Mathematics (B.S.)
Build strong quantitative, analytical, and problem-solving skills through undergraduate study in mathematics.
Explore Northern Arizona University programs in the EGI platform. Programs are organized into Undergraduate Programs, Graduate Programs, Doctoral Programs, and Program in Intensive English (PIE). Click any program below to open its program card and view more details.
Northern Arizona University offers international students a broad range of academic pathways, from undergraduate and graduate study to doctoral programs and intensive English preparation. Browse the categories below and open each program card to explore details in the EGI platform.
Explore undergraduate degree pathways at Northern Arizona University and build a strong academic foundation for future study and career development.
Build strong quantitative, analytical, and problem-solving skills through undergraduate study in mathematics.
Prepare for professional nursing practice through a structured undergraduate pathway in healthcare and patient-centered learning.
Study justice systems, crime, law, and policy while building academic foundations for related professional pathways.
Explore forest systems, sustainability, and environmental stewardship through undergraduate study in forestry.
Develop knowledge in environmental systems, science-based analysis, and sustainability-related problem solving.
Build a foundation in biological sciences through laboratory, academic, and science-focused undergraduate study.
Study human behavior, cognition, and psychological theory in an undergraduate academic environment.
Gain undergraduate preparation in hospitality operations, service management, and global tourism-related learning.
Build foundational business and accounting knowledge for future professional development in finance and related fields.
Develop broad business knowledge and management understanding through undergraduate study in administration and operations.
Study engineering fundamentals and technical applications through undergraduate training in electrical systems and design.
Prepare for infrastructure, design, and engineering problem-solving through undergraduate study in civil engineering.
Build technical and analytical engineering skills through undergraduate study in mechanical systems and applied design.
Develop computing, coding, and software design skills through undergraduate training in software engineering.
Study programming, computation, and computer systems through an undergraduate pathway in computer science.
Discover master’s programs that combine academic depth, professional preparation, and advanced study across a wide range of disciplines.
Advance your knowledge in criminology, justice systems, and policy through graduate-level academic study.
Strengthen engineering expertise and practical knowledge through an advanced professional master’s pathway.
Develop advanced mathematical knowledge, theory, and analytical skills through graduate study in mathematics.
Deepen your scientific background through graduate-level study in chemistry and laboratory-based academic training.
Prepare for leadership and decision-making roles in education through graduate study in educational leadership.
Explore advanced public and environmental health topics through graduate study focused on wellbeing and sustainability.
Build specialized knowledge in physical science, theory, and research-based graduate study in physics.
Develop advanced business, strategy, and management capabilities through graduate study in business administration.
Build advanced engineering knowledge in infrastructure, systems, and applied civil engineering practice.
Deepen engineering skills and technical problem-solving through graduate study in mechanical engineering.
Develop advanced computing, systems, and software knowledge through graduate study in computer science.
Build advanced skills in statistical theory, probability, mathematical statistics, and linear models. This program helps students strengthen analytical thinking and data interpretation for research, quantitative analysis, and applied decision-making across a wide range of professional fields.
Prepare for professional practice in public health through graduate study in health promotion, program planning, epidemiology, biostatistics, policy, and environmental health. The program combines classroom learning with applied practice experience and a public health project to support real-world public health careers.
Develop advanced knowledge in forest ecosystems, conservation, ecological restoration, and natural resource management. This program supports students who want to deepen their understanding of forestry science and contribute to the sustainable management of forests and environmental systems.
Advance your research skills in the biological sciences through a graduate program designed for research-focused study. Students can explore a wide range of biological fields while developing experimental approaches and scientific inquiry skills, from molecular-level questions to whole ecosystems.
Explore doctoral pathways for students pursuing advanced research, academic specialization, and long-term professional impact.
Pursue advanced research and academic specialization in political systems, policy, and governance.
Advance original scholarship in culture, society, and human experience through doctoral-level research.
Develop research depth in justice systems, policy, criminological theory, and social impact.
Pursue advanced scholarship in education through doctoral study focused on research, policy, and leadership.
Study advanced environmental and public health issues through doctoral-level research and academic inquiry.
Build advanced scientific and research expertise through doctoral study in theoretical and applied physics.
Develop original scientific research and deep disciplinary expertise through doctoral study in chemistry.
Pursue advanced research in computing, data, information systems, and technical innovation.
Advance engineering scholarship and research in infrastructure, design, and civil systems.
Develop doctoral-level expertise in engineering research, systems analysis, and applied design.
Pursue advanced mathematical research, theory, and high-level analytical scholarship.
Study environmental systems, sustainability, and earth science through advanced doctoral research.
Explore advanced scientific research and technical specialization through doctoral study in applied physics.
Pursue research in forestry, sustainability, and environmental stewardship through doctoral study.
Advance biological research and academic specialization through doctoral-level study in biology.
Build academic English skills for university study through a dedicated intensive English pathway for international students.
This category is included as NAU’s English preparation pathway for international students who want to strengthen reading, writing, listening, speaking, and university readiness before or alongside future degree study.