Degrees & Programs

Bachelor of Science in Applied Mathematics/Engineering
This is a cooperative dual degree program in which the student spends approximately three years at Oakwood University and approximately two years at the University of Alabama in Huntsville (UAHuntsville) or the University of Alabama in Birmingham (UAB). Following the successful completion of all requirements, the student will be awarded the Bachelor of Science degree in Applied Mathematics from Oakwood University. The student will also receive the Bachelor of Science degree in Engineering from UAHuntsville or UAB in one of the following areas: aerospace engineering, civil
engineering, computer engineering, electrical engineering, industrial and systems engineering, mechanical engineering, or optical engineering.

Students who complete the B.S. in Applied Mathematics/Engineering will be proficient in the following student learning outcomes:

1. Effectively communicate verbally and orally
2. Use information resources/technology effectively
3. Apply knowledge of mathematics (including multivariate calculus, differential equations, and linear algebra) to solve quantitative problems
4. Demonstrate competency in chemistry and calculus-based physics
5. Apply descriptive geometry, drafting, and graphical techniques to design problems
6. Use basic engineering software tools such as AutoCAD and MATLAB
7. Possess sufficient general knowledge to work and function in an ever-changing technical and diverse society

Major Requirements:

CH 141-142 General Chemistry ............................................................................... 8 hours
CM 210 Computer Science with C++ ....................................................................... 3 hours
EC 283 Macroeconomics ......................................................................................... 3 hours
EG 111 Introduction to Engineering .......................................................................... 2 hours
EG 112 Engineering Graphics .................................................................................. 3 hours
EG 211 Statics ........................................................................................................ 3 hours
MA 321 Statistics .................................................................................................... 3 hours
MA 171-172-271 Calculus (may need MA 121-122 or MA 123 first) ......................... 12 hours
MA 308 Linear Algebra ............................................................................................ 3 hours
MA 311 Differential Equations .................................................................................. 3 hours
PH 121-122 General Physics (calculus based) ........................................................ 8 hours
Total ..................................................................................................................... 51 hours

General Education Requirement variations:
Six hours of literature in sequence and three hours of history, or
Six hours of history in sequence and three hours in literature (UAHuntsville general education requirement)
Omit the two-hour religion elective course
Omit IS 120
Omit BI 101 and take BI 131 (required for civil engineering; recommended for all engineering programs)

Bachelor of Science in Computer Science
This curriculum is appropriate for students planning a career in industry or graduate study in computer science. It provides computer science majors with a broad based knowledge in areas such as computer programming, algorithm design and analysis, computer architecture, and computer networks. The program includes adequate courses from mathematics to provide the quantitative tools required for problem solvinig in computer science.

Students who complete the B.S. in Computer Science will be proficient in the following student learning outcomes:

1. Demonstrate ability to analyze and generate steps to solve problems
2. Demonstrate knowledge of programming algorithms to implement computer solutions to problems
3. Demonstrate knowledge of how to use research tools to solve problems
4. Write computer code using basic and advanced programming language constructs
5. Demonstrate knowledge of how to represent mathematical concepts in computer data structures
6. Demonstrate knowledge of how computers work, perform computations and execute at the hardware level

Major Requirements:

CM 210 Computer Science I with C++ ..................................................................... 3 hours
CM 220 Computer Science II Data Structures with C++ ........................................... 3 hours
CM 340 Computer Logic Design .............................................................................. 3 hours
CM 350 Introductory Computer Architecture ............................................................ 3 hours
CM 352 Operating Systems I ................................................................................... 3 hours
CM 367 Programming Languages ............................................................................ 3 hours
CM 401 Discrete Structures ..................................................................................... 3 hours
CM 402 Design and Analysis of Algorithms ............................................................. 3 hours
CM 490 Research and Independent Study ............................................................... 3 hours
Select three courses from:
CM 353 Operating Systems II, CM 381 Computer Networks,
CM 480 Selected Topics, or CM 491 Research and Ind. Study ........................... 9 hours
MA 171-172-271 Calculus (may need MA 121-122 or MA 123 first) ......................... 12 hours
MA 308 Linear Algebra ............................................................................................ 3 hours
MA 312 Numerical Analysis.................................................................................... 3 hours
MA 321 Probability and Statistics ............................................................................ 3 hours
Total ..................................................................................................................... 57 hours
General Education Requirement variation:
Omit IS 120

Bachelor of Arts in Mathematics
This program is designed to prepare students for employment by the private sector or by government agencies requiring high-level quantitative skills and the ability to think critically and logically. It provides the background required to enter graduate school in mathematics or related areas.

Students who complete the B.A. in Mathematics will be proficient in the following student learning outcomes:

1. Able to read, communicate, and interpret mathematical ideas making use of numerical, graphical, and symbolic viewpoints
2. Construct proofs
3. Analyze the validity of arguments and problems
4. Use technology for conceptual understanding, significant computations, and creating simple programs
5. Express natural laws in mathematical language to analyze, model, and solve real world phenomena
6. Demonstrate a strong grasp of the fundamental concepts necessary for advanced coursework

Major Requirements:

MA 171-172-271 Calculus ( may need MA 121-122 or MA 123 first) ........................ 12 hours
MA 308 Linear Algebra ............................................................................................ 3 hours
MA 311 Differential Equations .................................................................................. 3 hours
MA 321 Probability and Statistics ............................................................................ 3 hours
MA 401 Advanced Calculus .................................................................................... 3 hours
MA 411 Introduction to Modern Algebra ................................................................... 3 hours
MA 419 Introduction to Real Analysis ...................................................................... 3 hours
MA Electives (upper division; only 3 hours from the MA 490-491 sequence)............. 6 hours
CM 210 Computer Science I with C++ ..................................................................... 3 hours
CM 220 Computer Science II Data Structures with C++ ........................................... 3 hours
Total ..................................................................................................................... 42 hours
Minor Required .............................................................................................. 18-21 hours
General Education Requirement variation:
Omit IS 120
BI 131 is the recommended biology course

Bachelor of Science in Mathematics Education
This program is accredited by the National Council for Accreditation of Teacher Education (NCATE). The program qualifies a person to teach secondary school mathematics. After graduation, students may apply for the Alabama Class B Certificate: Mathematics, grades 7-12; and the SDA Basic Teaching Certificate: Mathematics, grades 7-12. Refer to the Department of Education section in this bulletin for the program outline. Program advisor: L. James.

Minor in Computer Science

CM 210 Computer Science I with C++ ..................................................................... 3 hours
CM 220 Computer Science II Data Structure with C++ ............................................. 3 hours
CM 340 Computer Logic Design .............................................................................. 3 hours
CM 367 Programming Languages ............................................................................ 3 hours
CM electives (upper division) .................................................................................... 6 hours
Total ..................................................................................................................... 18 hours

Minor in Mathematics

MA 171-172-271 Calculus (may need MA 121-122 or MA 123 first) ......................... 12 hours
MA 308 Linear Algebra ............................................................................................ 3 hours
MA 311 Differential Equations .................................................................................. 3 hours
MA elective (upper division) ...................................................................................... 3 hours
Total .................................................................................................................... 21 hours

Minor in Physics

PH 121-122 General Physics ................................................................................... 8 hours
PH 301 Theoretical Mechanics ................................................................................ 3 hours
PH 305 Applied Mathematics .................................................................................. 3 hours
PH 311 Electricity and Magnetism ........................................................................... 3 hours
EG 211 Statics ........................................................................................................ 3 hours
Total ..................................................................................................................... 20 hours