MatSci&Eng 104; [Electrical Eng 1 OR Physics 1]
[MatSci&Eng 104 OR Chem {20A, 20B and 20L}]
[ ] pick one course enclosed in brackets
bold indicates courses that satisfy the lab requirement
College Requirements for the B.S. Degree
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA General Catalog. A total of 180 quarter units are required for the
degree; 60 of these 180 units must be upper division (course numbers 100-199). Check your DPR to determine your allotted maximum number of quarter units. Note:
the Chemistry-Materials Science Organic Concentration UD Requirements satisfy at least 51 UD units.
18
UCLA GENERAL CHEMISTRY MAJOR 2013-2014
Advisor: Dr. Steve Hardinger, 3077C Young Hall, harding@chem.ucla.edu
GENERAL CHEMISTRY MAJOR (B.S.): The General Chemistry major is intended for students who wish to acquire
considerable background in chemistry in preparation for careers outside chemistry. It may be appropriate for students
who plan careers in environmental science, patent law, public health, or teaching with an emphasis on science, or other
career paths.
Please note the following:
 This General Chemistry major is not a shortcut to early graduation or a way to avoid the intellectual challenge
presented by upper division chemistry courses.
 The General Chemistry major is usually not suitable for students interested in medical or related professional
schools.
 This major cannot be used as part of a double major.
 Students MUST declare the General Chemistry major before reaching senior status (135 units, not including AP credit)
Preparation for the Major
General Chemistry (Chem)
20A(H), 20B(H), 20L, 30AL
Organic Chemistry (Chem)
30A(H), 30B, 30BL, 30C, 30CL
Math
31A, 31B, 32A, 33B
Physics
1A(H), 1B(H), 1C(H), 4BL
(H) indicates that an HONORS section may be available
Upper Division Major Requirements
Chemistry & Biochemistry
(Chem)
Two Chemistry Electives
(8 units)
Chemistry Laboratory
(Choose one)
Additional Electives
(24 units)
110A, 153A(H), 153L, 171
Two (2) upper division Chem electives (see list on back)
118, 136, 144, 154, C174, 184, C185
Six (6) additional upper division courses in any department
Written Proposal Guidelines
Any student who is considering the General Chemistry major should prepare a written proposal for submission. It should
be written in essay format and should include items 1-3 below.
1.
2.
3.
4.
5.
6.
Your specific career interests
A detailed statement of your rationale for choosing each of the nine elective courses and how each of
them contribute to a coherent major, relative to your overall career goals
A proposed schedule of the courses you still need to take (including the nine proposed electives) showing
when you will complete all of your requirements. You will need to contact the departments outside the
Chemistry & Biochemistry Department to determine:
a. the quarters in which the courses are offered
b. availability - i.e. if the courses are limited to majors; if they fill up quickly
Fill out a change of major petition in the Undergraduate Chemistry & Biochemistry Office, 4006 Young Hall
Email your proposal to harding@chem.ucla.edu and tim@chem.ucla.edu
Please allow one week for your proposal to be evaluated.
http://web.chem.ucla.edu/~harding/
Important Notes
 You may not take or repeat a chemistry or biochemistry course for credit if it is a prerequisite for a more
advanced course for which you already have credit.
 Individual study courses and research courses (e.g. 196, 199) may not be used to satisfy the requirements
for the General Chemistry major. Seminars and workshop courses are usually not acceptable.
 You must maintain at least a 2.0 GPA in all upper division coursework taken to fulfill the major
requirements.
 All Prep for Major and UD Major courses must be taken for a letter grade.
 Until the proposal has been approved, there is NO guarantee that the proposed courses can be used for the
major, even if they have already been taken.
Upper Division (UD) Chemistry Elective Courses
19
The program of upper division courses for the General Chemistry major should be planned with care. Particular attention
should be paid to prerequisites for advanced courses and to the quarter(s) in which courses are offered. Please use the
following list as a guide to plan your Chemistry electives.
