What is the Arts and Sciences Transfer Program?

  • The Baltimore City Community College (BCCC) Arts and Sciences Transfer Program is designed for students wishing to obtain a strong liberal arts foundation before transferring to a bachelor’s degree program, with the option to continue on to graduate or professional studies. Transfer programs in mathematics and science culminate in an associate’s degree.

What Careers Use These Skills?

  • Students in these fields can qualify for a wide range of occupations. Mathematics graduates can opt for careers as mathematicians, statisticians, and actuaries, school math specialist, to name a few. Science graduates can specialize in any scientific discipline, conduct research or apply to medical school.

    • The starting salary for a mathematician with a master’s degree is $80,825. Mathematicians earn a median salary of $116,850.
    • A microbiologist who holds a master’s degree can start on a salary of $64,225. The median income for microbiologists is $97,925.


What Degree or Certificate Can I Earn?

  • You can earn:

    • Associate of Science, Mathematics Option
    • Associate of Science, Science Option


What Courses Will I Take?

  • Always check with an advisor to determine what courses to take. All BCCC students must meet the College’s computer literacy requirement in order to receive a degree or certificate. All students are required to complete the PRE 100 course within the first six credits. PRE 100 is an academic achievement preparation course earning one credit.

What Will I Learn?

  • Students will learn to:


    BCCC’s Mathematics Program provides students with a strong foundation in mathematics, logic, physics, and analytic and computer-based problem solving skills. Upon completion, students will be able to:

    • Find the derivative of a function.
    • Evaluate indefinite and definite integrals.
    • Differentiate and integrate multi-variable functions.
    • Solve first- and second-order, ordinary differential equations.
    • Solve combinatorial problems by using the concepts of mathematical logic.
    • Construct algorithms by using the concepts of mathematical logic.
    • Make decisions using critical thinking, logic and problem solving skills.
    • Use Newton’s Laws to analyze an object being acted upon by a system of forces.
    • Solve electricity and magnetism problems.
    • Design and code a computer program in the C and C++ languages.
    • Write C and C++ programs that involve looping.
    • Describe the characteristics of object-oriented design.
    • Find the matrix representation of basic transformations of functions such as reflections and rotations.
    • Find orthonormal bases of vector spaces using the GramSchmidt process.
    • Find the matrix representation of a linear transformation of one vector space into another, and vice-versa.


    Students in the Science Program will develop scientific literacy and understanding, reasoning, problem solving and research skills. They will learn to:

    • Use scientific vocabulary in chemistry, biology, and physics.
    • Analyze the relationship between structure and function in chemistry, biology and physics.
    • Employ scientific methods in the development of research in chemistry, biology and physics.
    • Critically analyze/use the data obtained from scientific method in chemistry, biology and physics.
    • Solve chemistry problems.
    • Determine the past or future state of a system using physical principals.
    • Apply knowledge of biological principles to organisms and their relationship to the environment.
    • Access and search scientific databases.
    • Analyze scientific materials for relevance and accuracy.
    • Summarize and communicate scientific information in a scientific format.
    • Create and interpret graphic representations of scientific data.