Bachelor of Science in Data Science

at Northern Arizona University - Flagstaff Campus USA

The Master of Science in Environmental Sciences and Policy (MS ES&P) is an interdisciplinary degree program that combines natural and social science core courses with a breadth of specialized classes from across the University. Lasting solutions to most environmental problems are likely to be found at the nexus of the natural and social sciences. The MS ES&P program provides applied, cross-disciplinary training to prepare students to solve environmental problems using the scientific method combined with an in-depth knowledge of relevant socio-political systems. Students gain this knowledge through their individual thesis research and coursework in quantitative research methods, natural sciences and social sciences.

Science & Policy Emphasis Learning Outcomes

• Develop an interdisciplinary understanding of environmental systems through coursework and thesis research.
• Students will work closely with their research advisor to develop a personal plan of study and research, in which the student applies a core body of methodological and theoretical knowledge to a thesis in the student’s individual area of research interest.
• In the Science & Policy Emphasis, students’ core body of methodological and theoretical knowledge revolves around a scientific examination of natural resources (physical and biological) and integration of this natural science knowledge with an examination of the human dimensions of environmental problems through the study of social sciences, policy, and management.

The Bachelor of Science degree in Exercise Science consists of core studies in areas such as chemistry, physics, anatomy and physiology, and general biology, as well as more advanced courses specific to the study of physiology and movement during exercise. Students will develop an understanding of human physiology, human movement, and the biological and chemical responses of the body to acute and chronic (training) exercise in the core Exercise Science classes; Introduction to Exercise Science, Exercise Physiology and its lab, Functional Anatomy and Kinesiology, Exercise Testing and Prescription and its lab, and in their senior capstone.  With the help of advisors, students choose approved Exercise Science electives, which cover a wide range of disciplinary areas and are selected based on the individual student’s career or graduate school goals.  These include courses in psychology, microbiology, genetics, pathology, cell and molecular biology, amongst many others.
 
Research opportunities are available for students in individual faculty’s research labs, as well as in NAU’s research centers and institutes, such as the Center for Bioengineering Innovation (CBI).  Exercise Science students also have the option of completing an internship in sports performance or cardiac rehabilitation if they are considering a career in clinical exercise physiology.
 
Students graduating with an Exercise Science degree will be well prepared for careers in clinical exercise physiology, for admission into graduate programs in exercise science and for admission into professional programs such as physical therapy, physician’s assistant, occupational therapy, athletic training, and medicine.

Our construction management curriculum is founded on a general education in liberal studies, communications, mathematics and the physical sciences.  Graduates will have applied basic principles in construction science topics including materials and methods, analysis and design of systems, design theory, graphics and geomatics. They will have also gained an understanding of fundamental  business topics including accounting, economics, business law and principles of management.
 
These foundations lead to higher-level courses in which such knowledge is applied to construction topics in the areas of estimating, scheduling, accounting, finance, law, safety, ethics, and project management. Throughout their academic career, students will apply the knowledge and skills that they learn in the classroom to an integrated construction project in a laboratory environment.

The mission of the Women’s and Gender Studies program (WGS) at Northern Arizona University is to provide students with a deep and sophisticated understanding of feminist scholarship.  Interdisciplinary and intersectionality are at the core of the WGS educational mission and frame a variety of curricular offerings that emphasize women of color, indigeneity, transnational and queer/trans scholarship.

• We analyze strategies for social change that students can use in any future career to create new possibilities for a more socially just society.
• WGS empowers students with unique and distinctive training that allows them to evaluate a range of local, national, regional, and global issues.
• Students have opportunities to research and participate in activist organizations and grassroots efforts by communities that are taking direct action toward a future that is regenerative and restorative.
• Discussion based classrooms support a critical understanding of politics, histories, literature, economies, and activism shaping the social construction of genders and the material condition of people’s lives in a globalized world.
• In its focus on diversity, WGS is central to the university’s mission.