Course
Course Title
Prerequisite(s)
103
C115A
Environmental Chemistry
Quantum Chemistry
C115B
118
Quantum Chemistry
Colloidal Dynamics Laboratory
C123A
C123B
125
Classical and Statistical Thermodynamics
Classical and Statistical Thermodynamics
Computers in Chemistry
C126A
Computational Methods for Chemists
136
C140
C143A
Organic Structural Methods
Bionanotechnology
Structure and Mechanism in Organic
Chemistry
Mechanism and Structure in Organic
Chemistry
Practical and Theoretical Introductory
Organic Synthesis
Theoretical and Computational Organic
Chemistry
Biochemistry: DNA, RNA, and Protein
Synthesis
Biochemistry: Biosynthetic and Energy
Metabolism and Its Regulation
Advanced Principles of Molecular and
Cellular Biosciences I
Biochemical Methods II
Physical Biochemistry
Intro to Bioinformatics
Chem 30B, 30BL, 110A, 153A(H), 153L
Chem 113A; Math 32B, 33A with grades of C- or better (see
catalog)
Chem C115A with grade of C- or better
[Chem 110A, 110B with grades of B or better OR equivalent
Statistical Mechanics courses from engineering, math, or physics]
Chem [110B or 156] (113A)
Chem [110B or 156] (113A)
Chem 110A, 110B, 113A; Prep: working knowledge of Fortran IV
or PL/1
Chem 110A; Math 33B; Prep: programming experience in BASIC,
Fortran, C, C++, Java, or Pascal
Chem 30C, 30CL with grades of C- or better
Chem 30C, 110A
Chem 30C, 30CL*, 110B, 113A with grades of C- or better
C143B
144
C145
153B(H)
153C(H)
CM153G
154
156
CM160A
C160B
Algorithms in Bioinformatics and
Systems Biology
C161A
Plant Biochemistry
C164
Free Radicals in Biology and Medicine
C174
Inorganic and Metalorganic Lab Methods
C175
Inorganic Reaction Mechanisms
C176
Group Theory and Applications to
Inorganic Chemistry
C179
Biological Inorganic Chemistry
C180
Solid-State Chemistry
C181
Polymer Chemistry
184
Chemical Instrumentation
C185
Materials Chemistry Lab
* indicates may be taken concurrently with the course
( ) recommended courses
Chem C143A with grade of C- or better
Chem 30C, 30CL with grades of C- or better
Chem 30C, 113A
Chem 153A(H); Life Sciences 2, 3
Chem 153A(H)
Chem 110A, 153A, 153B, 153C, 156
Chem 153A(H), 153B(H), 153L with grades of C- or better (156)
Chem 110A, 153A
[Biostats 100A OR 110A OR Math 170A OR Stats 100A OR 110A];
[Comp Sci 180 OR PIC 60] with grades of C- or better.
Chem CM160A with grade of C- or better (PIC 60; Stats 100A,
110A)
Chem 153C
Chem 153A and [153B OR 153C] with grades of C- or better
Chem 30CL, C172 with grades of C- or better
Chem 110A, 110B, 113A, C172
Chem 113A, C172
Chem
Chem
Chem
Chem
Chem
153A(H), 171
C172
30B, 110A
30CL, 110A with grades of C- or better
30AL, 110A, 113A, 171
[ ] pick one course enclosed in brackets
bold indicates courses that satisfy the lab requirement
College Requirements for the B.S. Degree
Requirements for the B.S. degree established by the College of Letters and Science are listed in the UCLA General Catalog.
A total of at least 180 quarter units are required for the degree; 60 of these 180 units must be upper division (course
numbers 100-199). ). Check your DPR to determine your allotted maximum number of quarter units. Note: the General
Chemistry UD Requirements satisfy at least 52 UD units.
20
UCLA COMPUTING SPECIALIZATION 2013-2014
COMPUTING SPECIALIZATION: This computing specialization is designed for students who are interested in
adding computer programming and computational chemistry to their Chemistry, Biochemistry, General
Chemistry, or Chemistry-Materials Science degree.
Refer to the UCLA General Catalog
(www.registrar.ucla.edu/catalog) for course descriptions and requisites.
For more details about this specialization offered in the Department of Chemistry and Biochemistry, consult
the Undergraduate Office in 4006 Young Hall.
Specialization Requirements
Major Requirements
Program in Computing (PIC)
Program in Computing (PIC) Elective
(Choose one)
Chemistry (Chem)
(8 units)
degree in the specified major within the
Chemistry and Biochemistry department.
10A, 10B
10C, 15, 20A, 30, 40A, 60
C126A, C145, CM160A, C160B
Important Notes
 Courses must be completed with a combined GPA of at least 2.0.
