The importance of applied mathematics is especially important for students who wish to enter MEDICAL SCHOOL or an ELITE GRADUATE PROGRAMS. The LTU applied mathematics concentrations are designed for this purpose. LTU offers two concentrations, the Mathematics-Premedical and the Mathematics-Engineering concentrations. Each of these programs combines a rigorous mathematics curriculum with a strong foundation in either the Natural Sciences or the Engineering disciplines. Excelling in one these two mathematics programs can open opportunities that even excellence in engineering or natural sciences alone cannot do.

From government and private industry to the health and environmental fields, sophisticated mathematical techniques are used to solve a myriad of problems facing our world today. Mathematicians apply their knowledge of mathematical theory, computational techniques, algorithms, and the latest computer technology to tackle such issues. The study of mathematics develops analytical and quantitative skills, as well as problem-solving discipline.

For these reasons the most optimal program for those seeking to enter elite professional post-graduate programs or corporate positions is to pursue a joint program in engineering, the physical or biological science sciences AND mathematics. Excellence in mathematics marks an applicant as a gifted problem solver with a meticulous mind and the energy to attack difficult problems.



MathematicsThe areas in which mathematics can be applied are wide-ranging: the finance industry uses sophisticated mathematical models to price securities and analysts employed by the petroleum industry mathematically model the flow of oil. The use of mathematics is important in the processing of satellite and medical imagery used in medicine (CAT, MRI) to detect and diagnose disease or injury.

Recent advances in the biological sciences, physics, chemistry, astronomy, and the environmental and social sciences rely heavily on mathematical ideas. LTU students in the mathematics and computer science department frequently publish their own work in prestigious research journals before graduation. Below are images highlighting some of this student work: 

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Minor/Dual Major

Students must take 29 credit hours of mathematics courses to complete a minor. Engineering students may need as few as three additional courses since some engineering curricula already require 20 credit hours of mathematics.

Students can earn a dual major in mathematics and another discipline by completing the degree requirements of both programs.

Why Mathematics at LTU?

The faculty at Lawrence Tech is dedicated to your success, and as part of the College of Arts and Sciences Quest program, will be actively involved in helping you choose and start your career. Small classes enhance your interaction with your professors and other students. As an undergraduate you can participate in research projects and have opportunities to engage in team-oriented activities, including state and national competitions, designed to prepare you to take part in, and lead, project teams on the job.


Your 123-credit-hour program consists of:

Humanities (with emphasis on leadership) 29
Chemistry  7
Physics  8
Mathematics 51
Computer Science 7
Electives 21
Total 123

Sample Courses: Calculus, Complex Analysis, Differential Equations, Discrete Mathematics, Linear Algebra, Math Modeling, Numerical Analysis, Probability and Statistics.

Graduates with a degree in Mathematics have many career options:

Aerospace industry
Automotive manufacturing
Computational biology
Data mining
Defense industry
DNA sequencing
Electronics and computer manufacturing
Engineering research
Financial services
Government agencies
Goverment research laboratories
Information science
Insurance industry
Market analysis
Medical research
Opinion polling

Get Started

student in math classContact Lawrence Tech's Office of Admissions at 800.CALL.LTU, or