BA Mathematics

4 Years On Campus Bachelors Program

Hofstra University

Program Overview

The Bachelor of Arts in Mathematics at Hofstra University offers students a strong foundation in mathematical theory, analytical reasoning, and problem-solving, combined with the breadth of a liberal arts education. It is well suited to students who want to develop quantitative skills while keeping career pathways open in finance, business, technology, research, education, or further study in fields such as computer science and engineering.

Curriculum Structure

Year 1 — Mathematical Foundations

Students begin with Calculus I (MATH 71) and Calculus II (MATH 72), developing skills in limits, differentiation, integration, and mathematical modelling. Liberal arts and general education courses complement this mathematical foundation, helping students build communication and critical-thinking skills.

Year 2 — Core Mathematical Methods

Students progress to Calculus III (MATH 73), Introduction to Higher Mathematics (MATH 114), and Linear Algebra (MATH 135A). These subjects develop advanced problem-solving techniques, introduce rigorous mathematical reasoning, and prepare students for upper-level mathematics courses.

Year 3 — Advanced Mathematical Reasoning

Students explore subjects such as Abstract Algebra I (MATH 145) and Real Analysis I (MATH 171), strengthening their ability to understand abstract concepts and construct mathematical proofs. They can also select additional mathematics courses aligned with their interests and academic goals.

Year 4 — Specialization and Further Preparation

Students complete their remaining mathematics requirements through advanced courses and electives, potentially including Abstract Algebra II (MATH 146), Real Analysis II (MATH 172), and other approved mathematics subjects. This final stage encourages independent mathematical thinking and prepares students for employment or postgraduate study. Course choices and sequencing depend on individual degree requirements and academic advising.

Focus areas: Calculus, linear algebra, abstract algebra, real analysis, mathematical logic, probability and statistics, mathematical modelling, numerical analysis, liberal arts.

Learning outcomes: Apply mathematical reasoning, solve quantitative problems, develop and evaluate mathematical proofs, communicate mathematical concepts clearly, interpret abstract theories, and use analytical skills in professional and academic settings.

Professional alignment (accreditation): The program develops transferable mathematical and analytical skills relevant to careers in business, finance, education, technology, and research. The official information reviewed does not identify a separate specialized accreditation for the BA in Mathematics.

Reputation (employability rankings): Hofstra reports that 100% of its mathematics graduates were employed or pursuing graduate study within one year of graduation, and 91% of employed graduates secured positions at or within six months after graduation, according to its published mathematics outcomes. These figures reflect reported mathematics graduate outcomes rather than a QS or Guardian subject ranking.

Experiential Learning (Research, Projects, Internships etc.)

Hofstra's Mathematics Department encourages students to apply mathematical concepts beyond the classroom through internships, research, academic competitions, seminars, and collaborative activities. Students can learn from faculty, explore professional interests, and build experience that supports employment or graduate-school applications. The department also provides opportunities to develop communication and problem-solving skills through mathematical challenges and student organizations.

Mathematics Internships: Students may pursue internships with public or private employers through MATH 185 — Mathematics Internship, subject to departmental approval. Previous mathematics students have gained experience in banking, insurance, finance, and government laboratories or agencies.
Faculty-Guided Research: Students interested in advanced study can work with faculty on research projects and explore external Research Experiences for Undergraduates (REUs), where eligible.
Mathematics Seminars: Faculty, students, and visiting speakers present mathematical research and applications, exposing students to topics such as disease modelling, mathematical logic, and network analysis.
Academic Competitions: Students can participate in the William Lowell Putnam Mathematical Competition, the Problem of the Month, and the SCUDEM differential-equations modelling competition.
Student Organizations: The Math Club, Actuarial Science Club, and Pi Mu Epsilon mathematics honor society offer opportunities for academic engagement, networking, and professional development.
Math Tutoring Center: Students can strengthen their understanding of mathematics through tutoring resources and peer-learning opportunities.

Progression & Future Opportunities

The BA in Mathematics gives graduates a versatile foundation for careers that require analytical thinking, quantitative reasoning, and problem-solving. Its liberal arts component also supports communication and broader professional skills, while internships and advanced coursework can help students prepare for specific industries.

Potential career paths: Data Analyst, Financial Analyst, Research Analyst, Mathematics Teacher.

Students can build on their degree through Hofstra's career development services and opportunities to gain professional experience:

Career Support: Hofstra's Career Center provides career coaching, résumé and cover-letter guidance, interview preparation, job-search resources, and internship support.
Employment and Graduate Outcomes: Hofstra's published mathematics outcomes report that 100% of mathematics graduates were employed or pursuing graduate study within one year, while 91% of employed graduates secured a position at or within six months after graduation. These figures reflect reported mathematics graduate outcomes.
Employer Connections: Mathematics alumni have worked at organizations including JPMorgan Chase & Co., NPD Group, Steve Madden, Ltd., and other employers in finance, business, and related fields.
Internship Opportunities: Internships can provide practical experience in banking, insurance, finance, and government agencies, helping students build professional networks and workplace skills.
Long-Term Professional Development: The degree provides a foundation for careers requiring mathematical and analytical skills. Some roles, including teaching, actuarial work, and specialized financial positions, may require additional certification, examinations, or qualifications.

Further Academic Progression: Graduates can pursue master's or doctoral degrees in mathematics, applied mathematics, statistics, data science, finance, economics, computer science, or related fields, depending on their preparation and admission requirements. Hofstra also offers dual-degree pathways combining a BA in Mathematics with an MBA or an MS in Finance, as well as a pathway combining mathematics with Mathematics Education and STEM Integration.