 Students must petition for admission to this program AFTER they complete Programming in
Computing 10A and 10B.
 Petitions should be filed in the Undergraduate Office in 4006 Young Hall.

 Program In Computing courses are offered through the Mathematics Department
C o u r se I n f or m a t io n
Course
Course Title
Program In Computing
Prerequisite(s)
10A
Intro to Programming
None (PIC 1 if no prior computing experience)
10B
Intermediate Programming
PIC 10A
10C
Advanced Programming
Intro to Lisp and Symbolic
Computation
Principles of Java Language with
Applications
Machine Organization and Assembly
Language Programming
Intro to Programming for the Internet
Data Structures and Algorithms
PIC 10B
15
20A
30
40A
60
PIC 10A
PIC 10A
PIC 10B
PIC 10A (10B)
PIC 10B; Math 31A, 31B, 61
Chemistry
C126A
Computational Methods for Chemists
Chem 110A; Math 33B (see catalog for
preparation)
C145
Theoretical and Computational
Organic Chemistry
Chem 30C, 113A
CM160A
Intro to Bioinformatics
Algorithms in Bioinformatics and
Systems Biology
( ) recommended courses
C160B
[Biostats 100A OR 110A OR Math 170A OR Stats
100A OR 110A]; [CompSci 180 OR PIC 60] with
grades of C- or better
Chem C160A with grade of C- or better (PIC 60;
Stats 100A, 110A)
[ ] pick one course enclosed in brackets
21
Chemistry & Biochemistry Tentative Course Offerings for 2013-2014
Course
14A
14B
14BL
14C
14CL
Fall
X
X
X
X
14D
X
19
20A
20AH
20B
20BH
20L
30A
30AL
30B
30BL
30C
30CL
98XA/XB
C100/C200
103
CM105/CM205A
110A
110B
113A
C113B/C213B
114/114H
C115A/C215A
C115B/C215B
C122/C222
C123A/C223A
C123B/C223B
125
136
C1140/C240
C143A/C243A
C143B/C243B
144
C145/C245
153A
153B
153C
153L
154
156
C159A/C259A
C159B/C259B
CM160A/CM260A
C160B/C260B
X
X
X
X
X
X
X
X
X
X
Winter
X
X
X
X
X
X
Spring
Course
CM161A/C261A
C164/C264
C165/C265
171
172
C174/C274
C176/C276A
C179/C279
C180/C280
C181/C281
184
C185
192A/B
201
203A
203B
203D
204
M205B
206
207
209
218
M223C
228
M230B
M230D
236
241A
241B
244A
244B
247
248
249B
M254
257
258
266
268
269A
269B
269C
269D
269E
271
272G
278
276B
C285
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Not Offered
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Not offered
X
X
X
Offered Every Other Year
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Not Offered
All Information is Subject to Change
22
Fall
Winter
X
Spring
X
X
X
X
X
Not Offered
X
Not Offered
X
Offered Every Other Year
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
Not Offered
X
Remaining Degree Planner with Unit Totals
ACADEMIC YEAR _______-_______
Fall
Units
Winter
T: _____
Units
Spring
T: _____
Units
Summer
T: _____
Units
T:_____
ACADEMIC YEAR _______-_______
Fall
Units
Winter
T: _____
Units
Spring
T: _____
Units
Summer
T: _____
Units
T:_____
ACADEMIC YEAR _______-_______
Fall
Units
Winter
T: _____
Units
Spring
T: _____
Units
Summer
T: _____
Units
T:_____
ACADEMIC YEAR _______-_______
Fall
Units
T: _____
Winter
Units
T: _____
23
Spring
Units
T: _____
Summer
Units
T:_____
Chemistry & Biochemistry Research Tutorial Enrollment Instructions
DUE DATE:
10/7/13 (13F)_______
Please follow the instructions on this form as they are DIFFERENT than the instructions
that automatically print with the contract!
PREREQUISITES:
Prerequisites for participation include junior standing with a 3.0 GPA in the major OR senior standing OR
consent of the instructor and department chair.
STUDENT INSTRUCTIONS:
1. Go to the “Contracts” link on your MyUCLA page. Select and download the appropriate contract (196A,
196B, or 199). You must enroll in 196A for the first 8 units (mandatory P/NP) and 196B or 199 after that
(P/NP or Letter Grading). See Course Information and Grading Policies below.
