Bachelor of Arts in Chemistry

at INTO Group- The University of Arizona USA

Turn your passion for sustainability into a career that will have a positive impact on our world. An emphasis in Leadership, Sustainability and Communication within the Environmental Science Bachelor of Science identifies practical and powerful ways to advocate for the environment. Students immerse themselves in environmental laws, regulations and policies. They discover how to be part of a successful response to pollution, natural resource management and climate change. Students gain a broad scientific understanding of society's influence on the planet, and learn how to interpret and clearly communicate the current environmental problems. More importantly, they learn to predict how landscapes change under the effects of climate, geology and land use, and what actionable steps are needed to create a sustainable future.

The study of small microorganisms can make a difference on a big scale, including leading to lifesaving innovations. Embrace the unknown. Microbiology is the study of microorganisms and the role they play in human, animal and plant health. This Bachelor of Science offers students a base in modern biology, specifically how microorganisms interact with their surroundings. Coursework includes food safety and consumer health; plant pathology and microbiology; environmental microbiology; microbial genomics and biotechnology; and medical microbiology. Students research microbes such as bacteria, viruses, fungi and protozoa and touch on subjects such as bacteriology, parasitology, mycology, immunology and microbial genetics. This program cultivates students' expertise in preparation for highly specialized professions from biotechnology to medical science.

Learning Outcomes

• Microbial classification; Upon graduation Microbiology majors will be able to identify the defining structures and functional characteristic of various microorganism classes: viruses, prokaryotes, eukaryotes and sub-groups of microorganisms within these classes.
• Phylogenetics; Upon graduation microbiology majors will be able to understand the basis of molecular phylogenetic classifications, and demonstrate the ability to apply fundamental principles of evolution underpin microbial phylogenetics in the identification of unknown organisms.
• Microbial physiology; Upon graduation microbiology majors will be able to identify the basic features of cellular physiology, including cellular metabolism, energetics & biosynthetic reactions.
• Gene regulation; Upon graduation microbiology majors will be able to outline the fundamental features of gene expression & regulation. Broadly distinguish between features of gene regulation in prokaryotes versus eukaryotes.
• Mutualism and disease; Upon graduation microbiology majors will be able to describe the different modes of interaction between organisms, & recognize the continuum from mutualism to disease.
• Communicate scientific ideas; Upon graduation microbiology majors will be able to demonstrate the ability to find and evaluate information from credible sources, including scientific articles. Understand, synthesize & reformulate key ideas from technical sources, and communicate scientific ideas and concepts.
• Laboratry skills and safety; Upon graduation microbiology majors will be able to demonstrate a command of the skills necessary to work effectively & safely in a microbiology laboratory.

Are you a talented vocalist? Consider majoring in Performance at the University of Arizona, where you can study with other music-minded individuals and perfect your craft. Students seeking a Bachelor of Music in Performance with a Voice emphasis gain instruction and mentorship from faculty members who regularly perform with major ensemble and opera companies. The Fred Fox School of Music ranks among the nation's top musical institutions. Classes include voice, music reading, diction for singers and more. As part of their conducted large-ensemble requirement, vocalists usually begin by singing in the University Singers/Kantorei and Honor Choir. Then they progress to the Symphonic Choir and even The Arizona Choir. Students also have access to the school's recording studio.

This math degree provides a solid base for graduate studies in finance and beyond. Students earning a Bachelor of Science or Bachelor of Arts in Mathematics with an Economics and Business emphasis develop a deep theoretical knowledge of the mathematics underlying economics and finance. They will choose a related minor; options include Finance, Economics, or Personal and Family Financial Planning. Undergraduates gain a foundation in mathematical concepts that can be applied across a variety of industries. Whether students aim to address broader economic issues or prefer to focus on banking, finance or economic forecasting, their skill set will be in high demand.

Become proficient in tectonics, geophysics and geodynamics to gain greater understanding of our planet - from its inner core to the depths of the oceans to the outer reaches of space. The Bachelor of Science in Geosciences with a Geophysics emphasis takes an interdisciplinary approach to the study of the planet. The program covers topics such as tectonics, geophysics and geodynamics, as well as Earth system modeling, remote sensing and seismology. Students learn quantitative scientific research skills and gain experience working with data and technology in the field and in the laboratory. Geophysics students participate in a Capstone Summer Field Camp in the later part of their program that provides hands-on experience applying their content knowledge in the field. Graduates pursue careers in research, energy, academia and more.

