Bachelor of Science in MathematicsSchool of Arts and Sciences

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Solving complex problems in today’s world

Mathematics plays a fundamental role in the evolution of human culture and in our ability to comprehend the universe. In a world full of problems, mathematics offers the intellectual structure to develop an understanding of the phenomena that surrounds us. Mathematical reasoning is a deductive art, bringing creativity to mathematical truths. As a Bachelor of Science in Mathematics major at Edgewood College, you will emerge equipped to embark on a diverse career path spanning industries such as business, government, teaching, and research.

The pursuit of mathematics cultivates disciplined and abstract thinking, facilities the articulate expression of technical concepts, and nurtures creative problem-solving — essential attributes for impactful and adept leadership. Opting for a mathematics degree hones robust analytical abilities, skilled data organization, proficient communication, and creative problem solving. As you refine these skills, you will discover that careers in mathematics consistently garner high rankings in job satisfaction, salary, and working environments.

Teaching License

If you are interested in teaching mathematics in middle or high school, it is recommended that you take additional courses at the 300 or above level. Students then enroll in a post-baccalaureate licensure program, such as the Accelerated Secondary Program at Edgewood College.

Careers within Mathematics

$113,990

Average annual salary for an Actuary

23%

Projected employment growth rate, from 2022-2032

Bureau of Labor Statistics

A bachelor’s degree in mathematics prepares you for a variety of career paths. Careers with an asterisk (*) may require additional education.

Actuary
Data Scientist
Economist*
Engineer*
Financial Analyst
Market Research Analyst
Mathematician/Statistician*
Operations Research Analyst
Personal Financial Advisor

Mathematics Student Spotlight

Bachelor of Science in Mathematics

Quinton Gordon ’23

At Edgewood College, I found a welcoming community that fostered my passion for mathematics, providing challenging coursework and supportive faculty who encouraged my intellectual growth. The small class sizes allowed for engaging discussions and personalized attention that larger institutions cannot match. Through its comprehensive curriculum, which emphasized practical applications of mathematics, Edgewood College truly cultivated my love for the subject and prepared me for success in real-world situations.

Featured Courses in Mathematics

Math 256 Discrete Mathematics

This course introduces students interested in math or computer science to a level of abstraction and argumentation appropriate to those fields as well as providing some of the foundational mathematics and more importantly, way of thinking needed for success in either field. In addition, the course provides students the opportunity to see connections between the two fields such as those between symbolic logic and digital logic circuits or between recurrence and induction. Topics include: logic, methods of proof, sequences, induction, recursion, set theory, functions, relations, counting, probability, graphs, trees, analysis of algorithm efficiency.

Math 331 Differential Equations

Theory of ordinary differential equations with an emphasis on problems of the physical world which are modeled well by differential equations. Topics include first order equations, second order and higher linear equations, series solutions, and a brief introduction to numerical methods and partial differential equations as time permits.

Math 341 Linear Algebra

An introduction to linear algebra including vector spaces, matrices, linear transformations, eigenvalues and eigenvectors; emphasis on gaining theoretical insights through computation, developing facility with elementary proof, and applying the concepts and computational methods to solve real world problems.

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Mathematics Faculty Spotlights

Associate Professor | Mathematics Department

Susan Hollingsworth

SHollingsworth@edgewood.edu

Senior Lecturer, Mathematics Department

Matthew Bloss

MBloss@edgewood.edu

Lecturer, Mathematics Department

Aimee Nelson

AimeeNelson@edgewood.edu

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Frequently Asked Questions About Physics

What kind of math skills do I need for a physics degree?

We welcome students with a range of math skills. Calculus is the foundation of work of a physics major. If students are ready to take calculus their first semester, then can jump right in to the major. Otherwise, we work with students to get them ready for calculus and to guide them to the classes they can take that will count towards the major in the meantime.

How much time should I expect to spend in the lab?

Our physics classes are taught in an integrated lab/lecture format that meets three times a week (2 hours each for lab classes). Students move between lecture, lab and group activities in a format designed based on research into teaching and learning science.

Is graduate school necessary for a career in physics?

The skills learned in a physics major (problem solving, analytical, and mathematical) are valuable in many fields of employment and employment rates are very high for graduates with a physics major. Careers in direct physics research typically involve further graduate study.

What kind of support is available for physics students, such as tutoring or academic advising?

Students have access to peer tutors at the learning lab on campus during their early career, and then can become peer tutors as they move through their time here. It is a great way to build a variety of skills. Faculty are also always willing to spend time one on one with students outside of class to help them learn.