Bachelor of Science in Mathematics with Emphasis in Education

at INTO Group- The University of Arizona USA

Two machines and computers and the human brain ?interact to bring us the Information Age. Become one of the inventive computer scientists shaping this cutting-edge field. The Bachelor of Arts in Computer Science equips students to design, implement and test programs that solve significant and meaningful problems. Students learn how to collaborate to develop large software systems and can explain the purpose, design and implementation of programs. Graduates are able to design and analyze algorithms and can evaluate the correctness and performance of computer programs. To earn this B.A., students must start as Pre-computer Science majors and complete a core set of classes. No application is required to progress from Pre-computer Science to Computer Science. The B.A. curriculum requires students to study a second language proficiency and take natural science courses.

Learning Outcomes

• Programming; Graduates can design, implement, and test programs that solve significant and meaningful problems, making appropriate design choices that best meet given requirements.
• Reasoning; Graduates can design and analyze algorithms and reason about the correctness and performance of computer programs.
• Communication and Collaboration; Graduates can develop large software systems as part if a team, and can document and explain the purpose, design, and implementation of programs.

Preserving our planet's precious resources and learning innovative ways to use them wisely in the future calls for visionary leaders. You could be one of them. Geography is the study of Earth's physical features and the complicated relationship between humans and the environment. The interdisciplinary Bachelor of Science in Geography with an emphasis in Water, Environment and Society takes this a step further. Students explore the broad scope of water supply and demand - a theme that has emerged as a critical planning issue in communities in the Western U.S. and around the world - at a school recognized as the world's No. 1 program in water resources by the Academic Ranking of World Universities. Courses examine key questions facing policymakers and train students in the methods decision-makers use to address these issues, including remote sensing, geographic information science (GIS) and field methods. Students are encouraged to pursue internships and have access to research opportunities at renowned facilities and organizations, including the Water Resources Research Center, Arizona Project WET and Biosphere 2.

Learning Outcomes

• Demonstrate knowledge of core principles of physical geography in climatology, biogeography, landscapes, and/or water resources
• Exhibit ability to develop research questions, critically understand data sources & bias, integrate scholarly literature, & conduct research using primary and/or secondary source material
• Demonstrate ability to create, refine, and interpret graphical data to compare/contrast spatial patterns & structures
• Recognize the key factors influencing global and regional climate in the past, present, and future
• Identify and utilize appropriate geography methods to provide a systematic framework for examining environmental and social problems and apprehend their roles, individual and collective
• Demonstrate ability to engage in independent high-order critical thinking and synthesize, process, & present geographic concepts, methodologies, & applications in oral, written, & visual forms

Aerospace engineers advance space exploration and improve aircraft design. Aerospace and defense is one of the strongest industrial sectors in the United States; Arizona is a significant player, and the University of Arizona is a major pipeline for aerospace engineers. Students in the Aerospace Engineering Bachelor of Science program learn to design and maintain spacecraft, commercial aircraft, fighter jets, missiles, rockets and satellites. They graduate with working knowledge of aerodynamics, control system design, gas dynamics, solid and fluid mechanics, and thermodynamics. Undergraduates complete industry-sponsored capstone projects, some of which become commercial products. They also have opportunities to test materials in the university's array of wind tunnels ?the newest of which shoots air at Mach 4 and Mach 5 to study the effects of flight at hypersonic speeds.

Lead the way to innovative solutions in agriculture to provide for a world population that's projected to grow to more than 9 billion by 2050. The Bachelor of Science in Agricultural Technology Management and Education offers an emphasis in Leadership and Communication. In this program, students study science, technical agriculture and the principles of entrepreneurial leadership. They build skills in clear communication, effective management, business savvy, problem-solving and teamwork, thanks to the department's more than 130 years of agriculture and life sciences education. Students graduate prepared to lead the next wave of agriculture and natural resource innovations - and to become leaders, community change agents, ambassadors or advocates for the agriculture industry at the local, state, national and international levels.

Learning Outcomes

• Recognize major models in Agriculture education and Communications
• Recognize the principles of leadership development.
• Analyze AFNR industry standards in contemporary systems.
• Recognize individuals' roles and relevant issues in agricultural technology and innovation.

Explore the important and diverse benefits of animals in our world - from companionship and entertainment to food and service. The Science and Pre-professional emphasis relies heavily on science courses, from animal anatomy to cell biology. This path of study is geared toward students inclined to professions such as veterinarian, animal caretakers or breeders. Faculty and mentors associated with the program challenge students to apply their studies to address real-world challenges in the animal industry and agribusiness. This degree also provides a strong foundation for advanced study in graduate, medical, pharmacy or law school.

Learning Outcomes

• Demonstrate effective oral and written expression
• Demonstrate problem solving and critical thinking skills
• Understand the economic concepts and utilize the analytic tools used in agribusiness.

Delve into the complex world of information systems and computational methods, and transform data into the real-world information humans use every day. A degree in Information Science and Technology helps students build the mathematical and computational foundation they need to analyze  and grow in the digital world. This Bachelor of Science leans more heavily on the technical side of information science, including requirements for higher math and specialized courses, than the Bachelor of Arts in Information Science in our program. Students take courses in advanced computing techniques, machine learning, data science, artificial intelligence and theories of new media. Paired with a minor or second major in computer science, math or business, this program equips students for professions that aim to shape the digital landscape, from data engineers to user experience (UX) designers.

Learning Outcomes

• Students will demonstrate the ability to conduct a research project using appropriate and ethical methods, including proper citation of sources.
• Students will establish the ability to exercise the four key techniques of computational thinking (decomposition, pattern recognition, abstraction, and algorithms) in solving information and data challenges.
• Students will acquire the skills of collecting, manipulating, and analyzing different types of data at different scales, and interpreting the results properly.
• Students will be able to recognize and analyze ethical and policy concerns raised by new technologies and will be able to apply ethical thinking to real world cases and craft effective solutions.
• Students will be able to identify and apply professional ethics and standards relevant to their career to aspirations.
• Students will demonstrate understanding of the use of information and communication technologies and the implications of such use, for example: scientific and social uses of information, and social, cultural, and economic implications of digital life and culture.
• Students will demonstrate facility using basic research methods, for example: research design; statistics and analysis; organization, identification, and location of data and information including open- and closed-access sources; and/or presentation of findings in oral, written and multi-media form, including proper use of and citation of sources.
• Students will acquire the skills, knowledge and self-understanding to communicate with and effectively work and interact across cultures and with diverse people and groups.
• Students will demonstrate knowledge of career and further education options and opportunities open to them relative to their plan of study and will set goals and make plans beyond their expected graduation.

Identify and assess global trends in political, financial and social areas and become an empowered leader who communicates and inspires across cultural boundaries. Global Studies is an interdisciplinary approach to thinking critically about global issues. This Bachelor of Arts is structured around intellectual and experiential frameworks that empower students to analyze, adapt, communicate, problem-solve and empathize. The Global Political and Economy emphasis examines the mechanisms of order and disorder, and cooperation and conflict among humans. It also explores the major types of formal organizations, including nation-states, international or transnational organizations, and nongovernment organizations. Students gain knowledge of diverse global institutions and their political, economic, social and cultural impacts on the world. They also develop ""global competency"" by obtaining the necessary skills for engaging in problem-solving across boundaries.

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

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.