Bachelors in Mathematics

Bachelors in Mathematics

School of science and Engineering

Academic Freedom to Discover Your Purpose
Open Curriculum Design at Atlantic International University

AIU’s Bachelors in Mathematics program is designed to equip students with a solid foundation in mathematical theory and its practical applications. Our Mathematics undergraduate program offers a comprehensive curriculum that covers a wide range of topics, from calculus and algebra to advanced mathematical modeling and analysis. Whether you’re passionate about pure mathematics or interested in its applications in fields like engineering, finance, or computer science, our undergraduate Mathematics degree provides the knowledge and skills you need to succeed.

What sets our mathematics bachelor’s program apart is our commitment to flexibility and accessibility. Through distance learning, we ensure that students can pursue their education anywhere in the world, on their schedule. Andragogy education principles guide our approach, focusing on self-directed learning and tailored instruction to meet the needs of adult learners. With AIU’s Bachelor’s in Mathematics, you can embark on a journey of discovery and mastery in this fascinating field, setting the stage for a rewarding career or further academic pursuits.

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Core Courses & Topics: Bachelors in Mathematics

Important: Below is an example of the topics or areas you may develop and work on during your studies. By no means is it a complete or required list, as AIU programs do not follow a standardized curriculum. It is meant solely as a reference point and example. Want to learn more about the curriculum design at AIU? Check here: Course and Curriculum

In our Bachelor’s degree in Mathematics, students delve into a rich array of core courses and topics that form the cornerstone of mathematical understanding. Our Mathematics undergraduate degree curriculum encompasses fundamental subjects such as calculus, linear algebra, and discrete mathematics, providing students with a robust framework for further exploration. Additionally, advanced coursework delves into topics like differential equations, abstract algebra, and fundamental analysis, offering a deeper understanding of mathematical structures and proofs. 

Through elective courses, students can specialize in applied mathematics, mathematical modeling, or computational mathematics, tailoring their education to align with their interests and career aspirations. With a Mathematics bachelor’s degree from our institution, graduates emerge equipped with the analytical skills and mathematical acumen necessary to tackle complex problems and make meaningful contributions to diverse fields.

  • Calculus I (Differential Calculus)
  • Calculus II (Integral Calculus)
  • Multivariable Calculus
  • Linear Algebra
  • Differential Equations
  • Discrete Mathematics
  • Complex Analysis
  • Abstract Algebra
  • Number Theory
  • Probability Theory
  • Numerical Analysis
  • Mathematical Logic

Orientation Courses

In the Bachelor of Science in Mathematics program, students encounter a range of orientation courses carefully designed to acquaint them with the discipline’s fundamental concepts and methodologies. These introductory Mathematics courses serve as a gateway to the broader curriculum, providing students with a solid footing in mathematical thinking and problem-solving techniques. 

Core orientation courses may include Mathematical Foundations, Introduction to Mathematical Analysis, and Mathematical Reasoning. Through these foundational Mathematics courses, students develop essential skills and gain insight into the diverse applications of mathematics across various fields. Whether pursuing a Bachelor’s in Math for pure enjoyment or as a stepping stone to a specialized career path, these orientation courses of our mathematics course lay the groundwork for a successful academic journey in the dynamic world of mathematics.

  • Communication & Investigation (Comprehensive Resume)
  • Seminar Administrative Development (Book Summary)
  • Organization Theory (Portfolio)
  • Seminar Cultural Development (Practical Experience)
  • Experiential Learning (Autobiography)
  • Seminar International Development (Publications)

Research Projects

As part of the Mathematics degree program, students can engage in diverse and stimulating research projects that deepen their understanding of mathematical principles and methodologies. These research endeavors, tailored to each Math major’s interests and academic goals, offer hands-on experience in tackling real-world problems and advancing mathematical knowledge. 

Some research projects may focus on graph theory, cryptography, mathematical modeling, or computational mathematics. Under the guidance of experienced faculty mentors, students of Mathematics major delve into these projects, applying theoretical concepts to practical scenarios and contributing to ongoing discussions within the field. Whether exploring the intricacies of number theory or investigating the applications of calculus in physics and engineering, these research experiences foster critical thinking, creativity, and a passion for discovery in math studies among Math degree students.

  • MBM300 Thesis Proposal
  • MBM302 Bachelors Thesis (5,000 words)

Publication -Within the Bachelor’s in Mathematics program, students can showcase their academic prowess and contribute to the scholarly discourse through student publications. These publications allow Math degree candidates to share their research findings, insights, and innovative ideas with peers and the broader academic community. Articles cover a wide range of topics spanning differential equations, linear algebra, and computational mathematics, among others, reflecting the interdisciplinary nature of modern mathematical inquiry.

