Bachelor of Arts in Spanish with Emphasis in Translation and Interpretation

at INTO Group- The University of Arizona USA

Expand your knowledge of the world's ecosystems and develop strategies to address the complex issues society faces in its stewardship of our planet's resources. The Bachelor of Science in Environmental Science offers an emphasis in Soil, Air and Water. Students who opt for this track gain a broad scientific understanding of human influence on the natural world, from the molecular level to a global scale. Through work in classrooms, in labs and in the field, students learn how to properly collect soil, water and air samples, identify and implement appropriate analytical techniques, and interpret results. They also gain a deeper understanding of how environmental systems sustain climate, purify water, provide food and fiber, and remediate pollution.

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

Climate change and its complex and myriad effects requires impactful action based on hard science. In this degree, you'll develop engineered solutions to environmental problems. Explore the intricacies of the chemical, physical and hydrogeological processes of the environment with the Physical and Chemical Dynamics emphasis of the Environmental Science Bachelor of Science. The rigorous curriculum shows students how to apply scientific principles to environmental conservation, and then teaches critical problem-solving skills to help students identify ways to overcome ecological challenges. The faculty challenges students to integrate concepts from biology, chemistry and physics to comprehend how different kinds of environments: agriculture, urban, forest, wetland function as systems. Upon graduation, students are equipped to apply that understanding to the planet's most pressing issues related to soil, water, air, human health and natural resources.

The materials science and engineering degree program immerses you in hands-on study geared to discovering materials for products and technology, and finding new ways to use and improve existing ones. Materials science engineers research, design and develop polymers, metals, ceramics, composites, and other natural and synthetic materials to advance fields such as energy, health care, aerospace and defense. Students earning a Bachelor of Science in Materials Science and Engineering work directly with the materials they study through smelting, composite manufacturing and glassblowing labs. Undergraduates gain research experience in the University of Arizona's world-renowned centers such as the Arizona Materials Lab and the Arizona Research Institute for Solar Energy and through interdisciplinary design projects. Careers for materials science engineers are linked to every field of engineering and science.

Learning Outcomes

• Communication Skills; Communicate effectively in verbal presentations, written reports and other media
• Engineering Tools and Use; Utilize modern engineering tools used in the profession
• Fundamental MSE and Engineering Principles; Apply the fundamentals of MSE and engineering, the interrelationship among processing, microstructure, properties and performance to solving problems
• Life-long Learning Skills; Use resources such as library facilities, data bases, professional society offerings, etc. as part of life-long learning
• Math, Physical Science, and Engineering Principles; Apply the fundamentals of mathematics, the physical and/or the life sciences and engineering principles to problem solving.
• Problem Solving in Context; Work individually and in teams in order to define alternative solutions from diverse knowledge bases and implement acceptable solutions in a local, national and global context
• Professional and Societal Responsibility; Value life-long learning and put into action responsibilities to the profession and society

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

Technology and creativity come together in fascinating ways. Be on the cutting edge of this rapidly growing field with a degree in computational arts. The study of information science and arts uses a solid mathematical and technical foundation to emphasize computational arts, such as creative coding and digital storytelling. The Bachelor of Arts in Information Science and Arts consists of coursework organized into three tiers: core classes (computer programming, digital ethics, statistics, fundamentals of information science); research methods, data analysis and intensive computing; and advanced techniques customized to each student's interest. Students enjoy access to laser cutters, 3D printers and other technologies in the new rapid prototyping lab, and they can harness their creativity into a highly specific technical expertise.

Learning Outcomes

• Students will demonstrate principles such as human-centered design, ergonomics, and artistic design considerations in the development and provision of information services, technological innovations, games, or human-computer interactions.
• Students will apply appropriate evaluation and testing methods to validate design decisions.
• Students will demonstrate proficiency in articulating varieties of evidence supporting a solution and communicating the results of their work, using appropriate graphics, visualizations, multi-media vehicles, or artistic performance.
• Students will demonstrate the importance of work in multidisciplinary teams and will be able to communicate research based in one discipline or field of study to different disciplinary audiences and to general and non-academic members and audiences.
• 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 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.

