Undergraduate Extended Accelerator Pathway (3-Term) - Bachelor of Science in Quantitative Analysis of Markets and Organizations

at Shorelight Group - The University of Utah USA

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.

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.

Environmental and Sustainability Studies (ENVST) is a STEM interdisciplinary program that offers a major with several emphases to focus your study, as well as a minor. The curriculum explores ecological systems and the impact of human-environment interactions from the perspectives of the natural sciences, the social and health sciences, and the humanities. The U’s program strives to foster an understanding the multi-faceted issues of the environment and sustainability and finding solutions through systemic analysis, peer learning, and community engagement, social responsibility, leadership, and having a science-based focus on solutions and integrated problem solving.

If you want to explore the world around you and help make the world a better place, consider becoming a chemical engineer. Chemical engineers take chemistry out of the laboratory and into the real world by applying scientific knowledge, technical expertise, innovation, and creativity to make useful materials; without chemical engineering, things like fertilizers, vaccines, and antibiotics wouldn't exist in the quantities that we need them. With their skills and abilities, chemical engineers can be involved in research, development (taking a process from bench scale to full scale), design and evaluation (deciding how a process should work), plant design (deciding how a chemical plant should be built), plant operation, sales, management, and academics. The University of Utah’s Department of Chemical Engineering is nationally recognized for its research and teaching. In this program, you will complete courses in math, physics, chemistry, and engineering. You can also complete an optional emphasis in Energy Engineering. By the time of graduation, about 50 percent of our graduates have found employment or been admitted to post-graduate programs that include law, medicine, and graduate school in a variety of fields. 

Management skills apply to every organization and in every business discipline. The Management Major is designed to give students the skills they need to lead companies in all phases of development, from startup to maturity, and through challenging situations. Students develop competence in human resource management, quantitative and statistical decision making, production/operations management, and general management. In addition to core business major requirements, management students must complete courses in leadership and business ethics. Students then choose electives from areas such as Organizational Leadership, Sustainable Leadership, Managing Conflict, among others. The Management degree will prepare you for careers in not only business but nearly any field that requires excellent communication, organizational, and management abilities.

If you want to explore the world around you and help make the world a better place, consider becoming a chemical engineer. Chemical engineers take chemistry out of the laboratory and into the real world by applying scientific knowledge, technical expertise, innovation, and creativity to make useful materials; without chemical engineering, things like fertilizers, vaccines, and antibiotics wouldn't exist in the quantities that we need them. With their skills and abilities, chemical engineers can be involved in research, development (taking a process from bench scale to full scale), design and evaluation (deciding how a process should work), plant design (deciding how a chemical plant should be built), plant operation, sales, management, and academics. The University of Utah’s Department of Chemical Engineering is nationally recognized for its research and teaching. In this program, you will complete courses in math, physics, chemistry, and engineering. You can also complete an optional emphasis in Energy Engineering. By the time of graduation, about 50 percent of our graduates have found employment or been admitted to post-graduate programs that include law, medicine, and graduate school in a variety of fields. 

Management skills apply to every organization and in every business discipline. The Management Major is designed to give students the skills they need to lead companies in all phases of development, from startup to maturity, and through challenging situations. Students develop competence in human resource management, quantitative and statistical decision making, production/operations management, and general management. In addition to core business major requirements, management students must complete courses in leadership and business ethics. Students then choose electives from areas such as Organizational Leadership, Sustainable Leadership, Managing Conflict, among others. The Management degree will prepare you for careers in not only business but nearly any field that requires excellent communication, organizational, and management abilities.

Over the last decade, the gaming industry has continued to increase in popularity. Today, there are two entire degrees devoted to the study of games and game-making. Through the BS in Games and CS/EAE degrees at the University of Utah, students will learn how to develop entertainment software and serious games addressing health, collaboration, or social needs. Housed in the Entertainment Arts & Engineering (EAE) program, both degrees offer technical coursework in math and computation, as well as training in digital game design, game art, and production. In the BS in Games, students will take 10 EAE electives focusing on game design, game arts, and game production. Students will also complete additional coursework in allied fields related to EAE such as digital media, storyboarding, graphic design, gender studies, and management. The pinnacle of the program is a joint Capstone project in which all game development students will work in teams to make and publish their own video game.

Civil engineering is about community service, development, and improvement. It involves the conception, planning, design, construction, and operation of facilities essential to modern life: without civil engineering, things like transit systems, offshore structures, and space satellites would not exist. Civil engineers are problem solvers, meeting the challenges of pollution, traffic congestion, drinking water and energy needs, urban redevelopment, and community planning. At the University of Utah, an integral part of studies in the Civil and Environmental Engineering Department is an emphasis on environmental engineering. In addition to core courses in engineering, students also take a range of math, science, and technical courses, as well as general interest electives. Through their coursework, students of the program learn how to apply physical, chemical, and biochemical processes to environmental problems, ultimately improving the quality of life across the globe.

Anthropology is the study of human beings; their cultures, biology, behaviors, and their changes through time (evolution). Because we study all aspects of humans, anthropology is said to be holistic and inter-disciplinary, that is anthropologists work hand-in-hand with other sciences such as biology, physiology, sociology and psychology—just to name a few.

At the University of Utah, the Anthropology Department is divided into four main divisions: Cultural, Biological, Evolutionary Ecology, and Archaeology. Cultural anthropology focuses on human cultures and how they vary through time and space—around the world and back through pre-history. Biological anthropology focuses on ancient and modern human anatomical, physiological, and biological variability. Biological anthropology also concerns itself with non-human primates like chimpanzees and gorillas—by studying them, we hope to learn more about ourselves. Archaeology is the excavation and interpretation of what humans leave behind in order to infer how and why humans have evolved. Evolutionary ecology (sometimes known as behavioral ecology) examines human (and non-human primate) behavior and life-history—why did human beings evolve the way they did?

Ultimately, anthropologists use all four sub-disciplines to describe and explain past and present human diversity. The Department takes a theoretically-driven, empirically-informed perspective focusing on the following specific areas of expertise: archaeology, genetics, behavioral ecology, paleoanthropology, hunter-gatherer behavior, and human and non-human primate behavior.