Collaborations with students from related fields, such as computer science, further enrich the publication landscape, offering fresh perspectives and multidisciplinary approaches to complex problems. As an integral part of undergraduate programs, these student publications promote intellectual exchange and nurture the next generation of mathematicians and scholars, fostering a culture of academic excellence and innovation within the mathematics degree community.

Thesis Defense for Bachelors in Mathematics

The thesis defense marks a pivotal moment for Bachelor’s in Mathematics students, showcasing their culmination of rigorous study and research. Throughout their academic journey, students hone critical thinking skills and mathematical prowess, preparing to defend their original contributions to the field. Whether delving into topics in actuarial science, numerical analysis, applied mathematics, or data science, the thesis defense is a testament to their expertise and dedication.

As students present their findings, they demonstrate the depth of their math skills and their ability to apply theoretical concepts to real-world problems. Faculty and peers engage in rigorous questioning and discussion, providing invaluable feedback and insights. Ultimately, the thesis defense represents the culmination of years of study and marks the beginning of a promising career trajectory for Bachelor’s in Mathematics graduates.

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Bachelors in Mathematics Student Experience

At AIU, students embarking on a Bachelor’s in Mathematics encounter a dynamic and enriching academic experience that seamlessly integrates cutting-edge AI tools with traditional pedagogical approaches. With a solid mathematics core as the foundation, students delve into various mathematical concepts and explore the frontiers of the mathematical sciences. Through innovative AI tools like ChatGPT, DALL-E, MidJourney, and Stable Diffusion, students engage in interactive learning experiences that enhance their understanding of mathematical modeling and its applications.

Whether pursuing their studies on campus or as online students, individuals with diverse backgrounds, from associate degree holders to those seeking a graduate degree, find a supportive and inclusive learning environment within our mathematics program. With access to these AI tools, students sharpen their analytical skills and gain valuable insights and perspectives, preparing them for success in academia and beyond.

Community & Social

At AIU, our Bachelor’s in Mathematics program offers rigorous academic training and fosters a vibrant and supportive community experience. Despite the online nature of the program, students have ample opportunities to connect with peers, faculty, and alumni through various virtual platforms and collaborative tools. Through features like MYAIU, AIULink, and AIUTV, math majors can discuss, share resources, and collaborate on projects with fellow students from diverse backgrounds.

Additionally, elective courses in applied math and other disciplines provide avenues for students to tailor their education to their interests and career goals, while also enhancing their communication skills through interactive learning experiences. With access to resources such as the Curriculum Builder Tool and Merlin Media Center, students can explore a wealth of academic content and enrich their understanding of mathematical concepts beyond the traditional classroom setting. 

Whether participating in live webinars or virtual conferences or connecting with peers via the Campus APP, students in the Bachelor’s in Mathematics program at AIU are part of a vibrant and inclusive community dedicated to personal growth and academic excellence.

Academic Resources

Access to an extensive array of academic resources is integral to the educational journey of students pursuing a bachelor’s in mathematics at Atlantic International University. The Virtual Campus serves as a hub of innovation and learning, offering over 25 unique tools designed to support each student’s development and growth. With the recent addition of a Virtual Reality 3D immersive experience, students can engage with their coursework in exciting new ways, enhancing their understanding of upper-division coursework such as discrete mathematics and statistical analysis.

Moreover, the AIU Online Library provides unparalleled resources, including 210,000 books and over 30 million peer-reviewed academic articles, journals, and publications. Through the Merlin Media Center, students can access and contribute to over 105,000 AIU-created academic contents, enriching their understanding of core mathematics concepts and preparing them for future graduate school endeavors.

In today’s rapidly evolving educational landscape, the availability of quality learning sources outside the traditional classroom is paramount. AIU recognizes this shift and empowers students to explore many real-world knowledge and practical learning opportunities offered by experts, social media platforms, YouTube, and MOOCs. With these academic resources at their fingertips, AIU students in the Bachelor’s in Mathematics program are equipped to excel academically and pursue their defined dreams and program goals.

Live Classes

At AIU, students pursuing a Bachelor’s in Mathematics (BS in Mathematics) engage in a dynamic learning experience that includes two live classes daily. These sessions allow students to delve into diverse mathematical topics and hone their problem-solving skills in real-time. Through interactive discussions and collaborative exercises, students explore research methods, broadening their knowledge base beyond traditional boundaries. 

Whether delving into number theory or exploring applications of mathematics in liberal arts, these live classes provide a stimulating environment where students can apply theoretical concepts to solve real-world problems. By participating in these daily sessions, students deepen their understanding of mathematical principles, gain broad knowledge, and cultivate critical thinking and analytical abilities essential for success in their academic and professional endeavors.