2. Fill in your student ID number, name, major, e-mail address, name of instructor, term/quarter, department,
units, and grading basis.
3. In the area designated for the description of the project, write "See Attached." You must write a proposal
with the help of your Faculty Mentor (see back of form for guidelines). The Undergraduate Office staff will
submit the proposal to the appropriate Faculty Advisor for review and approval before you can be enrolled.
4. In the area designated for the description of your tangible evidence to be completed at the end of the quarter,
write "Report." You will have to write a final report that is due to the Undergraduate Office by Friday of
Finals week. Guidelines for the final report will be e-mailed to you during 6th or 7th week.
5. Obtain your faculty mentor’s signature on the Contract. The Undergraduate Office staff will obtain the
Department Chair’s signature.
6. Turn in the completed contract and proposal to the Undergraduate Office (4006 Young) by the date
indicated above (Monday of the second week of the quarter). To ensure approval by the enrollment
deadline, it is imperative that your proposal be submitted no later than the due date. Late proposals will not
be accepted.
COURSE INFORMATION AND GRADING POLICIES:
There are three different Research Tutorials in which students can enroll. The appropriate course is determined
by the student’s previous Research Tutorials completed. Typically, students enroll in Research Tutorials for 4
units, which usually require working 12-20 hrs/week (monitored by the instructor).
Chem 196A (previously 199A): Research Apprenticeship (take during 1st & 2nd research quarters)
To be taken for the first 8 units of Research Tutorials in Chemistry and Biochemistry.
Variable 2 to 4 units a quarter. Mandatory P/NP grading.
Chem 196B (previously 199B): Research Apprenticeship (take during 3rd research quarter)
Prerequisites: 8 units of 196A, consent of instructor, and consent of department chair.
Variable 2 to 4 units per quarter. May be taken for a maximum of 4 units. P/NP or letter grading.
Chem 199 (previously 190): Directed Research
Prerequisites: 8 units of 196A on related material, consent of instructor, and consent of department chair.
Variable 2-4 units per quarter. Can be repeated for 12 units max.
PROPOSAL AND REPORT GUIDELINES:
A Chemistry and Biochemistry Research Tutorial requires an approved written proposal to enroll and a written
report at the end of the quarter. Both of these papers must be typed. Guidelines for writing a proposal are on
the back of this form, and guidelines for the final report will be e-mailed to you during
6th or 7th week.
24
Chemistry and Biochemistry
(New and Continuing Research Tutorial Students)
In order to enroll in Chemistry & Biochemistry Research Tutorial each quarter, you are required to submit a
research proposal describing your research project. Clearly describing your research project will aid you in
carrying out the research during the quarter and in writing your research report which must be submitted at the
end of the quarter. You should work with your research mentor in preparing your proposal and research
report.
The College of Letters and Science Research Counselor, Dr. Tama Hasson, can also assist you in preparing your
research proposal and report. Appointments with Dr. Hasson can be made in the Undergraduate Research
Center, 2121 Life Science (310-794-4227).
In addition to the guidelines outlined below, you are required to indicate the amount of time you expect
to spend on this course (12 hours/week is considered minimum for 4 units of Research Tutorials), and
how frequently you expect to meet with your faculty mentor. Your proposal must be typed.
Research Proposal Guidelines
Your research proposal should include the following:
1.
A descriptive Title.
2.
A brief (<250 words) Abstract describing the background, long-term goal(s), short-term objectives, and
specific methods of investigation of your proposed research project.
3.
A brief Introduction summarizing the background of your proposed investigation and your previous
research accomplishments on the project (if applicable). The background should clearly summarize the
essential chemistry or biochemistry relevant to your project and place your project in context of known
science. You must have citations to the scientific literature. Indicate how this quarter's objectives
relate to the work you have completed in previous quarters (if applicable). Explain how it is different (if
applicable).
4.
A description of what you propose to do (Methods). What hypotheses will your work test or what
questions do you hope to answer? Describe the tasks or plan of experiments you will be performing
including laboratory techniques you will be learning (or applying) and the kind of data you will be
collecting (if applicable).
5.
A brief Discussion describing how your proposed experiments will contribute to the short or long-term
objectives of your research project- i.e. how does your work fit into the "big picture". Describe the
direction your research project will follow in succeeding quarters.
