Online Master’s in Mathematics

<a href="https://www.onlinemasterscolleges.com/online-masters-in-mathematics/">Online Master's in Mathematics</a>

College Name & Address	Tuition	Graduation Rate
#1 Texas A&M University, College Station JKW Administration Building, Suite 200, College Station, Texas 77843	$6,677	82%
#2 North Carolina State University 2101 Hillsborough Street, Raleigh, North Carolina 27695	$9,095	82%
#3 University of Missouri 105 Jesse Hall, Columbia, Missouri 65211	$9,264	71%
#4 Colorado State University 102 Administration Building, Fort Collins, Colorado 80523	$10,520	70%
#5 Slippery Rock University of Pennsylvania 1 Morrow Way, Slippery Rock, Pennsylvania 16057	$9,288	68%
#6 Ball State University 2000 University Ave, Muncie, Indiana 47306	$8,850	67%
#7 Kansas State University 919 Mid-Campus Drive, Anderson Hall, Manhattan, Kansas 66506	$10,212	65%
#8 Northern Arizona University 1900 S Knoles Dr, Babbitt Administrative Center, Room 200, Flagstaff, Arizona 86011	$10,305	57%
#9 Emporia State University 1 Kellogg Circle, Emporia, Kansas 66801	$6,394	50%
#10 University of Texas, Arlington 701 S. Nedderman Dr., Arlington, Texas 76013	$8,474	51%
#11 University of Texas Rio Grande Valley 1201 W University Dr, Edinburg, Texas 78539	$5,959	46%
#12 University of West Florida 11000 University Parkway, Pensacola, Florida 32514	$7,088	46%
#13 Western Kentucky University 1906 College Heights Blvd, Bowling Green, Kentucky 42101	$12,140	48%
#14 Indiana State University 210 N 7th St, Terre Haute, Indiana 47809	$7,542	41%
#15 University of Houston 1 Main Street, Houston, Texas 77002	$7,578	29%

Source – Integrated Post Secondary Education Data System & University Data
*Tuition rates are for in-state and per year. Program specific rates may apply.
**NA – data not available

<a href="https://www.onlinemasterscolleges.com/online-masters-in-mathematics/">Online Master's in Mathematics</a>

College Name & Address	Tuition	Graduation Rate
#1 University of Texas Rio Grande Valley 1201 W University Dr, Edinburg, Texas 78539	$5,959	46%
#2 Emporia State University 1 Kellogg Circle, Emporia, Kansas 66801	$6,394	50%
#3 Texas A&M University, College Station JKW Administration Building, Suite 200, College Station, Texas 77843	$6,677	82%
#4 University of West Florida 11000 University Parkway, Pensacola, Florida 32514	$7,088	46%
#5 Indiana State University 210 N 7th St, Terre Haute, Indiana 47809	$7,542	41%
#6 University of Houston 1 Main Street, Houston, Texas 77002	$7,578	29%
#7 University of Texas, Arlington 701 S. Nedderman Dr., Arlington, Texas 76013	$8,474	51%
#8 Ball State University 2000 University Ave, Muncie, Indiana 47306	$8,850	67%
#9 North Carolina State University 2101 Hillsborough Street, Raleigh, North Carolina 27695	$9,095	82%
#10 University of Missouri 105 Jesse Hall, Columbia, Missouri 65211	$9,264	71%
#11 Slippery Rock University of Pennsylvania 1 Morrow Way, Slippery Rock, Pennsylvania 16057	$9,288	68%
#12 Kansas State University 919 Mid-Campus Drive, Anderson Hall, Manhattan, Kansas 66506	$10,212	65%
#13 Northern Arizona University 1900 S Knoles Dr, Babbitt Administrative Center, Room 200, Flagstaff, Arizona 86011	$10,305	57%
#14 Colorado State University 102 Administration Building, Fort Collins, Colorado 80523	$10,520	70%
#15 Western Kentucky University 1906 College Heights Blvd, Bowling Green, Kentucky 42101	$12,140	48%

Source – Integrated Post Secondary Education Data System & University Data
*Tuition rates are for in-state and per year. Program specific rates may apply.
**NA – data not available

A Master’s in Mathematics program offers an immersive educational experience, delving into advanced concepts across various branches of mathematics. The curriculum encompasses pure and applied mathematics, providing students with a well-rounded understanding of theoretical principles and their practical applications. Research plays a significant role, allowing students to explore specific mathematical domains and contribute to the field’s advancements. Whether through completing a research thesis or a comprehensive examination, students demonstrate their mastery of mathematical concepts. Specializations in pure mathematics, applied mathematics, or statistics cater to individual interests and career aspirations. Graduates emerge with honed problem-solving and analytical skills, prepared for diverse career paths in academia, research, and industries such as finance, technology, and data science. The program also facilitates networking and collaboration, fostering connections with peers and professionals. Beyond its immediate benefits, a Master’s in Mathematics is a robust foundation for those considering further doctoral studies. 

