Science - Computing (BS)

The science-computing collegiate sequence in the Department of Preprofessional Studies is an individualized course of study which incorporates courses from the four basic areas of science along with a sequence of computing courses. The program will give the student working knowledge of various computer languages and experience using current computer technology. By choosing science electives appropriately, the student has the option of focusing in an area in science of particular interest. Graduates of this program earn a B.S. degree and are able to enter the scientific computing job market immediately upon graduation.

The other departments in the College of Science as well as the colleges of arts and letters and engineering provide all course instruction in the curricula of the Science-Computing Collegiate Sequence.

All science-computing majors take the following basic sequence of science courses:
BIOS 10171
BIOS 11173
Biology I :Big Questions
and Biological Investigations Laboratory 1
4
BIOS 10172
BIOS 11174
Biology II: Molecules to Ecosystems
and Research Experience in Biology Laboratory
4
CHEM 10171
CHEM 11171
Introduction to Chemical Principles
and Introduction to Chemical Principles Laboratory
4
CHEM 10172
CHEM 11172
Organic Structure and Reactivity
and Organic Structure and Reactivity Laboratory
4
Select two of the following:7-8
Organic Reactions and Applications
and Organic Reactions and Applications Laboratory
Chemistry across the Periodic Table
and Chemistry Across the Periodic Table Laboratory
Planet Earth
and Planet Earth Laboratory
General Chemistry: Fundamental Principles and Biological Processes
MATH 10350Calculus A 1, 24
or MATH 10550 Calculus I
MATH 10360Calculus B 1, 24
or MATH 10560 Calculus II
PHYS 20210
PHYS 21210
Physics for Life Sciences I
and Physics for Life Sciences I Lab
4
PHYS 20220
PHYS 21220
Physics for Life Sciences II
and Physics for Life Sciences II Lab 3
4
ACMS 20340Statistics for Life Sciences3.5-4
or BIOS 40411 Biostatistics
Science Electives 420-21
Computing Courses14-15
Total Hours76.5-80
1

Equivalent or higher-level sequences in science may be substituted, e.g., MATH 10850MATH 10860 for MATH 10550MATH 10560.

2

Students who have completed only six hours of mathematics in their first year may transfer into the program, but they will be required to complete a mathematics sequence equivalent to MATH 10350, MATH 10360 or MATH 10550, MATH 10560. Students having taken MATH 10250 (or 10260 or 10270) may do this by taking MATH 10360, while those who have taken only one semester of lower-level calculus should take both MATH 10350, MATH 10360. (See also the discussion on science degree credit found in the last section of the College of Science.)

3

PHYS 10310PHYS 10320 or PHYS 10411, PHYS 10422 may be substituted for PHYS 20210PHYS 20220.

4

The choice by the student of the elective courses in science for the Science-computing program will be based on the student’s scientific interest as developed during his or her studies of the four basic areas of science. Any major-level College of Science courses (i.e., those taken to meet science-major requirements and not those designated as “Recommended University electives”) and that are not being used to fulfill other specific graduation requirements can be used to satisfy the “Science Elective” requirement. Major-level geology courses cross-listed as science courses may be taken as science electives. Students are restricted to no more than two credits per semester (six total) for science credits and three credits per semester (nine total) for graduation credit of courses such as Undergraduate Research or Directed Readings. 

Please see advisor for information on possible sequences in computing.

Suggested Curriculum for the Science-Computing Collegiate Sequence

(124 semester hour credits: 64 science hour credits, minimum)

Plan of Study Grid
First Year
First SemesterHours
CHEM 10171
CHEM 11171
Introduction to Chemical Principles
and Introduction to Chemical Principles Laboratory
4
MATH 10550
Calculus I 1
or Calculus A
4
University Requirement 2 9
Moreau First Year Experience 1
 Hours18
Second Semester
CHEM 10172
CHEM 11172
Organic Structure and Reactivity
and Organic Structure and Reactivity Laboratory
4
MATH 10560
Calculus II
or Calculus B
4
University Requirement 2 9
 Hours17
Sophomore Year
First Semester
BIOS 10171
BIOS 11173
Biology I :Big Questions
and Biological Investigations Laboratory
4
CHEM 20273
CHEM 21273
Organic Reactions and Applications
or Planet Earth and Planet Earth Laboratory
4
Language 3
CSE Course 3-4
 Hours14-15
Second Semester
BIOS 10172
BIOS 11174
Biology II: Molecules to Ecosystems
and Research Experience in Biology Laboratory
4
CHEM 20274
CHEM 21274
Chemistry across the Periodic Table
or General Chemistry: Fundamental Principles and Biological Processes
3-4
Language 3
Elective 3
 Hours13-14
Junior Year
First Semester
Science Elective 3
CSE 20311 Fundamentals of Computing 4
PHYS 20210
PHYS 21210
Physics for Life Sciences I
and Physics for Life Sciences I Lab
4
University Requirement 2 3
Elective (or Language) 3
 Hours17
Second Semester
BIOS 40411
Biostatistics
or Statistics for Life Sciences
3.5-4
PHYS 20220
PHYS 21220
Physics for Life Sciences II
and Physics for Life Sciences II Lab
4
CSE Elective 3
University Requirement 2 3
 Hours13.5-14
Senior Year
First Semester
Science Electives 9
CSE Elective 4
Electives 3
 Hours16
Second Semester
Science Electives 9
CSE Elective 3
Electives 3
Moreau Senior Capstone 1
 Hours16
 Total Hours124.5-127
1

Students who have completed only six hours of mathematics in their first year may transfer into the program, but they will be required to complete a mathematics sequence equivalent to MATH 10350, MATH 10360 or MATH 10550, MATH 10560. Students having taken MATH 10250 (or MATH 10260 or MATH 10270) may do this by taking MATH 10360, while those who have taken only one semester of lower-level calculus should take both MATH 10350, MATH 10360. (See also the discussion on science degree credit found later in this section of the Bulletin.)

2

One of these must be a University Seminar

Summary of Minimal Requirements

Biological Sciences8
Chemistry8
Organic Chemistry/Geology8
Mathematics8
Physics8
Statistics (ACMS 20340/BIOS 40411)3.5-4
Science Electives20-21
Total Required Science64
Computing Courses14-15
Language11
University Requirements *24
The Moreau Program **2
Free Electives ***10
Total124
*

One of these courses must be a University Seminar

**

Students will take a 1-credit Moreau First-Year Seminar course during their first year and complete their 1-credit Moreau experience in their final year

***

Assumes intermediate-level competency in language achieved by taking two 4-credit and one 3-credit courses