6.
A list of cited References using the proper format for literature citations. For Chemistry research use
the format found in the Journal of the American Chemical Society and for Biochemistry research use the
format found in Biochemistry.
25
Frequently Asked Questions
I can’t enroll in a Chemistry class. What can I do?
If you have taken the prerequisites for a UCLA chemistry class at a different school,
URSA will not recognize the transfer credit, even if it shows correctly on your DPR. If
this happens, or you cannot enroll for another reason-- please stop by the Undergraduate
Office in 4006 Young Hall to fill out an enrollment form. Or, you can e-mail Denise
Mantonya, the enrollment coordinator, at denise@chem.ucla.edu with the following
information:
o
o
o
o
o
Your Name
Student ID number
The term
The Course
The Course ID number
You will be enrolled within 24 hours (on business days) of submitting an enrollment request if there are no
other restrictions and space is available. Enrollment requests are processed in order of receipt.
Can I enroll in a class that I have not met the prerequisites for?
You are not able to enroll in a chemistry class unless you meet the prerequisites. This rule is only waived if you
bring in written permission from the instructor stating that s/he knows the prerequisites have not been
completed and is still allowing you to enroll in the class. These permission notes should be brought to Denise
Mantonya in 4006 Young Hall.
Professors will not waive prerequisites simply because you need the class to graduate.
And be careful, as it is difficult to do well in courses where you are not fully prepared. Also, Chemistry courses
are sequential and once an advanced course is completed, you cannot go back and take an earlier course in the
sequence for unit credit (won’t count towards unit max) or grade credit (won’t count in your GPA).
What is my chance of getting into a Chemistry class if I am waitlisted?
What if I can’t even get on the waiting list?
Chemistry waitlists are realistic. If you are waitlisted, you have a good chance of
getting into the class, but there is no guarantee. Enrollment decisions will be made
no earlier than the first day of the class. Be sure to attend class on the first day, even if
you are not on the waiting list. The professor will communicate the most updated
enrollment information on the first day of class.
Why are there some Chemistry classes where you can only enroll on the
waitlist?
The following upper division lab classes have priority enrollment given to graduating seniors: 114, 136, 144,
154, C174, 184, and C185.
You should sign up on the waiting list and show up to class on the first day. The professor will give enrollment
spots to graduating seniors first. Even if your name is on the waitlist, you must show up on the first day of class
or your spot will be given to someone else.
26
How can I drop a class?
You must not complete your class in any way (i.e., take the final, turn in a term paper) if you wish to drop the
course from your study list.
Non-impacted Courses
Weeks 1-2
Weeks 3-4
Weeks 5-7
Weeks 8-10*
After Week
10+
How to Drop
URSA
URSA
URSA
Green Drop Petition^
Fee
None
$5
$20
$35
Transcript Notation?
No
No
Yes
Yes
Red Drop Petition
$50
Yes
*Students are restricted to three drops during this period throughout their academic careers.
^If you are dropping more than 3 courses in Weeks 8-10, you must submit a Red Drop Petition.
+
These petitions are generally only approved for extenuating and documented circumstances.
Impacted Courses
Impacted courses may not be dropped after the second week of a term for other than exceptionally extenuating
circumstances. Exceptionally extenuating circumstances do not include circumstances of short duration where
other alternatives exist, including but not limited to a late drop of other (non-impacted) courses or taking an
Incomplete in the impacted course.
Weeks 1-2
Weeks 3 -10+
After Week 10+
+
How to Drop
URSA
Red Drop Petition
Red Drop Petition
Fee
None
$20
$50
Transcript Notation?
No
Yes
Yes
These petitions are generally only approved for extenuating and documented circumstances.
All fees are charged to your BAR account. The following Chemistry courses are impacted: 14BL, 14CL, 20L,
30A, 30AL, 30B, 30BL, 30C, 30CL, 110A, 114, 114H, 144, 153A, 153B, 153BH, 153C, 153L, 154, C174, and
184. All other impacted courses can be found at: http://www.registrar.ucla.edu/soc/impact.htm
What do I do if I have an emergency and need to drop all of my classes for the quarter?
You can withdraw from the term provided that you have not completed the work in any course taken that term.
