Examples of B.A. Learning plans
Bachelor of Arts Worksheets (as pdfs)
Bachelor of Arts Learning Plan Worksheet (pdf)
Compare to Bachelor of Science degree (pdf)
Organic Chemistry Options (Word)
General information About the
B.A. Degree Option (printable pdf
version)
The Bachelor of Arts (B.A.) degree serves as the centerpiece of liberal arts education, promoting broad intellectual cultivation of the student. The intent is to develop in students the ability to know how to know. Through a liberal education, students struggle with the ways we perceive the world around us, from philosophical, historical, scientific and other perspectives. Truman, as a liberal arts institution, strives to develop creativity, competence, and compassion in its students, and at the same time, give them the ability to pursue and adapt to demands of any career path they may select.
In keeping with the liberal arts mission of Truman, the B.A. in Biology provides a broadly based foundation that will serve many different life goals, yet is flexible enough to allow students to tailor it to their particular interests. This degree option will allow a student to broaden his or her experience and to pursue an interest in education, biological research, medicine, environmental law, biological illustration, or a multitude of other paths.
In contrast to the Bachelor of Science degree in Biology, the B.A. degree requires intermediate language proficiency, 15 fewer credit hours of formal Biology electives, and one, rather than two semesters, of Organic Chemistry. Students must still take at least 26 hours of Biology courses, and many opt to take the full sequence of Organic Chemistry, as required by the B.S. major. The full Organic Chemistry sequence is required for entrance into most medical schools, as well as a variety of other professional and graduate schools.
An integral component of the Biology B.A. that allows for creative tailoring is the “Learning Plan.” In consultation with his or her academic advisor, students custom-design a suite of courses (at least 15 credit hours) that best matches their life-long learning and career goals. For example, a student interested in becoming a pediatrician might elect to take courses from five different majors: chemistry (Biochemistry), exercise science (Physical Activity for the Young Child), psychology (Child Development), communications (Rhetoric and Medicine), and business (Accounting for Business Operations).
Examples of potential learning plans that display the spirit of this degree option can be found on the back of this sheet. Learning Plans must be approved by a committee of Biology faculty members, and it is recommended that this occur by the end of the student's sophomore year. Previously approved Learning Plans are available in the Science Division office for students to review.
B.A.
Degree Requirements
|
Categories
& Courses |
Credit
Hours |
|
Liberal
Studies Program |
32-57 |
|
|
|
|
Missouri
Statute |
1-3 |
|
|
|
|
Required
Support |
31-35 |
|
MATH 198: Analytic Geometry and Calculus I* |
5 |
|
BIOL 107: Introductory Biology I* |
4 |
|
PHYS 185: College Physics I* |
4 |
|
PHYS 186: College Physics II* |
4 |
|
CHEM 120: Chemical Principles I* |
5 |
|
CHEM 121: Chemical Principles II* |
5 |
|
CHEM 320: Foundations of Organic Chemistry* Or B.S. Organic Chemistry Sequence (329, 330, 331, 332) * |
4 8 |
|
|
|
|
*May be used to fulfill Liberal Studies Program requirements. |
|
|
|
|
|
B.A.
Requirement |
0-6 |
|
Intermediate Language Proficiency |
|
|
|
|
|
Major Requirements (Biology
Core) |
22 |
|
BIOL 145: Freshman Seminar |
1 |
|
BIOL 108: Introductory Biology II |
4 |
|
BIOL 200: Cell Biology |
4 |
|
BIOL 300: Genetics |
4 |
|
BIOL 301: Introduction to Ecology |
4 |
|
BIOL 315: Physiology or BIOL 405: Plant Physiology |
4 |
|
BIOL 545: Senior Seminar |
1 |
|
|
|
|
Learning Plan |
15 |
|
Students will design an individualized Learning Plan in consultation with their academic advisor. This plan, to which very few restrictions apply, is intended to meet the life-long needs of the student. Such a plan might include an existing minor in a discipline other than Biology, additional Biology courses, or a mixture of courses from several disciplines. Learning plans must be submitted to and approved by a committee of Biology faculty members. |
|
|
|
|
|
Electives |
to
total 124 |
Examples
of B.A. Learning Plans
Student
1 - Pediatrics
In order to prepare for a career in pediatric medicine and for opening his own practice, this student tailored his Learning Plan to include courses from a variety of disciplines.
CHEM 421: Biochemistry
ES 235: Physical Activity for the Young Child
PSYC 332: Child Development
ACCT 211: Accounting for Business Operations
COMM 375: Rhetoric and Medicine
Student
2 - Scientific Illustration
This student chose to combine an artistic talent with a love of biology and become a scientific illustrator. Therefore, he chose a variety of courses in the fine arts and from Biology electives with emphasis on structural and anatomical features.
BIOL 302: Comparative Anatomy
BIOL 309: Histology
BIOL 313: Plant Anatomy
ART 115: Drawing I
ART 215: Drawing II
ART 213: Creative Photography I
Student
3 - Culinary Arts
This student intended to enroll in culinary school after receiving her B.A and pursue a career as a chef and restaurant owner. Her Learning Plan focuses on Biology, Agriculture, and Business courses.
BIOL 313: Plant Anatomy
BIOL 317: Economic Botany
BSAD 325: Principles of Marketing
BIOL 509: Comparative Plant Morphology
AGSC 316: Food, Fiber, and the Consumer
Student
4 - Journalism
In order to pursue a career in journalism as a science writer, this student built his Learning Plan around a wide range of Biology courses, as well as courses in Communications.
BIOL 317: Economic Botany
BIOL 304: General Microbiology
COMM 251: Media Writing
COMM 367: News Reporting and Writing
COMM 375: Rhetoric and Medicine
Student
5 - Bioinformatics
This student was planning to pursue a career in bioinformatics and used her Learning Plan to shape her coursework around this interest.
BIOL 513: Microbial Genetics
BIOL 518: Eukaryotic Molecular Genetics
BIOL 518: Bioinformatics
CS 275: Programming for Scientists
CS 420: Database Systems
Student
6 - Philosophy
This student discovered that although she wanted to pursue a career in Biology, she had a strong interest in Philosophy and the interface between Philosophy and Biology. Her Learning Plan allowed her to explore this interest.
PHRE 186: Introduction to Philosophy
PHRE 370: Epistemology
PHRE 386: Religion and Science
PHRE 383: Philosophy of Language
PHRE 374: Faith and Reason
Student
7 - Justice Systems
This student was planning to pursue a career in forensic science and thus directed her Learning Plan to include Justice Systems courses.
JUST 205: Introduction to Justice Systems
JUST 212: Scientific Investigation
JUST 335: Rehabilitative System
JUST 331: Criminology
JUST 281: Introduction to Forensic Science
Student
8 - Biological Consultant
This student wished to open her own business as a biological consultant. She chose a variety of courses from business and environmental sciences.
ACCT 211: Accounting for Business Operations
BSAD 325: Principles of Marketing
BIOL 363: Human Ecology
BIOL 510: Ecology
AGSC 218: Introduction to Horticulture