Let your imagination pave the way for a profession in musical composition, a field that touches human emotions in myriad ways from powerful film scores to moving philharmonic performances. The Bachelor of Music in Performance major with a Composition emphasis prepares student composers to meet the challenges and opportunities of an ever-changing profession. The Fred Fox School of Music offers coursework in which students receive intensive private instruction in music composition in traditional and electro-acoustic media from award-winning faculty members. In addition, students take classes in music theory, improvisation, music history, orchestration and conducting. The faculty strives to provide students with a fundamental understanding of the aesthetics of musical design and the operations of creators, performers and listeners as they use music to shape their world.

Develop the skills and knowledge to help guide the world toward a sustainable future. Biosystems engineers help protect the health and well-being of humans, wildlife and the Earth. Students earning the Bachelor of Science in Biosystems Engineering collaborate with the College of Agriculture and Life Sciences and several College of Engineering degree programs. They study ways to sustainably feed an ever-growing world population, harness and preserve natural resources, and overcome environmental challenges. Students are immersed in design throughout their undergraduate experience. The future depends on biosystems engineers working in fields such as agriculture, water conservation and renewable energy.

Learning Outcomes

• An ability to apply knowledge of mathematics, science and engineering; At the time of graduation students will: ¿ be proficient in mathematics to a level of differential equations ¿ have an understanding of the physics concepts of mechanics, electric circuits, thermodynamics, and optics. ¿ be knowledgeable in basic chemistry ¿ be competent in the knowledge of and applying engineering science as required for their majors
• An ability to design and conduct experiments, as well as to analyze and interpret data; Students will: ¿ be able to design experiments to efficiently collect data to test a hypothesis or design a component using, statistical and probabilistic methods ¿ be able to conduct experiments and collect information with an understanding of equipment and measurement systems. ¿ be capable of drawing and presenting conclusions from experimental results through data analysis using, experience in statistical and probabilistic methods and appropriate forms of graphical presentation of data. ¿ be able to design experiments to efficiently collect data to test a hypothesis or design a component using, statistical and probabilistic methods, basic sciences and engineering science background. ¿ be able to conduct experiments and collect information with, an understanding of equipment and measurement systems. ¿ be capable of drawing and presenting conclusions from experimental results.

If you're concerned about how moral values intertwine with politics and economics, opt for a course of study with faculty from the top political philosophy program in the country. The Bachelor of Arts in Philosophy, Politics, Economics and Law is an interdisciplinary major that offers a comprehensive perspective of current social, economic and political issues. The content draws on courses from philosophy, politics and economics, but the heart of the program is a set of specialized core courses designed exclusively for majors. These are taught in small classroom settings by distinguished faculty with appointments in philosophy, political science, economics and law. Students learn to analyze the fundamental values that shape the economic, political and legal domains; develop an understanding of the moral and historical foundations of economic institutions and political-legal structures; and gain logical thinking and conceptual analysis skills.

Near the U.S.-Mexico border, Tucson offers a thriving environment in which to deepen your knowledge of the fastest-growing demographic in the nation. Mexican American Studies examines the Mexican American experience as informed by social and health sciences, history, law and humanities. Students in this Bachelor of Arts major gain insight into how government and public policy, minority health disparities, urban planning, law, immigration, language and more affect the Mexican American population. Current U.S. demographic trends show that Mexican Americans live and work in the Southwest, the Midwest and the South, and many of these communities need people who are knowledgeable about the challenges and trajectories of Mexican Americans. Students with this degree are in key positions to inform, direct and contribute to a progressive future

Learning Outcomes

• Communication skills; Students will communicate clearly by constructing an evidence-based argument.
• Critical thinking; Students will demonstrate their ability to apply insights from Mexican American Studies theory/theories to the social context of Mexican American communities in order to create social change based on the role of active contributors and/or public policy.
• Evidence-based research; Students will analyze evidence-based research to construct a culturally responsive approach to a problem or issue occurring in the Mexican American community/communities.
• Hemispheric Awareness; Students will show the ability to contextualize Mexican American Studies within a broader hemispheric perspective.
• Social Justice; Students will demonstrate awareness and knowledge of current and historical social justice issues impacting the Mexican American community/communities.