Bachelor of Science in Health, Society and Policy

at Shorelight Group - The University of Utah USA

Physics is the field of study concerned with the nature and properties of matter and energy: how we define measurable quantities, like energy and speed, and how these concepts are related (for example, Newton’s Law of gravity or the theory of special relativity). If you want to learn more about how the universe is structured and functions, consider studying physics at the University of Utah. In addition to learning scientific and theoretical concepts and facts, physicists also develop excellent analytical thinking skills and problem-solving techniques, and expertise in computational methods.

With a major or minor in Russian, you will learn how to speak and understand the Russian language, and you will also gain a deeper understanding of Russia and Russian-speaking countries. Russia has a rich, proud history and culture, making it perfect for examination in an academic environment. Through study of Russian language, literature, and society, students will develop critical thinking skills, cross-cultural understanding, and social awareness. The program curriculum includes four semesters of Russian language courses, and instruction then continues with advanced language classes and coursework in phonetics and morphology, as well as Russian history, literature, and culture. As we become an increasingly global world, the skills and knowledge you gain from the Russian program will prepare you for a number of international and domestic careers.

Biomedical engineers combine engineering principles with medical and biological sciences, with the goal of designing and creating equipment, devices, computer systems, and software to be used in healthcare. At the University of Utah, the Department of Bioengineering’s mission is to advance human understanding, health, and the quality of life through research and education in this field. The department is internationally recognized for its research, discovery, and invention in the area of biomedical engineering, with research strengths in biomaterials, biomedical devices, neural engineering, and cardiovascular engineering; the Bioengineering program is additionally accredited by the Engineering Accreditation Commission of ABET. It prepares its graduates for success and leadership in industry, as well as future study in medicine, science, and engineering. In addition to education in biology concepts, bioengineering students will receive training through the College of Engineering to deliver biobased solutions to traditional engineering problems. Regardless of your specific interest area, bioengineering is an exciting field that will allow you to combine your passions for biology and engineering while helping to improve people’s lives.

Rhetoric is the study of effective speaking and writing: it is the art of argument and persuasion. Through the Writing and Rhetoric Studies program, you will become a strong analytical thinker and proficient writer. Students of this program learn rhetorical analysis and the ways that culture and society shape what we define as “literacy,” giving you critical thinking skills and social awareness that can be applied to a number of pursuits. Students in the program choose courses from topics such as under-represented rhetorics, rhetorics of gender, writing poplular non-fiction, professional discourse, grammar and stylistics, digital storytelling, writing as a social practice, and others. The culminating experience of the program is a senior seminar, synthesizing all of the student's undergraduate work into a portfolio piece. Employers consistently rank written communication skills as among the most-desired abilities in job candidates, and strong writing and argumentation abilities are excellent assets for graduate-level coursework.

The Health, Society and Policy (HSP) Program addresses the multidimensional characteristics of human health. Health status may be related to factors beyond pathogens or illness: lifestyle, environmental exposures, socioeconomic status, cultural affiliation, poor communication, or access to health services can all contribute to an individual’s health. Students in this program are given the broad, interdisciplinary foundation for understanding health, allowing them to sensitively and effectively address health care issues in multidimensional contexts: for example, the geographic location, literacy, or socioeconomic status of an individual might impact their ability to access or obtain healthcare or eat a healthy diet. HSP students take courses from a variety of fields, including epidemiology, behavioral sciences, research methods and quantitative skills, administration, philosophy, and history. This coursework provides students with a coherent perspective on health care in its various social and administrative contexts. The culminating experience of the program is a capstone, delivered as an interdisciplinary series of seminars on a particular theme related to the major.

Sociology investigates the relationships between social order and social change in three interconnected areas along the scale of individual to global; our personal lives, the communities we live in, and the world as a whole. When examining personal lives, sociologists study deviant behavior, family dynamics, and individuals’ racial, ethnic, gender, and sexual identities. At the community level, sociologists study poverty, prejudice and discrimination, education, corporate and business behavior, the criminal justice system, housing and homelessness, the health care system, and social movements. Finally, at the global level, they review human population dynamics, societal conflict, cultural diversity, socially-induced environmental change, globalization, and modernization.

 The Sociology program consists of five core courses that serve as an introduction to sociological theory and application, research methods, and social statistics. The remainder of the curriculum is comprised of courses from four areas of sociology: Diversity, Globalization, Criminology, and Population and Health, as well as a selection of electives. By the program’s end, graduates have invaluable critical thinking skills and awareness of social issues that affect all areas of modern life. This set of knowledge and skills is necessary to find work in a variety of fields, and invaluable in our increasingly globalized and culturally diverse society.

An economy is a social system where people produce and distribute goods and services. Economists study these systems, focusing on issues related to decision-making in governments, social and economic institutions, firms and industries. Our world is shaped in a fundamental way by economic forces. High unemployment, financial uncertainty, and growing public debt present great challenges for all of us. Concerns about energy sources, and about the environmental impact of economic activity will also be with us for decades to come. Studying economics will allow you to understand these challenges more deeply and will give you tools to help solve these problems. The Economics major is an excellent preparation for a wide range of jobs and graduate and professional studies. Students in the program gain critical thinking and quantitative analysis skills, and these abilities can be used to solve economic and other real-world problems. Beyond the core sequence in micro- and macroeconomics and quantitative and statistical methods, students can choose elective courses focused on money and banking, environmental economics, economic development in poor countries, labor economics, health economics, econometrics, and many other topics.

Biomedical engineers combine engineering principles with medical and biological sciences, with the goal of designing and creating equipment, devices, computer systems, and software to be used in healthcare. At the University of Utah, the Department of Bioengineering’s mission is to advance human understanding, health, and the quality of life through research and education in this field. The department is internationally recognized for its research, discovery, and invention in the area of biomedical engineering, with research strengths in biomaterials, biomedical devices, neural engineering, and cardiovascular engineering; the Bioengineering program is additionally accredited by the Engineering Accreditation Commission of ABET. It prepares its graduates for success and leadership in industry, as well as future study in medicine, science, and engineering. In addition to education in biology concepts, bioengineering students will receive training through the College of Engineering to deliver biobased solutions to traditional engineering problems. Regardless of your specific interest area, bioengineering is an exciting field that will allow you to combine your passions for biology and engineering while helping to improve people’s lives.

Geography is a unique field that bridges the physical and social sciences: geographers study not just natural Earth systems but also human societies, examining the interaction between the two. Geographers work with powerful technologies such as geographic information systems (GIS), digital Earth imagery (remote sensing), and spatial modeling. Geography also has a long-standing field tradition, often involving travel to spectacular locations. The University of Utah’s Geography program will provide you with a collaborative, integrated approach to understanding complex geographical challenges, such as climate change, globalization, sustainability, urbanization, and living with hazards. The program curriculum includes courses in environments, human geography, geographical analysis, cartography, and GIS; students then choose courses from the broader areas of physical and human geography, as well as electives from allied fields (such as atmospheric sciences or geology). Geography has a “No Student Left Inside” Initiative that encourages field work and labs in their courses to get technical, real world experiences. If you want to focus your studies on a particular area,

If you have a passion for numbers and problem-solving, consider majoring in applied mathematics. Unlike “pure” mathematics, where math is a theoretical pursuit, the field of applied mathematics uses math to solve real-world problems. These problems can be as simple as allocating an investment and calculating returns, or as dramatic as using mathematical algorithms to crack and decrypt intelligence codes. This degree provides students with excellent quantitative and analytical skills, and a math degree is the perfect stepping stone for a countless number of careers.