UNIVERSITY OF DELAWARE
B.S. Program in Chemistry (BSAS/CHEM)
(Certified by the American Chemical Society)
|
| FIRST SEMESTER |
SECOND SEMESTER |
| Freshman Year |
Cr. |
|
Cr. |
| Critical Reading & Writing, ENGL-110[g] |
3 |
General Chemistry, CHEM-112 |
3 |
| General Chemistry, CHEM-111 |
3 |
Quantitative Chemistry, CHEM-120 |
3 |
| Quantitative Chemistry, CHEM-119 |
3 |
Anal. Geom. & Calculus, MATH-242 |
4 |
| Anal. Geom. & Calculus, MATH-241 |
4 |
Foreign Language[a] |
4 |
| Foreign Language [a] |
4 |
|
14 |
| Freshman Majors Seminar, CHEM-165 |
0 |
|
|
| |
17 |
|
|
|
| Sophomore Year |
|
|
|
| Organic Chemistry, CHEM-331 |
3 |
Organic Chemistry, CHEM-332 |
3 |
| Organic Chemistry Lab, CHEM-333 |
2 |
Organic Chemistry Lab, CHEM-334 |
2 |
| Anal. Geom. & Calculus, MATH-243 |
4 |
General Physics, PHYS-202 |
|
| General Physics, PHYS-202 |
4 |
(or PHYS-208) [b] |
4 |
| General Physics, PHYS-201 |
|
Elective |
3 |
| (or PHYS-207)[b] |
4 |
Elective (MATH-302 recommended) |
3 |
| |
17 |
|
15 |
|
| Junior Year* |
|
|
|
| Physical Chemistry, CHEM-443 |
3 |
Physical Chemistry, CHEM-444 |
3 |
| Physical Chemistry Lab, CHEM-445 |
1 |
Physical Chemistry Lab, CHEM-446 |
1 |
| Instrumental Methods, CHEM-437 |
3 |
Inorganic Chemistry, CHEM-457 |
3 |
| Instrumental Methods Lab, CHEM-438 |
1 |
Inorganic Chemistry Lab, CHEM-458 |
1 |
| Group A, B, or C Elective[c] |
3 |
Group A, B, or C Elective[c] |
3 |
| Group A, B, or C Elective[c] |
3 |
Group A, B, or C Elective[c] |
3 |
| Biochemistry, CHEM527f |
3 |
|
14 |
| |
17 |
|
|
|
| Senior Year* |
|
|
|
| Seminar, CHEM-465 (fall version) |
1 |
Seminar, CHEM-465 (spring version) |
1 |
| Advanced Chemistry[d] |
3 |
Undergraduate Research, CHEM-468[e] |
|
| Undergraduate Research, CHEM-468[e] |
|
(or Elective) |
3 |
| (or Elective) |
3 |
Group A, B, or C Elective[c] |
3 |
| Group A, B, or C Electives[c] |
6 |
Electives |
7 |
| Elective |
3 |
|
14 |
| |
16 |
|
|
|
| Total: 124 credit hours minimum[i] |
|
|
|
| Chemistry: 45 credit hours minimum[d] |
|
|
|
|
| Candidates for a B.S. in chemistry must achieve a cumulative grade point
average of at least 2.00 for all chemistry courses taken.h
*NOTE: The senior year has been kept relatively free of required courses
in order to maximize the time available to do UG research and to take
optional advanced courses. However, any or all of the junior year CHEM
courses may be moved to the senior year, if desired.
|
- The language requirement is satisfied by proficiency,
at the intermediate (XXXX-107) level, in a modern foreign
language.
- The Physics 207, 208, and 209 sequence is recommended
for students with a sound mathematical background which
will allow
them to begin the series in the Freshman year. Physics 209
is an
optional part
of the
sequence.
- Group A, B, and C electives refer to the Arts and Science
B.A. curriculum. A total of 21 credits in Groups A, B,
and C are required,
with a minimum of six credits in each group. The course
used to satisfy
the
3 credit
multicultural course requirement may also
satisfy part of the A/B/C
group requirement simultaneously, as long as
it is on the approved lists for
both the A/B/C group lists
and the multicultural course requirements
(see page
11 in this brochure).
- The three required credits of Advanced Chemistry may
be chosen from chemistry electives having a CHEM-600
number or greater
(excluding Special Problems and Undergraduate Research).
- With advisor's consent. Grading for CHEM-468 will be
P/F only, unless a comprehensive final report is written,
whereupon
a
minimum of 6 credits and a maximum of 12 credits can be converted
to a letter
grade.
- Students intending to take senior research in biochemistry
or upper level biochemistry courses should take Biochemistry
CHEM-641/642 in the junior year instead of CHEM-527.
- A second writing course is required involving significant
writing experience, including two papers with a combined
minimum of 3,000
words to be submitted for extended faculty critique of both
composition and
content.
This requirement
can only be filled in the junior
or senior year. A minimum
grade of C must be earned. The course must be on the
approved list of courses
for
the second writing requirement, and must
be designated as a second writing requirement section
in the registration booklet
when the
course
is taken
(see page 11 in this brochure).
- The calculation of the chemistry course GPA (2.00 minimum
required for graduation) for candidates for the B.S. degree
in Chemistry or Biochemistry will not include grades
earned for
lower level
disciplinary
courses taken
after a higher level course in the same subdiscipline
has been taken
and passed with a grade of C or higher. Likewise,
freshmen-level courses may not be used by upperclassmen
as GPA enhancers
after those required
for graduation have been taken. CHEM-342
and CHEM-100 will be regarded as exceptions to the foregoing
prohibitions,
since
their subject
matter coverage is considerably different than
that found in
higher level
courses.
Repeated chemistry courses are counted only
once in the calculation of the chemistry GPA.
- A 3 credit Discovery Learning Experience must be included
in the total of 124 credits (see description in current
Undergraduate Catalog).
Example:
A grade earned in CHEM-214 subsequent to a C or better grade earned
in CHEM-527 (or CHEM-641/642) would not be counted in the chemistry GPA
calculation for B.S. chemistry or biochemistry majors.
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Two UD Chem/Bioc Students Reap Awards at 72nd Intercollegiate Student Chemists Convention Details
Undergraduate Awarded 2008 Pfizer Summer Undergraduate Research Fellowship Details
Professor Cecil Dybowski Named Fellow of the Society for Applied Spectroscopy Details
UD Undergraduate Affiliate Receives First Annual Outstanding Chapter Awards for the Northeast Region and the Nation from the American Society for Biochemistry and Molecular Biology Details
Trofimenko Memorial Prize Details
6th Annual Dyer Award Winners, Luke Ceo and Heather Schmidt Details
University Graduate Fellows Award Given to Juan Carlos Rodrigez-Reyes Details
Chemistry Award Challenge
Thank you to all who participated in the Chemistry Award Challenge. Due to the generosity of our alumni, faculty, staff and friends we raised $13,153.54. Both the Trofimenko Memorial Award and the Carl von Frankenberg Award have reached endowment status!
Easter Egg Hunt in the Chemistry StockroomFisher Scientific hosted another Easter Egg Hunt in the Chemistry Stockroom on Thursday March 20, 2008. Connie Smith, Senior On Site Specialist for Thermo Fisher prepared 70 plastic eggs containing numbers inside for corresponding prizes. Details
Friday, May 16th, 2008
American Institute of Chemists Chemical Pioneers 2008 Awardee Speeches
Details
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