Mathematical Sciences - Frequently Asked Questions

Stevens requires a strong background in high school mathematics, including courses like pre-calculus and calculus. Admitted students typically demonstrate excellent academic performance and strong standardized test scores, if submitted. For the most up-to-date entry criteria and class profiles, please review the official undergraduate admissions requirements page.

Yes. Stevens allows students to tailor their programs through electives, minors or double degrees. Many undergraduates pair Mathematics with fields like Physics, Quantitative Finance, Computer Science or Cybersecurity.

Admission to Stevens is highly competitive. Acceptance rates vary by application cycle, with higher rates typically observed during the Early Decision timelines. For the latest exact enrollment data and admissions statistics, please consult the university's official facts and statistics page.

Yes. Incoming mathematics majors must complete an online math assessment prior to starting their first semester. Exact seasonal deadlines and access instructions are provided to deposited students through the new student academic resources portal.

Students earning qualifying scores on the AP Calculus AB or BC exams may receive college credit. Credit policies and major-specific equivalencies are subject to periodic updates and are detailed in the official university transfer credit guide.

All undergraduate Mathematics students complete Stevens’ unique Research Spine, which is integrated throughout all four years of the program and culminates in a Senior Research Project conducted under the supervision of a faculty member.

In addition, Stevens offers co-op programs and research opportunities with faculty in applied mathematics, data science and quantitative finance.

Undergraduates can choose specific pathways tailored to their goals. The unique, innovative curriculum gives students the freedom to concentrate their undergraduate studies in areas including pure mathematics, applied mathematics, computational mathematics, cryptography, data science, statistics and actuarial mathematics.

Yes, the department sponsors multiple initiatives to foster a community of like-minded peers. Each semester, it hosts Math Major Meetups that allow math students and faculty to interact in a collegial setting. It also sponsors undergraduate research and internship seminars. Undergraduates can join the Stevens Math Club to prepare for the famous Putnam Mathematical Competition, and students who demonstrate academic excellence in mathematics in their first three semesters may join the Stevens chapter of the national mathematics honor society Pi Mu Epsilon, which organizes an annual Integration Bee for Stevens students, among other activities. Additionally, the department runs outreach activities for K-12 students like the Stevens Math Circle Initiative and Stevens Mathematical Olympiad, with which undergraduate students can get involved.

A rigorous curriculum provides both a strong mathematical foundation and, via the mathematics Research Spine, unique research opportunities that may be tailored to specific industries. The department hosts the Mathematical Sciences Industry Connection Event series. This initiative connects students with successful alumni and professionals across industries like AI, technology, and data science to learn how theoretical knowledge applies directly to evolving industry needs. Undergraduate Internship Seminars allow math majors who have conducted math-related internships to share their experiences with other students and help them secure similar opportunities

Mathematics graduates from Stevens enjoy exceptional career placement success. Graduates command competitive starting salaries across stable, lucrative sectors including corporate finance, insurance, technology, engineering services, education, and healthcare. For specific salary data and employment metrics, see the latest career outcomes report published by the Career Center.

Mathematicians are at the leading edge of addressing critical global problems, ranging from predicting the dynamics of pharmaceuticals to navigating climate crisis risks. Modern businesses rely heavily on mathematical graduates to handle complex algorithms, predict public opinion, extract core insights from massive datasets, and develop cryptographic methods for secure communications.

The program equips students with strong mathematical foundations across core subjects like mathematical analysis, probability and statistics, and abstract algebra. Graduates develop advanced skills in constructing numerical models, writing mathematical proofs at a high level of quality and rigor, applying mathematical arguments in scientific or business environments, and using mathematical software.

A degree in Mathematics develops analytical, quantitative and problem-solving skills that are highly valued across industries. Employers increasingly rely on professionals who can interpret data, model complex systems, recognize patterns and make informed decisions using quantitative analysis.

At Stevens, mathematics students build strong foundations in areas such as statistics, computational mathematics, mathematical modeling and data analysis while also developing critical thinking and communication skills. This combination prepares graduates for careers in finance, technology, data science, actuarial science, cybersecurity, engineering and research.

The Department of Mathematical Sciences at Stevens also emphasizes experiential learning, research opportunities and industry engagement through initiatives such as the Industry Connections series, helping students understand how mathematical theory applies directly to evolving workforce needs.

An undergraduate mathematics curriculum typically combines theoretical foundations with applied and computational coursework.

Core courses at Stevens cover:

• Single and Multivariable Calculus

• Discrete Mathematics

• Differential Equations

• Linear Algebra

• Probability and Statistics

• Abstract Algebra

• Real and Complex Analysis

• Numerical Methods

• Differential Geometry

• Mathematical Research

At Stevens Institute of Technology, students in the Bachelor’s Degree in Mathematics program can tailor their studies toward areas such as pure mathematics, applied mathematics, computational mathematics, statistics, cryptography, actuarial mathematics and data science. The curriculum is designed to provide both rigorous mathematical training and practical problem-solving experience that prepares students for graduate study and a wide range of technical careers.

The Department of Mathematical Sciences at Stevens offers three master’s programs: Applied Mathematics, Data Science and Mathematics. Each program is designed to meet evolving industry demands while reflecting state‑of‑the‑art knowledge and practices in its respective field.

The Department of Mathematical Sciences at Stevens is a leader in algebraic cryptography and is home to the internationally recognized Algebra and Cryptology Center (ACC). It also hosts the Laboratory for Artificial Intelligence in Mathematics Education, which aims to enhance large language models’ mathematical reasoning and their applications in education, bridging the gap between human expertise and AI’s potential.

The department is also globally renowned for its strengths in stochastic modeling, optimization and control under uncertainty, and mathematical models of risk. Its broad research expertise spans group theory, model-theoretic algebra, mathematical logic, experimental mathematics, partial differential equations, conservation laws, digital twins, numerical analysis, statistical learning, and reliability theory.

Doctoral candidates work closely with world-class faculty on cutting-edge research across these areas. Recent research themes include risk-averse learning and control for distributed dynamical systems; algebraic geometry in nilpotent groups, theory of interpretations, computational complexity, quadratic equations in groups, inverse problems in electrohydrodynamics, randomized local model reduction, random packing models, dense weighted networks, Bayesian models for high-dimensional time series, reliability of complex engineering systems, and uncertainty quantification in combustion processes.

Faculty members are supported by major government funding agencies and actively collaborate with leading research centers, including the Stevens Institute for Artificial Intelligence (SIAI), the Center for Research toward Advancing Financial Technologies (CRAFT), and the Center for Quantum Science and Engineering.

Graduates secure positions at leading technology companies, financial institutions, government agencies, and academia. They pursue high-demand careers as quantitative and financial analysts, cryptologists, AI scientists, machine learning engineers, data scientists, data security analysts, mathematicians, and researchers. Alumni have been placed at premier organizations such as Google, Apple, Capital One, ExxonMobil, JPMorgan Chase, Morgan Stanley, NVIDIA, S&P Global, and the National Security Agency, as well as at well-known universities.

Yes, these programs carry the official STEM designation. This classification recognizes the rigorous technical nature of the curriculum and provides eligible international students with opportunities for extended stays to work in high-paying U.S. industries.