The mathematics master’s program offers a transformative journey where mathematical theories evolve into powerful tools for navigating real-world complexities and unlocking new perspectives. We cover the many components of this program in the sections further.

Curriculum and Skills Gained in Masters in Mathematics Programs

The curriculum for Master’s in Mathematics programs is structured to provide a comprehensive and in-depth exploration of advanced mathematical concepts. While specific courses may vary among institutions, the core curriculum typically includes foundational topics from various branches of mathematics. Here is an overview of the common elements found in the curriculum of Master’s in Mathematics programs:

Advanced Algebra
This course delves into advanced algebraic structures, building upon the foundational concepts of groups, rings, and fields. Students explore abstract algebraic theories, including group homomorphisms, isomorphisms, and applications in various mathematical contexts. The course emphasizes the development of rigorous proof techniques and the study of algebraic structures beyond elementary concepts.

Real and Complex Analysis
Fundamental and Complex Analysis thoroughly examines real and complex number systems. The course covers topics such as limits, continuity, and differentiability in both natural and complex variables. Students explore the convergence of sequences and series, properties of objective functions, and the integration theory. Complex analysis introduces the study of complex functions, contour integration, and applications in mathematical research.

Topology
Topology focuses on the properties of spaces that remain invariant under continuous deformations. The course covers fundamental concepts such as open and closed sets, continuity, compactness, and connectedness. Students explore the topological structure of various spaces, including metric spaces and topological groups. Studying homeomorphisms and fundamental group theory enhances the understanding of spatial relationships.

Differential Equations
Differential Equations involve the analysis of ordinary and partial differential equations, exploring their solutions and applications. The course addresses first-order and higher-order differential equations and systems of equations. Topics include existence and uniqueness theorems, linear and nonlinear equations, and boundary value problems. Applications span diverse fields, including physics, engineering, and biology.

Applied Mathematics
Applied Mathematics focuses on applying mathematical principles to real-world problems. The course covers mathematical modeling techniques, optimization methods, and numerical analysis. Students engage in problem-solving exercises, addressing physics, engineering, economics, and biology challenges. Emphasis is placed on translating theoretical concepts into actionable solutions.

Some other standard courses across curricula include:

1. Group Theory
2. Ring Theory
3. Field Theory
4. Module Theory
5. Real Analysis
6. Integration Theory
7. Algebraic Topology
8. Dynamical Systems
9. Mathematical Modeling
10. Optimization
11. Propositional Logic
12. Algebraic Number Theory
13. Diophantine Equations
14. Graph Theory
15. Ramsey Theory

The Master’s in Mathematics program equips students with diverse skills that are valuable across various professional domains. Here are vital skills that students typically develop during the program:

• Analytical Thinking
  Proficiency in breaking down problems into manageable components for systematic analysis;
• Problem-Solving
  Advanced problem-solving skills, honed through tackling intricate mathematical challenges;
• Critical Reasoning
  Developed capacity for critical reasoning and evaluation of mathematical proofs and theorems;
• Quantitative Analysis
  Proficiency in conducting quantitative analysis and interpreting mathematical data;
• Abstraction and Generalization
  Ability to identify patterns and apply generalized solutions to novel problems;
• Communication of Complex Ideas
  Enhanced communication skills for conveying complex mathematical ideas to both technical and non-technical audiences;
• Research and Inquiry
  Proficient in conducting independent research, including formulating hypotheses and designing experiments;
• Programming and Computational Skills
  Familiarity with programming languages and computational tools for mathematical modeling and simulation;
• Attention to Detail
  Developed attention to detail in mathematical proofs, calculations, and data analysis;
• Collaboration and Teamwork
  Ability to collaborate with peers and professionals to solve mathematical problems collectively.

Degree Types in Masters in Mathematics Programs

Two primary types of master’s degrees commonly offered in mathematics programs are the Master of Science (MS) in Mathematics and the Master of Arts (MA) in Mathematics. Programs may be labeled as MS Mathematics Online or MA Mathematics Online, providing flexibility for prospective students. While the curriculum specifics can vary based on chosen subjects, the fundamental degree type remains consistent.