Student Learning Outcomes

• Identify and explain key topics, concepts, and issues in Women’s and Gender or Queer Studies, including intersectionality, reproductive health, sexuality and the body, and power, privilege, and violence.
•  Interpret and compare key concepts of assigned sex, gender, ethnicity, sexuality, racialization, nation, social construction, hegemony, inequity, discrimination and social justice, and the intersections among them, in a variety of feminist theoretical traditions, texts, and frameworks, and then analyze and critically evaluate their assumptions, insights, oversights, and applicability to other texts, concepts, and real-world situations.
• Analyze variations in LGBTQIAP+ people’s experiences by using queer and trans theory to identify and describe gender and sexuality assumptions; also be able to articulate the applications, insights and oversights of queer and trans theory.
• Think through and apply feminist and queer studies concepts and theories in specific political, historical, geographic, and cultural contexts.
• Understand the intersectionality of women’s and/or queer and gendered identities, informed by hierarchies of race, ethnicity, ability, class, nation and so forth.
• Analyze women’s and/or queer experiences within gender systems of power, privilege, and violence.
• Apply theoretical frameworks of queer studies and feminisms to current issues in local communities, and at statewide and national levels.
• Understand the historical and contemporary variations of feminisms/queer theories in a global context and transnational framework.
• Write critically: write clear and well-reasoned prose that acknowledges complex and diverse points of view and methods of critical inquiry/research, especially those that address constructions of gender, sexuality, race, and class.  
• Verbally express ideas effectively, tailoring arguments and presentation styles to audiences and interactive contexts.
• Develop skills of leadership, advocacy, organization, and community building to bring about social change.

Bachelor of Science in Fitness WellnessThe purpose of the B.S. degree in Health Sciences Fitness Wellness degree program is to provide focused educational and practical experiences to those interested in a career in the emerging  fitness/health/wellness industry. Students will be able to design and facilitate fitness programs in a variety of recreational, nonprofit, corporate, and health club settings. The Fitness Wellness program is a combination of general education and core coursework to prepare competent entry-level exercise professionals with the knowledge and skills to assist individuals across the lifespan in adopting and maintaining healthy behaviors that lead to increased fitness, wellness, and optimal health. Students engage in a variety of labs, simulations, and other course work and application activities that prepare them to design and implement exercise programs; understand biomechanics and motor development in the physical domain; develop health and wellness programs in the workplace setting; facilitate independent lasting healthy behavior change; teach and demonstrate exercises; and conduct fitness assessment and health screenings. As a culminating experience, students engage in an immersive and hands-on internship in the field of fitness and wellness.

The Bachelor of Science degree in Biomedical Sciences consists of a Life Sciences Core combined with a broad range of flexible elective options. From anatomy and physiology to human microbiology, students will develop an understanding of biological and chemical systems of the human body — and develop a foundation for a career in a range of health professions.
 
The Life Sciences Core is designed to provide the student with a strong grounding in biology, chemistry and mathematics. The student, in consultation with an academic advisor and using a basic course schedule as a guideline, may select from elective courses relevant to a range of disciplinary areas and career fields, such as Human Genomics, Immunobiology, Medical Microbiology, Bioinformatics, Bioengineering or design his or her own set of electives approved by one of the program academic advisors.

Software engineering consists of the principled application of repeatable processes and methods for the design, development, maintenance, and evolution of software systems. The field is distinguished from programming and computer science by its emphasis on practical techniques supporting the team-based development of large-scale and long-lived software systems that are required to operate reliably and within specified functional and non-functional constraints.

Students in the BSSE will be provided with skills in software engineering processes, including requirements analysis, software design and architecture, software testing, multiple programming languages and libraries, cloud computing technologies, project management, and foundational areas such as data structures and algorithmic complexity. Elective selections will permit students to specialize in other application areas, including human-computer interaction, socio-technical computing, computer networks, high-performance computing, and cybersecurity. A capstone project will allow students to exercise the full breadth of their skillset by working with clients on real-world projects.

A distinctive characteristic of this program, and one that exemplifies its emphasis on workforce development, is the inclusion of required and industry-recognized professional certifications. All graduates of this program will be required to complete the Professional Software Developer (PSD) Certification offered by the IEEE Computer Society. In addition to the IEEE certification, students will have the opportunity to earn the Amazon Web Services (AWS) Certified Solutions Architect Professional (CSAP) certification.

