Bachelor of Science in Geography with Emphasis in Physical Geography

at INTO Group- The University of Arizona USA

Energy-efficient structures will be the buildings of the future. Combine your passion for sustainability and love of architecture for a career in this burgeoning field. Students pursuing an emphasis in Sustainable Buildings within the Bachelor of Science in Sustainable Built Environments program explore the science and practice the techniques behind building energy efficiency. Hands-on coursework includes such topics as climate-responsive design, net-zero energy design, energy conservation, passive solar design and natural ventilation systems. In this interdisciplinary program, students learn how to analyze existing and planned structures and use critical-thinking skills and solutions-based strategies to create workable plans to make those buildings more efficient. Students graduate with a practical understanding of sustainability principles and expertise in built environment policy and design.

Calling all problem-solvers. Uncover meaningful ways to use math, science and technology to improve how humans live their day-to-day lives. The Bachelor of General Studies with an emphasis on Science, Technology, Health and Society teaches students how to employ math and science to find solutions to important world concerns in areas such as health, natural resources, conservation, sustainability, information science and engineering. Not only does this program encourage collaboration and creative thinking to find workable solutions, but it also gives students an understanding of the global context that surrounds science and technology. Additionally, students develop a critical awareness of the methods and limits of scientific inquiry while fostering observational and analytical skills, as well as skills in quantitative analysis and deductive reasoning.

Learning Outcomes

• Multidisciplinarity; Effectively analyze and synthesize the relationship between multiple disciplines of study.
• Cultural Competence; Identify and recognize cultural differences and the impact of an educated citizen and responsible member in global society.
• Effective Communication; Demonstrate the ability to effectively communicate ideas using a variety of different media (oral, written, visual) and basic information technologies.
• Focus Theme Outcomes; Demonstrate success meeting a corresponding learning outcome with the students' selected focus theme.
• Career Preparation; Develop and identify the academic preparation, opportunities, and potential contributions to careers in their major field.

If you have a drive to improve methods without wasting time, money or other resources, you'll enjoy majoring in industrial engineering. Industrial engineers upgrade processes by optimizing productivity, efficiency, energy and materials. They're the backbone of many fields, including manufacturing and transportation. Students earning a Bachelor of Science in Industrial Engineering focus on specific areas of study, such as production planning, facilities layout, workplace design and materials flow. Gaining hands-on experience as undergraduates, industrial engineering majors at the University of Arizona delve into research projects in partnership with the Arizona Department of Transportation, Banner - University Medical Center, and a number of major corporations. Valuable internship roles and design projects help provide the stepping stones for careers in industry and with government agencies.

Learn how the undergraduate Psychology major prepares you to enter the workforce with just four years of study and research on human behavior. Psychology is the study of the mind and how it influences actions. Students earning a Bachelor of Arts in Psychology learn about individual behavior and that of society as a whole. Coursework includes the study of development, learning, personality, memory, perception, consciousness, sexuality, love, spirituality and more. Undergraduates learn fundamental principles and concepts of psychology and crucial problem-solving skills relevant to a variety of industries. Potential career fields include social work, therapy, public health, human resources, nonprofit sectors, sales and marketing, and law and forensics. The B.A. allows students with an interest in careers in psychology to graduate job-ready.

Learning Outcomes

• Knowledge Base in Psychology; Students should demonstrate fundamental knowledge and comprehension of the major concepts, theoretical perspectives, historical trends, and empirical findings to discuss how psychological principles apply to behavioral problems. Students completing a baccalaureate degree should show depth in their knowledge and application of psychological concepts and frameworks to problems of greater complexity. 1.1 Identify key concepts, content domains, and overarching themes in psychology 1.3 Apply psychological principles to understand and solve personal, social, and occupational issues
• Scientific Inquiry and Critical thinking; The skills in this domain involve the development of scientific reasoning and problem solving, including an understanding of effective research methods. Students should learn basic skills and concepts in interpreting behavior, studying research, and applying research design principles to drawing conclusions about psychological phenomena. 2.1 Use scientific reasoning to interpret and/or conduct basic psychological research. 2.3 Engage in innovative and integrative thinking and problem solving 2.5 Incorporate sociocultural factors in scientific inquiry
• Ethical and Social Responsibility in a Diverse World; The skills in this domain involve the development of ethical knowledge concerning conducting psychological research broadly and assessing the quality of research and research-based information in the popular press. Students completing a baccalaureate degree should also have more direct opportunities to demonstrate adherence to professional values that will help them optimize their contributions and work effectively, even with those who do not share their heritage and traditions. This domain also promotes the adoption of personal and professional values that can strengthen community relationships and contributions. 3.1 Apply ethical standards to evaluate psychological science and practice 3.2 Build and enhance interpersonal relationships by having opportunities to demonstrate adherence to professional values 3.3 Adopt values that build community at local, national, and global levels
• Communication; Students should demonstrate competence in writing and in oral and interpersonal communication skills. Students completing a baccalaureate degree should produce a research study or other psychological project, explain scientific results, and present information to a professional audience. 4.1 Demonstrate effective writing 4.2 Exhibit effective presentation skills
• Professional development; The emphasis in this goal is on application of psychology-specific content and skills, effective self-reflection, and career preparation. The skills at the baccalaureate level refer to abilities that sharpen student readiness for post-baccalaureate employment, graduate school, or professional school. In addition, career professionals can be enlisted to support occupational planning and pursuit. This emphasis is designed to optimize the competitiveness of graduates for securing places in the workforce. 5.1 Apply psychological content and skills to career goals 5.5 Develop meaningful professional direction for life after graduation

Enrich your understanding of our increasingly interconnected world, transcending the constraints of place, race and gender to communicate universal messages and themes. Global Studies teaches students to think critically about global issues from a variety of disciplines. This Bachelor of Arts uses intellectual and experiential frameworks to empower students to analyze, communicate, problem-solve and empathize. The Literature Arts and Film emphasis educates future leaders of the new global society, a role that requires a high level of intercultural and multilingual competence. Students discover the critical part that cultural production plays in the international landscape and equips them with the skills to shape that landscape. Students become adaptable to unfamiliar environments and are able to assess cultural differences in professional settings and communicate well with individuals from diverse cultural backgrounds.