Specializations for Masters in Mathematics

Several universities have specializations with bifurcations concerning applied mathematics, financial mathematics, elementary mathematics, etc. Each specialization has different entry requirements, skill sets, and fee structures. We have listed a few specializations and the universities that give the degree.

Specialization	Description	Potential Careers
Pure Mathematics	Focuses on theoretical aspects of mathematics, including algebra, analysis, and topology.	Research Mathematician, University Professor, Theoretical Mathematician, and so on.
Applied Mathematics	Applies mathematical principles to solve real-world problems in fields such as physics or finance.	Quantitative Analyst, Data Scientist, Mathematical Modeler, and so on.
Mathematics Education	Emphasizes the study of teaching methodologies, curriculum development, and educational research.	Mathematics Teacher, Curriculum Developer, Education Consultant, and so on.
Computational Mathematics	Uses computational techniques and algorithms to solve mathematical problems.	Computational Mathematician, Software Developer, Research Scientist, and so on.
Statistics and Data Science	Focuses on statistical methods, data analysis, and the interpretation of results for decision-making.	Statistician, Data Scientist, Biostatistician, Market Research Analyst, etc.
Financial Mathematics	Applies mathematical models to analyze financial markets, pricing, and risk management.	Financial Analyst, Risk Analyst, Quantitative Analyst, Actuary, etc.
Operations Research	Uses mathematical modeling and optimization techniques to make informed decisions in business.	Operations Research Analyst, Supply Chain Analyst, Management Consultant, etc.
Mathematical Physics	Integrates mathematical methods with physical principles to understand natural phenomena.	Mathematical Physicist, Research Scientist, Astrophysicist, and so on.
Number Theory	Explores the properties and relationships of integers, leading to applications in cryptography and coding.	Cryptographer, Number Theorist, Information Security Analyst, and so on.
Industrial Mathematics	Applies mathematical techniques to solve problems in industrial settings, such as manufacturing.	Industrial Mathematician, Process Analyst, Quality Control Specialist, and so on.

Timeline for Graduation from Masters in Mathematics Online Programs

Most standard Master’s in Mathematics Online Programs typically span two years or more, providing students with a thorough exploration of advanced mathematical concepts. Universities often offer multiple points of intake, such as Spring and Fall, and may structure the program into quarters or semesters. The initial year usually encompasses core subjects and fundamental teaching, while the second year focuses predominantly on research and completing a thesis, a requirement for program completion.

Certain universities extend flexibility with part-time programs, allowing students to complete their master’s degrees in mathematics within 3 to 5 years. However, it’s essential to note that, in most cases, the master’s degree must be attained within five years from the program’s commencement. Online programs offer the convenience of studying while individuals continue working or pursuing additional courses simultaneously. Despite this flexibility, one may be required to attend a specific number of video lectures, live classes, seminars, and video discussions, which could impact the overall duration of the program. 

One-year Masters in Mathematics Online Programs

A one-year Master’s in Mathematics Online Program is designed as an accelerated and intensive educational path, delivering advanced knowledge and skills in mathematics within a compressed timeframe. While specific curricula may vary among institutions, these programs commonly cover core mathematical concepts and delve into advanced topics. Students enrolled in these programs often participate in demanding coursework, research projects, and practical applications to understand the subject comprehensively. Some institutions offering one-year master’s in mathematics online programs include:

• University of Pittsburgh^[1]
• University of Houston ^[2]

Online Masters in Mathematics Admission Requirements

To enhance one’s chances of acceptance into an online master’s in mathematics program, observing application deadlines and meeting admission requirements is crucial. Prospective students typically need a bachelor’s degree, meet GRE qualifications, and submit an impressive application package. Standard admission requirements for online master’s in mathematics programs include:

• Transcripts: Applicants should hold a bachelor’s degree, preferably having completed mathematics courses such as calculus or linear algebra in preparation for the master’s program. Meeting minimum grade and overall GPA criteria is essential, with this information documented in official transcripts;
• GRE Score: Graduate schools often require a GRE score, emphasizing the quantitative reasoning section during the review process. Applicants can send their scores directly to their chosen institutions;
• Letters of Recommendation (LORs): Typically, three LORs are necessary and are best obtained from former professors or work colleagues who can attest to the applicant’s mathematical aptitude and suitability for the program;
• Prerequisite Math Course: Successful completion of higher-level mathematics courses during undergraduate studies demonstrates a solid foundation of mathematical knowledge;
• Personal Essay: The personal essay is a direct communication tool with the admission board. Applicants can articulate why they are ideal candidates for the program, justifying their choice of mathematics as their academic path. This essay is an opportunity to showcase personal motivation and goals related to the field.

