## Laying the Foundation for Mathematical and Scientific Exploration

At Rensselaer our aim is to provide an education in mathematics, both as a subject in itself and as a discipline to aid in the development of other social and scientific fields.

At Rensselaer our aim is to provide an education in mathematics, both as a subject in itself and as a discipline to aid in the development of other social and scientific fields.

Four curricula leading to a Bachelor of Science in Mathematics have been designed to aid students in constructing programs, which reflect their interests and career objectives:

**Students who successfully complete this program will be able to demonstrate:**

- Skills in the use of basic elements of mathematics and mathematical modeling.
- An ability to write mathematical proofs and an appreciation of the rigorous and logical structure of mathematical analysis.
- An ability to analyze and apply concepts from linear algebra to a diverse set of problems.
- An ability to learn advanced mathematical concepts and their applications.

Traditionally, mathematics has provided the language and rigorous analysis at the core of many areas of science and engineering, and today it is reaching exciting new areas such as art and social science. Our program in mathematics provides a deep and broad curriculum emphasizing rigorous proofs as they arise in mathematical analysis and linear algebra. There is enough flexibility for students to pursue additional topics in Abstract Algebra, Geometry and Number Theory, as well as other areas of pure and applied mathematics.

Mathematics is a fundamental component of modern scientific and engineering endeavors, for which it provides a common quantitative language. Having always been indispensable in engineering and the physical sciences, the use of methods and techniques of applied mathematics has been spreading rapidly into other areas of natural and social sciences. Our Applied Mathematics program emphasizes both the modeling of observed phenomena and processes, as well as methods of analyzing the resulting mathematical problems.

It is difficult to overstate the importance of numerical modeling and simulation in science, engineering and finance. Our curriculum focuses on the mathematical development, analysis, and application of numerical methods. It is also designed to allow for the flexibility to pursue associated studies in computer science and application fields.

Operations research, including mathematical programming and data science, is of fundamental importance in many areas of science, engineering, and business. In today’s world of massive data sets there is a significant need for mathematicians with a deep understanding of the analysis and algorithms for Big-Data applications. Our curriculum in operations research emphasizes the use of mathematics in developing and studying analytical models of discrete systems, especially those which arise in management, engineering and social sciences.

Every student who declares mathematics as a major is assigned a faculty advisor. Advisors are professors who help each student tailor their academic program to his or her needs throughout the full four years at Rensselaer. Students consult with their advisors during the registration period for each term, and advisors are available for advice or assistance at any time of the year, when questions or problems arise.

Jeffrey Banks (student last name A-L)

Ashwani Kapila (student last name M-Z)

Gregor Kovacic (student last name A-L)

Bruce Piper (student last name M-Z)

Mark Holmes (student last name A-M)

Fengyan Li (student last name N-Z)

Harry McLaughlin (student last name A-M)

Donald Schwendeman (student last name N-Z)

Academic awards for seniors who demonstrated outstanding ability in his or her academic work.

Student researchers play a critical role in the world-changing discovery, innovation, and breakthroughs taking place across campus.

Discover groups of students that enjoy mathematics and solving problems, and that challenge themselves in annual math contests and competitions.

The nine free electives in the math curriculum provide a unique opportunity to pursue a dual major.

A national mathematics honor society promoting mathematical scholarship and collegiality between math students.