AIU Live Classes Examples on Mathematics: Mathematics Sessions by Rabia Liaquat | How to Utilize Accounting and Mathematics by Sumaiya Perveen

Special Projects, Research Publications, & Co-Authoring

At AIU, students of BS degree in mathematics have the opportunity to participate in Special Projects, Research Publications, and Co-Authoring ventures, enriching their academic journey. With a flexible curriculum, students explore various mathematics topics, including operations research and mathematical applications in the physical world. Through these holistic projects, students delve into following sequences and contribute to research publications, collaborating with faculty and peers. These experiences not only deepen their understanding of mathematics but also provide invaluable real-world insights, preparing them for diverse career paths and further academic pursuits.

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Career Center for Bachelors in Mathematics

The Career Center at AIU is a valuable resource for Bachelor’s in Mathematics students, offering tailored support and guidance to navigate the diverse career landscape. With a focus on preparing students for real-world problems, the center provides access to a broad range of opportunities spanning various industries, including social sciences and science sectors. Career advisors assist students in identifying potential career paths and leveraging their mathematical skills effectively. 

Through workshops, networking events, and access to job postings, students gain valuable insights into market trends and employment prospects, surpassing the national average for career placement rates. Furthermore, with the option of free electives, students can specialize in areas such as applied statistics, aligning their coursework with their career aspirations. Whether aiming for roles in data analysis, research, or academia, the Career Center equips mathematics graduates with the tools and support needed to thrive in their chosen fields, as recognized by leading industry reports and employer feedback.

Job Description

For students pursuing a Bachelor’s in Mathematics, the program offers a comprehensive foundation in mathematical theory and its applications across various fields. Through rigorous coursework in areas such as real analysis, set theory, and mathematical sciences, students develop analytical skills and problem-solving abilities essential for a wide range of career paths. Upon completion of the degree, graduates are well-equipped to pursue diverse unique  roles in industries where math plays a crucial role in decision-making and problem-solving. Here are some job roles that Bachelor’s in Mathematics graduates commonly pursue:

  1. Data Analyst
  2. Actuarial Analyst
  3. Financial Analyst
  4. Operations Research Analyst
  5. Statistician
  6. Mathematician
  7. Quantitative Analyst
  8. Risk Analyst
  9. Software Developer
  10. Market Research Analyst

These roles offer opportunities for mathematics graduates to apply their quantitative skills and mathematical expertise to address real-world challenges, aligning with their career goals and aspirations.

Tools for Bachelors in Mathematics

For students pursuing a Bachelor’s in Mathematics (BA in Mathematics) program, access to a variety of tools is crucial for enhancing their learning experience and preparing for future careers. Recent graduates and current students benefit from a range of tools tailored to support their academic journey and professional development across various concentrations.

Whether pursuing careers in engineering, teaching, or further graduate studies, these tools provide invaluable resources to augment their mathematical skills and expertise. Here are some essential tools for Bachelor’s in Mathematics students:


  1. MATLAB: Widely used in engineering, MATLAB offers powerful computational tools for solving complex mathematical problems and conducting simulations.
  2. Mathematica: A versatile software for symbolic and numerical calculations, Mathematica is valuable for exploring mathematical concepts and conducting research.
  1. R: Popular among statisticians and data analysts, R provides a comprehensive environment for statistical computing and data visualization.
  2. GeoGebra: Ideal for teaching and learning mathematics, GeoGebra offers interactive tools for geometry, algebra, and calculus.
  3. LaTeX: Essential for writing mathematical documents and formatting equations, LaTeX is commonly used for producing professional-quality reports and research papers.

These tools empower students to explore mathematical concepts, analyze data, and solve problems efficiently, preparing them for successful careers and further studies in mathematics and related fields.

Associations for Bachelors in Mathematics Professionals

For Bachelor’s in Mathematics students, involvement in professional associations is essential for networking, staying updated on industry trends, and accessing resources to support their academic and professional endeavors. These associations offer opportunities for students to engage in research, share educational insights, and explore advancements in technology across various mathematical disciplines. Here are some prominent associations for Bachelor’s in Mathematics students to consider:

  1. Mathematical Association of America (MAA): Dedicated to advancing the understanding of mathematics through research, education, and professional development, MAA offers resources, conferences, and publications to support math enthusiasts at all levels.
  2. American Mathematical Society (AMS): With a mission to promote mathematical research and education, AMS provides networking opportunities, conferences, and publications for mathematicians and students alike.
  3. Society for Industrial and Applied Mathematics (SIAM): Focused on promoting applied mathematics and computational science, SIAM offers conferences, journals, and career resources for students interested in leveraging math in real-world contexts.
  4. Association for Computing Machinery (ACM): ACM provides a platform for students interested in the intersection of mathematics and technology, offering conferences, publications, and networking opportunities in computer science and related fields.
  5. Association of Teachers of Mathematics (ATM): ATM is dedicated to supporting mathematics educators at all levels, providing resources, conferences, and professional development opportunities to enhance math teaching and learning.

