Molecular Biology Major, BS

Degree requirements: BIO 1401  (Principles of Biology) and BIO 2410  Zoology are the prerequisites to all biology courses above the freshman level. Potential majors must have earned a C or better in both BIO 1401 and BIO 2410. They should submit the required formal application to the department during the second semester of their sophomore year. Students accepted into the major program must complete a minimum of 25 semester hours in biology and then they are to submit the required formal application to the Department. To satisfy the major requirement, a grade of C or better must be earned in each biology and chemistry course taken. A minimum overall grade point average of 2.5 is required to earn an undergraduate degree in biology, biotechnology, and molecular biology. Non-biology requirements for the three major options are one year of the following: general chemistry, organic chemistry, general physics, and calculus (MAT 1313  and MAT 2317 ). There is a foreign language requirement that can be met by successfully completing the Spanish or French language courses at the intermediate level (SPA 2311  and SPA 2312  or FRE 2311  and FRE 2312  ) or Yoruba (FLS 3401  or FLS 3402 ). Majors must complete a minor program in a discipline that differs from biology.

The molecular biology degree program teaches students about the function and structure of DNA and RNA molecules. Students learn how to manipulate these molecules, transfer genetic information, and qualify the influence of genes on cell function. They learn to apply their knowledge to solving primarily theoretical problems in genetics, cell biology, and the biochemical aspects of human diseases whereas biotechnology involves practical application of molecular techniques to commercialization. A degree in molecular biology is a pathway for careers in forensic sciences and bioinformatics.

Outcomes

Students should be able to demonstrate:

1. Understanding of basic biological principles and the diversity of life.
2. Knowledge of specialized areas of biology.
3. Knowledge of technical skills needed to conduct biological research.
4. Ability to read scientific texts and literature with comprehension.
5. Critical thinking skills.
6. Basic computer literacy.