A “UCLA Notice of Withdrawal from the Term” form must be filed with your College Counseling unit. If you
have any questions about the process, talk to your College Counseling Unit. Withdrawing from a quarter can
affect financial aid, international student status, athletic scholarships, and on-campus housing status, so students
should check with these departments before withdrawing.
When can I view my final exam from a previous term?
Final exams are available to view and pick up from the undergraduate office starting Week 3 of the quarter
AFTER the course was taken, until the 8th week of the quarter. Students must have their ID and can only pick
up their own exam(s). Once an exam leaves the undergraduate office, no submissions for totaling errors will be
accepted. No re-grades are accepted.
27
What if I have a time conflict for midterm and/or final exams?
If there is a final exam or midterm time conflict, no accommodations will be made. The final
exam schedule is published at the beginning of every quarter, when the Schedule of Classes is
posted.
How can I find a tutor?
The undergraduate office publishes a quarterly list of private tutors, who are graduate
students in chemistry. Each tutor charges a different hourly rate, so please contact each
individual tutor.
Minors
There is not a minor offered in the Chemistry and Biochemistry Department.
A list of available minors can be found in the General Catalog. To declare a minor, start by meeting with an
advisor in the department that offers the minor.
http://cis.ucla.edu/studyArea/ - mixes minors with majors, but provides links to more information
Declaring/Changing Your Major
To declare a major in the Chemistry and Biochemistry Department, fill out a
change of major petition
(http://www.registrar.ucla.edu/forms/programchange.pdf) and bring it to
the Undergraduate Office in 4006 Young Hall.
When petitioning, we will look at your overall progress, check to see if you
have at least a 2.0 GPA, make sure you do not have any outstanding D’s or
F’s in any courses for the major, verify that there are no holds on your record,
and that you can complete the major within your unit maximum (216 + AP
units).
You must be in good
academic standing (2.0
GPA) with at least 12 units
completed at UCLA
(including at least one
chemistry course) before
being allowed to declare or
change majors.
If there are any problems with processing of the change of major request, you
will be contacted. If the petition is approved, you will receive an e-mail and the update will be made on URSA
and MyUCLA.
If you decide a major in the Chemistry and Biochemistry Department is not for you, visit the department you
are interested in and find out their requirements.
Listserv
In addition to our Facebook page, sign up and receive e-mails with the most current announcements on jobs,
internships, scholarships, awards, and department updates.
1. Send an e-mail to majordomo@chem.ucla.edu
2. Leave the subject link blank
3. In the body text write: subscribe ugradlist myname@ucla.edu
You should receive a message that will request a reply to complete your registration.
http://www.chemistry.ucla.edu/pages/ugrad/listserv
28
Course Information
Advanced Placement (AP) Credit
A 4 or 5 on the AP Chemistry test will give you the option of credit for Chem 20A. If you want to apply your AP
credit, contact the Undergraduate Office. For more information, please view:
http://www.admissions.ucla.edu/Prospect/APCreditLS.htm
Note: Medical Schools do not recognize AP credit! If there is any chance you will apply to medical school, you
should take Chem 20A(H) at UCLA.
Transfer Credit
You can take classes at another college to complete UCLA requirements, but you must verify that the course will be
equivalent to the course you need at UCLA.
Some things to keep in mind when you are considering taking classes at another school:
o Concurrent Enrollment – Students will not receive credit for coursework completed at another institution
while simultaneously enrolled at UCLA as a regular session student (regular session includes Fall, Winter,
Spring, but not Summer). This policy includes Extension classes.
o Summer School – Students may receive course credit for courses taken at other UC campuses, other fouryear institutions and community college provided that the courses are deemed equivalent
o Units – Students who have completed 105 units or more will not receive credit for classes taken at a
community college, but you will receive course credit if the courses have been deemed equivalent*.
o Grade Point Average (GPA) – Only UC courses or UCLA Extension classes marked XLC will apply to a
student’s UCLA GPA
o Residency Requirements
o Senior Residency – 35 of the last 45 units towards a student’s degree must be completed at UCLA
o Major Residency – a minimum 24 upper division units must be completed in the major while at
UCLA
*If you transfer coursework to UCLA that is not given equivalent credit to a UCLA course, you may need to petition
to get course credit. To find out if there is an established equivalent course or if you need to petition, contact the
appropriate department as outlined below.
o For GE courses and College requirements, contact your College Counseling unit.
o For Chemistry courses, ask the Chemistry & Biochemistry Undergraduate Office.
o For other courses, i.e. Math, Physics, Life Science, etc., contact the department directly.