Our ability to efficiently support the BSSE program is strengthened by our roster of related programs, including our computer science and applied computer science programs, which share many core programming courses with software engineering, and our cybersecurity programs.  This program also expands on the existing options for our students to pursue computer science related degrees, with a focus on industry career opportunities.

The Chemistry M.S. program prepares students for research-focused professions in the chemical sciences, emphasizing the development of a students' ability to develop experimental approaches that accurately capture information to solve questions and problems in their chemical field of study. Our faculty members conduct research in the many fields of chemistry, from the level of single molecules to whole chemical systems. From the first day of entry into our program, students work closely with their faculty mentor, selecting a course of study suited to their future goals and professional interests. The program enables graduates to contribute to the forefront of knowledge in the scientific community, share their knowledge through teaching, or apply it in public service or industry.
 
This two-year, thesis-based degree program has three distinct emphasis areas: 1) A comprehensive emphasis, (2) an emphasis in Carcinogenesis and Cancer Chemotherapy and (3) an emphasis in Bioorganic and Biomedical Chemistry. All chemistry students work closely with a faculty adviser to design and implement individual thesis research. Students in the Carcinogenesis and Cancer Chemotherapy emphasis generally focus their coursework and research on learning about cancer and its causes and treatments from a chemical perspective. Students in the Bioorganic and Biomedical Chemistry emphasis generally investigate the principles of organic chemistry and biochemistry that serve as a foundation for the medical sciences.

The Bachelor of Science degree in Psychological Sciences enables students to develop an understanding of and knowledge about human behavior from several perspectives in psychological science, the ability to apply and synthesize that knowledge within specific psychological domains, and the research methods skills necessary to become critical evaluators and producers of knowledge of human behavior. The BS in Psychological Sciences is distinct from the BS in Psychology because it provides students with the opportunity for focused study in behavioral science through four emphases and one certificate program, and trains students in the more advanced research skills necessary for scientific inquiry within this discipline and for entry into a Ph.D. program in Psychology, if a student chooses to continue in an academic track. Psychological Sciences majors complete a core sequence of courses including introductory psychology, a set of lower division breadth courses, introduction to statistics, research methods in psychology, a set of upper division depth courses, and a capstone course.  Psychological Sciences majors also receive additional research training through completion of an advanced research methods course and a minimum of 6 units of research experience. Additionally, Psychological Science majors have the opportunity for in depth study in a specific area of psychology through completion of a certificate in human resource management, or an emphasis in social/personality, neuroscience, clinical/health, or developmental psychology.

Developmental Psychology
Students will complete advanced coursework and engage in research on human growth and lifespan changes, including the intersection of physical, cognitive, social, intellectual, perceptual, personality and emotional changes across time and context. Graduating students will be able to:

• Demonstrate depth in their knowledge and application of psychological concepts and frameworks to complex problems in developmental psychology.
• Demonstrate mastery of critical thinking and research skills through completion of a research placement in the area of developmental psychology.
• Produce a research study or other psychological project related to developmental psychology that meets writing standards of the profession, explain scientific results, and present information to a professional audience.

Chemistry is a diverse discipline that encompasses living processes, inorganic interactions, and analytical methods. Chemistry deals with the basic laws of the physical world and the composition and properties of matter. Students trained in chemistry enter careers in academia, research, pharmacy, forensics, medicine, the environment, space exploration, and national defense. Students can select an emphasis that best prepares them for their chosen career path.

The breadth of the field of chemistry requires a wide range of knowledge and skills. The goal of the NAU chemistry degree program is to ensure that our graduates:

• Are well versed in the fundamental principles of chemistry: the atomic theory of matter, the quantum nature of the atom, and the principle laws of thermodynamics;
• Are knowledgeable about frequently encountered elements, compounds, and reactions;
• Understand biosynthetic pathways and modes of action of biomolecules;
• Understand factors controlling the mechanisms of chemical reactions;
• Are knowledgeable about synthesis strategies and can successfully conduct synthetic sequences in the laboratory;
• Understand the principles of chemical analysis and are proficient at using modern instrumentation to carry out analysis;
• Are adept at solving problems independently and contributing to a team effort;
• Able to communicate their scientific results orally and in writing.