Learning Outcomes

• Be able to communicate effectively both orally and in writing
• Teamwork and leadership
• The basic structure of the Earth, and how this structure is known
• Theories for the origin of the Earth
• Be able to access information through traditional and new technologies
• Teaching and assisting others in learning
• Major events in the evolution of the Earth;M ain events in the evolution of life on Earth
• Be able to critically evaluate information from multiple perspectives
• Involvement in campus and community service
• Understand the process of scientific inquiry
• Involvement in research
• The fundamentals of plate tectonics
• Exposure to career options and opportunities
• Understand the relationship of Geosciences to other areas of science and to society in general
• The main classes of minerals
• The nature and origin of each of the main types of sedimentary, igneous, and metamorphic rocks
• The nature and distribution of sedimentary environments on Earth
• The nature and significance of structures, such as folds, faults, and joints
• The first-order processes that shape the surface of the Earth (e.g., rivers, glaciers, mass wasting, wind, weathering, erosion)
• The nature and origin of mineral and hydrocarbon resources on Earth
• The possible linkages between human activities and our physical environment (e.g., global climate change).

Develop a nuanced understanding of how agriculture and economics intertwine and learn how to responsibly manage natural resources around the world. Students pursuing a Bachelor of Science in Agribusiness Economics and Management pick from two emphases; the Agricultural Economics emphasis focuses on the study of how to responsibly manage people, food, land, water and other natural resources to ensure the future of our planet. Students take courses in business administration and applied economics, learning about the production of food and fiber, the sale of raw materials, the marketing of agricultural products, supply chains to retail, and how agribusinesses are run. For more than 75 years, the Department of Agricultural & Resource Economics has been recognized for its stellar faculty, policy-relevant research and impressive undergraduate and graduate programs.

Learning Outcomes

• Subject Matter Expertise; Acquire working knowledge of the microeconomic analytical frameworks to evaluate alternative business and policy options.
• Critical Thinking & Problem Solving; Correctly identify and define an economic problem; gather information and evaluate alternative approaches using appropriate theories and tools; propose and implement solutions; and evaluate the approaches.
• Communication; Communicate precisely in written, spoken, and graphical form to economist and non-economist audiences.
• Leadership & Collaboration; Collaborate effectively while demonstrating initiative and leadership as appropriate in workplace settings.

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.

Are you a saxophone player and planning to study fine art at the university level? Consider this Performance major to hone your talent. Students seeking their Bachelor of Music in Performance with a Saxophone emphasis have exciting opportunities to perform in the Fred Fox School of Music's many ensembles. After auditioning for placement, undergraduate instrumentalists progress from the wind symphony and philharmonic to the wind ensemble, symphony orchestra, and chamber winds. In addition to participating in large conducted ensembles, Performance majors take core classes in music literature, music history, pedagogy, orchestration, conducting, piano and applied lessons. The Fred Fox School of Music is renowned as one of the top higher education music institutions in the nation.

Study in the nation's first academic systems engineering department, where you'll learn about the design, modeling and analysis of technological systems used for everything from health care to homeland security. Systems engineers are experts in the interaction of machines, people, materials, energy, software and hardware. Students earning the Bachelor of Science in Systems Engineering do projects and conduct research in supply chain management, smart manufacturing and transportation, and autonomous surveillance, for example. They gain proficiency in how systems interact with one another other and society. Systems engineering undergrads have worked on exciting projects with major agencies such as NASA and high-profile industry partners. Undergraduates master skills for careers in fields ranging from entertainment to national security.

Take an interdisciplinary, application-based approach to physics to equip yourself for a career solving real-world problems. The Bachelor of Science in Applied Physics is an interdisciplinary program that combines a broad interest in physics with practical career skills, networking opportunities and experience that equips students for real-world problem-solving. In addition to broad study of physics, students take technical elective courses in the areas of science, engineering, math or programming, along with courses in data, statistics or monitoring and communications. Students are required to complete an Engineering Senior Design Project. Alternatively, interdisciplinary design or internship experience can be considered on a case-by-case basis. The B.S. in Applied Physics serves as a launchpad for careers in the private sector or for advanced study in applications such as engineering and medicine.