Mathematics, B.S.

Objectives

This degree program is designed for students who want a broad foundation in mathematics. By choosing appropriate mathematics electives in consultation with their faculty advisor, the student can emphasize in pure mathematics, applied and computational mathematics, or a combination of both. The degree can be tailored to meet the needs of students who expect to pursue a graduate degree in pure mathematics, expect to pursue a graduate degree in applied mathematics, or intend to work in a mathematics-related field in industry. 

Learning Outcomes

1. Content Proficiency. In each of the following subject areas of mathematics:
   1. calculus and analysis,
   2. abstract and linear algebra,
   3. probability,
   4. numerical methods and scientific computation;
      Students will be able to:
      1. State and use basic definitions and theorems.
      2. Solve problems using a variety of techniques including: methods of proof, geometric reasoning, algebraic thinking, algorithmic techniques, and the application of computer software and programming.
      3. Explain the central concepts of the subject.
2. Communication. Students will be able to communicate mathematics both orally and in writing. They will do so according to accepted standards in mathematics.
3. Tools. Students will employ a variety of tools such as the library, Internet, computers, and calculators to solve problems and do undergraduate research.
4. Independent Learners. Students will be able to independently investigate a mathematical topic.
5. Career and Professional Preparation. LMU mathematics graduates will be prepared to engage in mathematics-related professions or in a graduate school academic environment. This preparation will include significant pre-professional experiences. 

General Major Requirements

Students must complete the corresponding Bachelor of Arts or Bachelor of Science University Core requirements as defined by the Frank R. Seaver College of Science and Engineering; students will choose the proper sequence of University Core courses in consultation with their advisor.

Mathematics majors and minors are not permitted to enroll in a mathematics course without a minimum grade of C (2.0) in that course’s prerequisite. A minimum grade of C (2.0) is required in each course in the lower division major requirements. A minimum cumulative grade point average of C (2.0) is required in the upper division major requirements for graduation.

Course List

Code	Title	Semester Hours
Lower Division Requirements
MATH 131	Calculus I	4
MATH 132	Calculus II	4
MATH 181	Introduction to Programming	2
MATH 190	Workshop in Mathematics I	2
MATH 234	Calculus III	4
MATH 246	Differential Equations and Linear Algebra	4
MATH 249	Introduction to Methods of Proof	4
MATH 251	Applied Linear Algebra	4
MATH 290	Workshop in Mathematics II	1
Select two of the following:		6-8
BIOL 101	General Biology I
BIOL 102	General Biology II
CHEM 110	General Chemistry I
CHEM 112	General Chemistry II
CHEM 114	General Chemistry for Engineers
CMSI 1010	Computer Programming and Laboratory
CMSI 2120	Data Structures and Applications
PHYS 1100	Introduction to Mechanics
PHYS 2100	Introduction to Electricity and Magnetism
Subtotal		35-37
Upper Division Requirements
MATH 323	Real Analysis I	4
MATH 333	Abstract Algebra I	4
MATH 361	Probability and Mathematical Statistics	4
MATH 382	Applied Numerical Methods	4
MATH 390	Workshop in Mathematics III	1
MATH 492	Workshop in Mathematics IV	1
Select one of the following:		4
MATH 423	Real Analysis II
MATH 433	Abstract Algebra II
MATH 450	Advanced Linear Algebra
MATH 460	Advanced Topics in Probability
MATH 472	Topology
MATH 482	Advanced Numerical Methods
MATH 496	Mathematical Modeling
Select tweleve semester hours of upper division MATH electives chosen in consultation with their faculty advisor		12
Subtotal		34
Total Semester Hours		69-71

Bachelor of Science in Mathematics Curriculum

(124-126 S.H.)

Plan of Study Grid

First Year
Fall		Semester Hours
MATH 131	Calculus I	4
MATH 190	Workshop in Mathematics I	2
FFYS 1000	First Year Seminar	4
ORNT 1000	First Year Forum	0
Select one of the following:		3-4
Science Requirement
University Core
	Semester Hours	13-14
Spring
MATH 132	Calculus II	4
MATH 181	Introduction to Programming	2
RHET 1000	Rhetorical Arts	3-4
Select one or both of the following:		3-8
Science Requirement
University Core
	Semester Hours	12-18
Sophomore Year
Fall
MATH 246	Differential Equations and Linear Algebra	4
MATH 249	Introduction to Methods of Proof	4
University Core		4
University Core		3-4
	Semester Hours	15-16
Spring
MATH 234	Calculus III	4
MATH 251	Applied Linear Algebra	4
MATH 290	Workshop in Mathematics II	1
University Core		3-4
University Core		3-4
	Semester Hours	15-17
Junior Year
Fall
MATH 323	Real Analysis I	4
MATH 361	Probability and Mathematical Statistics	4
University Core		4
Upper Division Elective		3-4
	Semester Hours	15-16
Spring
MATH 333	Abstract Algebra I	4
MATH 382	Applied Numerical Methods	4
MATH 390	Workshop in Mathematics III	1
University Core		3-4
Upper Division Elective		3-4
	Semester Hours	15-17
Senior Year
Fall
MATH 4xx Mathematics Elective 1		4
MATH 3xx or 4xx Mathematics Elective		4
University Core		3-4
Upper Division Elective		3-4
	Semester Hours	14-16
Spring
MATH 3xx or 4xx Mathematics Elective		4
MATH 3xx or 4xx Mathematics Elective		4
MATH 492	Workshop in Mathematics IV	1
University Core		4
Upper Division Elective		3-4
	Semester Hours	16-17
	Minimum Semester Hours	115-131

¹

One upper division course is required from MATH 423 Real Analysis II, MATH 433 Abstract Algebra II, MATH 450 Advanced Linear Algebra, MATH 460 Advanced Topics in Probability, MATH 472 Topology, MATH 482 Advanced Numerical Methods, or MATH 496 Mathematical Modeling.