Use http://www.assist.org to look up equivalent credit at other California schools.
After completing the course(s), order the official transcripts from the institution and have them sent to:
UCLA Office of Undergraduate Admissions & Relations with Schools
1147 Murphy Hall
Box 951436
Los Angeles, CA 90095-1436
Allow 4-6 weeks for the course(s) to post onto your Degree Progress Report (DPR).
Impacted Classes
Impacted courses may not be dropped after the second week of a term for other than
exceptionally extenuating circumstances.
For more information and a complete list of impacted courses, go to:
http://www.registrar.ucla.edu/soc/impact.htm
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Academic Programs for Undergrads in Science
Departmental Scholar Program (B.S/M.S. Program)
Exceptionally promising undergraduate students may petition to pursue their Bachelor’s (B.S.) and Master’s
(M.S.) degrees simultaneously. Qualifications include the following:
o A UC cumulative GPA and major GPA of 3.5 or better
o Has at least one term of coursework remaining at UCLA
o Doing research with a faculty member in the department
If you are interested in becoming a Departmental Scholar, consult the
Chemistry & Biochemistry Graduate Office in advance of application dates
for graduate admission. The Graduate Office is located in 4009 Young Hall,
or you can call (310) 825-3150.
Student Organizations
Get Involved! From pre-med to Shakespeare there’s a student group out
there for you: http://www.studentgroups.ucla.edu
Alpha Chi Sigma (AXE)
Alpha Chi Sigma is a student fraternity for men and women who have taken at least
one chemistry course at UCLA. The members of this group participate in social events
together and support each other academically by striving for the advancement of chemistry,
both as a science and as a profession. These students work in the Alpha Chi Sigma office (1275 Young Hall) to
offer free tutoring services and sell lab equipment to current UCLA students.
www.chem.ucla.edu/AXE/
The Student Members of the American Chemical Society (SMACS) – UCLA Chapter
The American Chemical Society (ACS) is the world’s largest scientific organization, recognized and joined by
all of the faculty members of the department. At UCLA, SMACS is an ACS student chapter open to any
undergraduate interested in chemistry, regardless of his/her major. SMACS works closely with the
undergraduate office and with Alpha Chi Sigma (AXE) to provide resources to keep you informed and involved
throughout your undergraduate chemistry career. Even without national membership with ACS or any official
SMACS membership, you may use the resources provided and attend events hosted by SMACS-UCLA at any
time during the school year. Activities and resources will pertain to research, outreach, careers, classes, and
social events where you can network with your peers, graduate students, and professors in a casual forum.
For more information or to stay updated on events, please join the mailing list by sending an email to:
bruinsforchem@gmail.com. The ACS website is at: www.chemistry.org.
You may visit the SMACS UCLA website at: https://sites.google.com/site/smacsucla/.
Program for Excellence in Education and Research in the Sciences (PEERS)
The Program for Excellence in Education and Research in the Sciences starts students out on the right foot,
offering first-year students an opportunity to create a network of assistance during their academic career at
UCLA. PEERS students receive personal academic advising, tutoring, and assistance with research
opportunities. They also attend collaborative learning workshops in math and science courses, career planning
workshops, and seminars with UCLA faculty experts. PEERS targets students who have overcome significant
hurdles prior to being accepted at UCLA.
www.ugeducation.ucla.edu/urc-care/progpeers.htm
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The Center for Academic and Research Excellence (CARE)
CARE facilitates student placement in paid laboratory research positions with UCLA
faculty members in the College of Letters & Science and three of the professional schools
(Engineering, Medicine, and Public Health). CARE also offers research opportunities at
other UC campuses, California research universities, and national laboratories. Research
stipends, funded by federal and private agencies, are available during the summer and
academic year on a competitive basis. CARE emphasizes the need to increase the number
of historically underrepresented individuals who will attain bachelor’s and graduate science
degrees as well as promotes a more ethnically diverse science community. Students from
educationally or socio-economically disadvantaged backgrounds are encouraged to apply.
www.ugeducation.ucla.edu/urc-care
Science Teacher Education Program (STEP)
The College of Letters and Science and the Graduate School of Education and Informational Studies offers a
joint B.S./M.Ed./credential program for students planning science teaching careers. Students can begin
preparing for a career in science teaching as early as their sophomore year. The Junior and Senior programs are
highly structured, and include the completion of major classes for the B.S., graduate-level courses for the
M.Ed., and part-time student teaching. Students earn increasing levels of financial support for their teaching.