Accreditation for Online Masters in Mathematics Programs

Accreditation for Master’s in Mathematics Programs is vital to consider when choosing an academic institution. Accreditation ensures that the program meets rigorous educational standards and is recognized as offering a quality education. Those attending accredited programs can have confidence in the credibility and legitimacy of their degrees. Accrediting bodies evaluate faculty qualifications, curriculum, student support services, and educational outcomes.

The primary accrediting bodies for mathematics programs in the United States include:

• New England Association of Schools and Colleges (NEASC) ^[3]
• Middle States Association of Colleges and Secondary Schools (MSA-CESS) ^[4]
• Higher Learning Commission (HLC) ^[5]
• Southern Association of Colleges and Schools (SACSCOC) ^[6]
• Northwest Commission on Colleges and Universities (NWCCU) ^[7]
• Western Association of Schools and Colleges (WASC) Senior College and University Commission^[8]

One recognized programmatic accreditation body for mathematics programs is the Association of Collegiate Schools of Mathematics (ACSM)^[9]. ACSM evaluates and accredits mathematics programs, ensuring they meet established standards of excellence in mathematical education.

No gre Mathematics masters degree

Several universities and graduate programs have recognized the evolving landscape of admissions requirements and have started waiving the GRE (Graduate Record Examination) as part of the application process for Master in Mathematics programs. The decision to eliminate the GRE requirement aims to make the admissions process more accessible and equitable for prospective students. Some colleges providing no GRE mathematics master’s degree include:

• University of Illinois^[10]
• University of Florida^[11]

People having a head for figures can pursue job-related to mathematics, and this choice can also become a lucrative and rewarding career decision. They can use math to solve other individuals to make investments or to solve business problems. The need for mathematics experts is increasing exponentially in many careers; as per the Mathematical Association of America, the maths profession is becoming increasingly attractive. Actuary, Mathematician, and statistician jobs are among the most promising career paths based on the association, growth outlook, income level, and stress-work environment. Some career options for mathematicians are:

• Statistician
• Actuary
• Mathematics Professor/Researcher
• Quantitative Analyst
• Operations Research Analyst
• Cryptographer
• Biostatistician
• Software Engineer/Developer
• Consultant
• Economist
• Financial Analyst
• Market Research Analyst
• Machine Learning Engineer
• Government Analyst/Researcher
• Meteorologist
• Logistician
• Environmental Scientist
• Quality Assurance Analyst
• Healthcare Analyst

Some of these occupations are explained below:

Occupation	Mathematicians and Statisticians [18]
Skills	Analytical, communication, logical thinking, math, and problem-solving skills.
Median Annual Salary	$99,960
Job Growth (up to 2032)	30% (much faster than average)
Job Description	Mathematicians and statisticians are essential professionals who contribute their expertise in various fields. Their role involves identifying the necessary data to address specific questions or solve practical problems across diverse domains. They develop innovative business, engineering, and science solutions by applying mathematical theories and statistical techniques.

Occupation	Data Scientists [19]
Skills	Analytical, computer, communication, logical thinking, math, and problem-solving skills.
Median Annual Salary	$103,500
Job Growth (up to 2032)	35% (much faster than average)
Job Description	Data scientists are pivotal in extracting meaningful insights from vast datasets, contributing significantly to informed decision-making in various fields. Their responsibilities encompass identifying available and relevant data for specific projects, followed by the meticulous collection, categorization, and analysis of this data. Using expertise and innovation, data scientists create, validate, test, and continually update algorithms and models to derive accurate predictions and valuable patterns.

Occupation	Financial Analysts [20]
Skills	Analytical, communication, computer, decision-making, detail-oriented, and math skills.
Median Annual Salary	$96,220
Job Growth (up to 2032)	8% (faster than average)
Job Description	Financial analysts play a crucial role in the financial landscape by offering valuable insights and recommendations to individuals and organizations. Their responsibilities include advising on individual investments and portfolios, leveraging in-depth evaluation of current and historical financial data, and studying economic and business trends.

Occupation	Actuaries [21]
Skills	Analytical, communication, computer, interpersonal, math, and problem-solving skills.
Median Annual Salary	$113,990
Job Growth (up to 2032)	23% (much faster than average)
Job Description	Actuaries play a pivotal role in the financial landscape. They utilize their expertise in compiling and analyzing statistical data to estimate the probability and economic cost of various events, such as death, sickness, accidents, or natural disasters. These professionals design and rigorously test insurance policies, investments, and business strategies to minimize risk and maximize profitability.