By actively participating in these associations, Bachelor’s in Mathematics students can enrich their academic experience, connect with peers and professionals in the field, and stay informed about the latest advancements in mathematics, education, and technology.

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Bachelors in Mathematics Requirements

Applicants must meet specific requirements to enroll in the Bachelor’s in Mathematics program. These include holding a High School Diploma, a GED certificate, or an equivalent qualification from a recognized institution. This foundational educational background ensures that students have the necessary academic preparation to embark on their undergraduate studies in mathematics. By meeting these requirements, individuals demonstrate their readiness to engage with the rigorous curriculum and develop the analytical and problem-solving skills essential for success in mathematics.

How Can You Apply?

Here are the steps for applying for a Bachelor’s in Mathematics at AIU:

  1. Browse Through Courses: Visit the AIU website and browse the available Bachelor’s in Mathematics courses to understand the curriculum, prerequisites, and program requirements.
  2. Enter Details: Complete the online application form by entering your details, educational background, and any other required information accurately.
  3. Submit Application: After filling out the application form, review your information to ensure its accuracy, then submit your application online through the AIU website.
  4. One of the Academic Advisors Will Call You: Once your application is received, one of the academic advisors from AIU will contact you via phone to discuss your application, answer any questions you may have, and guide you through the next steps of the admissions process.

Following these steps will help you successfully apply for a Bachelor’s in Mathematics program at AIU and take the first step toward pursuing your academic and career goals in mathematics.

Financial Support & Scholarships

At AIU, we understand the importance of making higher education accessible and affordable for all students pursuing a Bachelor’s in Mathematics. That’s why we offer a range of financial support options and scholarships to help students achieve their academic goals. Through our comprehensive financial aid program, eligible students can access scholarships, grants, loans, and work-study opportunities to offset the cost of tuition and other educational expenses. 

Additionally, AIU is committed to recognizing academic excellence and achievement, offering merit-based scholarships to deserving students who demonstrate outstanding academic performance and potential in mathematics.

What’s the Cost Per Year for Pursuing Bachelors in Mathematics at AIU?

At AIU, we understand the importance of transparency and affordability when pursuing higher education. The cost per year for pursuing a Bachelor’s in Mathematics at AIU varies based on several factors, including enrollment status and program duration. Our AIU online tuition structure is designed to be competitive and flexible, allowing students to access quality education without financial strain. 

Additionally, we offer various payment options, including installment plans, to accommodate the diverse needs of our students. Through our commitment to providing accessible education and transparent pricing, AIU empowers students to pursue their academic goals in mathematics with confidence and peace of mind.


What career opportunities are available with a Bachelor's degree in Mathematics?

A Bachelor’s degree in Mathematics opens up diverse career opportunities across industries such as finance, data analysis, education, research, and technology. Graduates can pursue roles as data analysts, actuaries, financial analysts, statisticians, mathematicians, software developers, educators, and more. With strong analytical skills and problem-solving abilities, mathematics graduates are in high demand in today’s job market, where their expertise is valued for tackling complex problems and driving innovation.

How long does completing a Bachelor's degree in Mathematics typically take?

A Bachelor’s degree in Mathematics typically takes around four years to complete full-time.

Can I specialize in a particular area of Mathematics during my Bachelor's studies?

Yes, you can specialize in a particular area of Mathematics during your Bachelor’s studies by selecting elective courses or concentrations that align with your interests and career goals.

Are there any scholarships or financial aid options available for Mathematics students?

Yes, there are scholarships and financial aid options available for Mathematics students, including merit-based scholarships, need-based grants, and work-study programs.

What types of courses are included in a Bachelor's program in Mathematics?

A Bachelor’s program in Mathematics typically includes courses in calculus, algebra, discrete mathematics, fundamental analysis, differential equations, and statistics, among others.

How rigorous is the coursework for a Bachelor's degree in Mathematics?

The Bachelor’s degree in Mathematics coursework is rigorous, emphasizing advanced mathematical concepts and problem-solving skills.

Can I pursue graduate studies in Mathematics with a Bachelor's degree?

Yes, you can pursue graduate studies in Mathematics with a Bachelor’s degree.