For further information, contact:
Dr. Arlene Russell, Advisor
russell@chem.ucla.edu
(310) 825-7570
www.nslc.ucla.edu/STEP
California Teach (CalTeach)
California Teach is a collaborative academic program between the College of Letters and Science and Graduate
School of Education and Information Studies. The goal of California Teach is to increase the number and
retention of new, highly qualified math and science teachers in California.
The program offers undergraduates paid field experience in elementary, middle and high school classrooms,
guided exploration of teaching as a career, advising for students exploring and preparing for teaching careers,
and support for subject matter preparation. As early as your 1st year, you can get involved in California Teach.
For more information, contact Janice Daniel or Marlena Raimey at CaTeach@ucla.edu, to set up an individual
advising session.
www.nslc.ucla.edu/cateach
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Academic Resources
UCLA General Catalog
This is where you can find policies and procedures, course descriptions, prerequisites, unit credit, and more
helpful stuff. It is your responsibility for the information contained in the Catalog for the academic year in
which they were admitted to UCLA.
http://www.registrar.ucla.edu/catalog
UCLA Schedule of Classes
This is where you can find a list of all the courses offered each quarter. It includes discussion and laboratory
sections, final exam dates and times, class sizes and location, and more. The link also leads to information on
important deadline dates for the current academic year, registration policies, billing and fees information,
financial support, academic counseling, URSA, enrollment, official notices, libraries, emergency instructions,
student services, and listings of GE classes and impacted courses.
http://www.registrar.ucla.edu/schedule
MyUCLA
View and model your DPR, receive important messages
Course Planner, webmail, virtual counseling, GPA calculator, helpful links, grades, class information from
professors
http://www.my.ucla.edu/
University Records System Access – URSA
This is where you go to enroll in courses and access your official University academic records. You can also
set up and manage third-party access for others to access your data and Billing and Receivable (BAR) account.
You can also access BruinAlert, which is in place to alert you in the event of a UCLA emergency. You can
receive alerts via email and text messaging if contact information is provided.
http://www.ursa.ucla.edu
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Campus Resources
Counseling and Psychological Services (CAPS)
While the transition to UCLA can be an exciting challenge, some students may be coping with personal,
financial, health, and other stressors. The cornerstone of CAPS services is their confidential individualized
therapy and psychiatric care, provided by a diverse and multicultural professional staff. And they also offer a
range of group services and wellness workshops. Their website also provides a free, anonymous screening (OnLine Mental Health Screening link) to help you decide whether professional consultation would be useful.
http://www.counseling.ucla.edu
Registrar
Need to get an official or unofficial transcript or verify that you are a full time student? The Registrar’s Office
is the place to go. You can view academic calendars, as well as final exam schedules.
http://www.registrar.ucla.edu
Career Center
Career counseling, workshops, graduate and professional school services,
and pre-health services, including list of required courses for professional
school and a library of resources.
http://www.career.ucla.edu
International Education Office
Interested in studying abroad? We have had students take Chemistry and
Biochemistry courses in England, Australia, South Korea, Spain, China,
and France, just to name a few places. You can go for a summer or a whole
year, so go ahead and get out of here!
http://www.ieo.ucla.edu
Student Legal Services
Did you know that as a currently registered and enrolled UCLA student, you have access to legal counseling on
campus?
http://www.studentlegal.ucla.edu
Financial Aid
The mission of the Financial Aid Office is to help remove financial barriers to assist student in meeting the
rising cost of attendance at UCLA. Financial aid types include Scholarships, Grants, Work Study, and Loans.
http://www.fao.ucla.edu
Dean of Students – Academic Dishonesty Policy
Cheating will result in disciplinary action taken against you by the Dean of Student Office. Cheating includes,
but is not limited to:
o Copying or permitting copying from notes or another student’s exam
o Plagiarizing on laboratory reports or from scientific papers
o Altering an exam or lab report before resubmitting for a grade
Presenting false medical excuses for missing an exam is also grounds for disciplinary action.
The consequences of cheating include dismissal from the University.
www.deanofstudents.ucla.edu
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