Learning Outcomes

• Concentration Specific Outcomes; 1. Global Cultures: Students will analyze how local, regional, and/or national cultures have been impacted by globalizing forces. 2. Global Health: Students will Identify and assess how the health of humans and human communities have been impacted by globalizing forces. 3. Political Economy and Institutions: Students will explain how globalizing political-economic and institutional forces shape order/disorder and cooperation/conflict around the world. 4. Global Societies: Students will articulate how globalization has impacted identities, cultures, and local/national communities in ways that generate social stability and instability.
• Foreign Language; Global Studies students will communicate in a foreign language commensurate with a sixth-semester proficiency
• Globalization in Regional Context; Global Studies students will identify and articulate how globalizing forces impact a major region of the world
• Globalizing Forces; Global Studies students will articulate and critically evaluate the causes and consequences of globalizing forces
• Multi-Disciplinarity; Global Studies students will demonstrate familiarity with multi-disciplinary approaches to Global Studies
• Verbal and Written Communication; Global Studies students will demonstrate success in expressing themselves effectively in written and verbal communication

Do you have visionary ideas for sustainable development? Does your mind work in analytical ways? Are you a fearless innovator? This program is for you. Urban and Regional Development is the study of economic development and sustainability of our built and natural environments. This Bachelor of Science addresses questions of urban and regional growth, location of economic activity, land development and real estate. Students learn to analyze data, use cartographic and geographic information systems and gain hands-on training in the field. Additionally, students learn interactively in remote-sensing laboratories. Upon graduation, they enter the workforce with directly applicable skills such as teamwork and collaboration; analytical research; a working knowledge of industry software; design; strategic thinking; and understanding of planning law and legislation.

Learning Outcomes

• Assess the ecological, economic and social sustainability of urban areas
• Analyze spatial variation in the social, cultural and economic features of cities, and illustrate their impacts on the urban experience
• Communicate effectively orally and in writing to diverse audiences/publics/stakeholders
• Identify and critically analyze urban and regional development issues/problems using multiple social science frameworks
• Apply knowledge of urban and regional development collaboratively
• Apply qualitative and quantitative empirical techniques to critically analyze an issue or problem in urban and regional development

Learning Outcomes

• Application of knowledge; Relate basic veterinary science and biomedical knowledge to practical and real-life applications
• Critical appraisal of scientific literature
• Applying biological principles to vet science; Apply molecular and cellular biological principles and mechanisms to organismal and population manifestations of animal health and disease
• Health vs Disease states of animals; Differentiate normal animal anatomy and physiology vs pathologies in disease states of animals
• Diagnosis and treatment of animal disease; Formulate a simple diagnostic and treatment plan for some of the most common animal diseases
• Emerging, Zoonotic Disease; Develop ideas, plans, or approaches that combat new-emerging diseases, zoonotic and non-zoonotic diseases that are spread through animal-to-animal and animal-to-human transmission
• Uses and roles of animals; Identify the uses and roles of animals and the importance of the human-animal bond in society

If you thrill when the houselights dim and the curtain opens, then a career in the world of theatre is for you. Get the broad-based skills necessary to find professional work on and off the stage. Students earning a Bachelor of Arts in Theatre Arts receive a broad-based education of the theatrical arts. Students learn to appreciate the relationship of dramatic text to theatrical production; understand the working practices and standards of the professional theatre; communicate artistic intent through acting, directing, design and research; and learn how to organize resources to facilitate the theatrical production process. Coursework stresses critical thinking in verbal and written communication; employs theatre as a lens through which to examine cultural trends; encourages students to develop projects that merge theory and practical applications; and explores the vitality of theatre as a communal expression of gender and cultural diversity.

Learning Outcomes

• Demonstrate an understanding the relationship of dramatic text to theatrical production, the history of theatre and theatre's role in community.
• Know and understand the working practices and standards in the historical, contemporary, and global theatre endeavor
• Communicate artistic intent through acting, directing, design, and/or research and collaborate within a production team.
• Organize time, human and financial resources to facilitate the theatrical production process.

A focus on applied mathematics prepares you to enter the job market with an undergraduate degree or to attend graduate school for science or engineering. Applied mathematicians use mathematical models to solve complex problems. Students earning a Bachelor of Science or Bachelor of Arts in Mathematics with an Applied Mathematics emphasis engage in interdisciplinary study with core mathematics courses and a minor that is independent of the Department of Mathematics. They master a variety of mathematical problem-solving methods. Upon graduation, students are primed to apply their quantitative and computational knowledge and logical thinking skills across industries like engineering, technology, natural science, manufacturing, business and government. Others choose to further their education in science or engineering graduate studies, taking on challenging research projects.