Bachelor of Arts in Family, Community, and Human Development

at Shorelight Group - The University of Utah USA

Geological engineers use their backgrounds in engineering and earth science to provide solutions to engineering problems within the context of the natural world. For example, a geological engineer might study fluid flow and contaminant transport in groundwater, geo-mechanics (the behavior of earth materials), geo-engineering (designing with earth materials), and the discovery, development, and utilization of energy resources. The University of Utah’s Geological Sciences program teaches students to apply knowledge of mathematics, science, and engineering to design and conduct experiments, and analyze and interpret data. With accreditation by the Engineering Accreditation Commission of ABET, the Geological Science program ensures that students receive the broad education necessary to understand the impact of engineering solutions in a global and societal context. The curriculum includes courses in geological engineering concepts—mineralogy, petrology, structural geology, fluid dynamics, groundwater, and others—as well as classes in allied engineering and sciences fields, such as surveying, chemistry, physics, and math. This coursework ultimately prepares students to sit for the Fundamentals of Engineering Exam.

Finance deals with the concepts of time, money, risk, how they are interrelated, and how money is budgeted and spent. Finance students learn how to assign value to projects, companies and securities. They also study how individuals and businesses can efficiently allocate financial resources, invest, and raise capital. With these skills, Finance majors can determine wise investment strategies, value stock options, and help companies and individuals manage their money. A critical component of a finance students’ education is meaningful, real-world opportunities, balanced by worthwhile classroom experiences. The U’s Finance curriculum covers topics such as business statistics, business calculus, corporate finance, insurance, investments, and real estate. A global perspectives course allows students to apply an international context to the business skills and perspectives they are learning.

In addition to the traditional major, students may pursue an emphasis in Advanced Financial Analysis, an honors-level program that provides students with a deeper foundation in finance and accounting, supplemented by additional technical competence in financial modeling and coding as applied to finance problems. Courses will focus on developing technical skills and applying those skills to solve problems in realistic settings.

Gain a deeper understanding of Germanic cultures through the study of the German language, literature, and society. In the German program at the University of Utah, you will gain a firm foundation in speaking, reading, and writing the German language, as well as read and analyze key works of literature from around the German-speaking world. Students studying German take language classes in addition to courses on German history, literature, culture, and grammar. The program provides a broad overview of German history, arts, and culture, allowing you to develop the social awareness necessary for today's global environment.

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.

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.

Urban Ecology is an interdisciplinary field concerned with the interrelationships among social, environmental, and economic systems, with the goal of enhancing the vitality and sustainability of places and communities. The University of Utah’s Urban Ecology program is designed to respond to problems and opportunities that exist in cities, suburbs, small towns, and rural places for example, environmental management, fragile landscape protection, recreation and tourism, public lands planning, rapid population growth, regional transportation, energy production, and sprawl. As a student of the Urban Ecology program, you will take classes in urban ecology, planning, field studies, economics, law and social justice; you can also choose from a variety of electives topics, such as green infrastructure, sustainable development, community leadership and cities in literature. In your senior year, you will do an internship and take on a real world problem in the Ecological Planning Workshop.

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.

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. 

Learn a new language, gain an appreciation for another culture, and become an active participant in today’s global world with the Middle East Studies program. Students of this program will learn basic instruction in one of two major languages of the Middle East—Arabic or Persian—and will also complete a wide spectrum of courses that approach the Middle East from many different perspectives. In addition to area-specific courses, the Middle East Center also coordinates with other University of Utah departments to offer interdisciplinary courses in the following fields: anthropology, economics, geography, history, languages and literature, linguistics, and political science.

The rapidly growing economy in Utah and many parts of the country requires construction of new roads, houses, and commercial buildings, and construction engineers are needed to build them. The University of Utah’s Construction Engineering program will prepare you to enter this exciting field: you will learn scientific, mathematical, engineering, and management principles so that you can plan, design, and build commercial and residential buildings. As a construction engineering student, you will take courses in both civil engineering fundamentals—such as structural principles, site analysis, foundations, computer-assisted design, evaluation and testing, and materials—and instruction in construction courses, such as those related to contracting, project management, graphic communications, and laws and regulations. If you want to solve problems of infrastructure, use creative design in a practical setting, and improve the lives of others, consider majoring in construction engineering.