Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Arts in Psychology

at Shorelight Group - The University of Utah USA

Civil Engineering Computer Engineering includes the design, implementation, and programming of digital computers and computer-controlled electronic systems. Computer engineers do everything from write operating systems software to design next-generation microprocessors. The School of Computing and the Department of Electrical and Computer Engineering jointly offer a Bachelor of Science degree in Computer Engineering, allowing students to pursue their passions by taking classes from either department. The program is a software- and hardware-oriented degree with courses offered by both the School of Computing and the Department of Electrical and Computer Engineering. The culminating experience of the program includes a semester capstone or an alternative yearlong project. Computer engineers are in demand, and students who graduate from the program will enter the industry with valuable knowledge in both the hardware and the software aspects of computing.

Psychologists study human and animal behavior, seeking to understand how people and nonhuman animals function in their environments: through this, a psychologist ultimately wants to understand, predict, and resolve behavioral and psychological problems. If you are interested in how the mind works and functions in an effort to help people achieve and maintain mental health, consider studying psychology at the University of Utah. The Psychology curriculum includes coursework in the following topics: psychology as a science and profession, cognition and behavior neuroscience, intergroup relations, development in infancy, emotions, human performance, personality, sexuality, health, among others. Through coursework, and hands-on experience through research, internships, peer advising, and/or teaching assisting, you will gain the knowledge base and critical thinking skills you need for success in post-college careers or graduate school.

Speech and Hearing Science professionals evaluate, diagnose, and treat individuals with speech and hearing disorders, such as disorders of communication, the voice, swallowing, and cognition. The undergraduate major in Speech & Hearing Science (SPHS) is a pre-professional degree for speech language pathology and/or audiology. Students in the program complete courses in phonetics, anatomy and physiology of speech and hearing, language science, pediatric and medical speech-language pathology, hearing disorders and evaluation, and psychometrics (measuring mental abilities and processes). Electives in allied fields -biology, physics, and psychology, for example- are also required, along with 25 hours of field experience observing treatment practices for speech, language, and hearing. Students who complete this program earn a BS in Speech and Hearing Science and are then prepared to enter graduate programs in the field: a master's degree is required for professional practice in speech-language pathology, and a doctor of audiology (AuD) is required for professional practice in audiology.

Geoscience applies the principles of chemistry, physics, mathematics, and biology to understand the composition, structure, and history of the Earth and the processes that govern it. Geoscientists then use this knowledge to address societal needs and problems, such as locating and characterizing mineral, energy, and groundwater resources, assessing seismic and other geologic hazards, and evaluating and remediating environmental contamination. The University of Utah’s Geoscience program will provide you with a broad foundation in fundamental science concepts, and you can then individualize your degree by pursuing one of three emphasis areas in the geoscience field: Geology (which focuses on geologic materials, Earth systems, and fossils); Environmental Geoscience (which focuses on the layers of the atmosphere and their interactions); and Geophysics (which focuses on using physical methods to image and understand the Earth). Regardless of emphasis area, all program graduates will be prepared and qualified to pass the professional geologist licensure examination. After graduation, students are prepared for post-graduate work in the earth sciences, or professional jobs requiring earth science knowledge (such as environmental law and earth resource management).

Metallurgical engineering involves the study, innovation, design, implementation, and improvement of processes that transform mineral resources and metals into useful products that improve the quality of our lives. This includes processing materials, like metals and alloys, to extract, refine and recycle metals. Without metallurgical engineering, we would not have the components we need to build buildings, aircraft, trains, ships, or even mountain bikes. Accredited by the Engineering Accreditation Commission of ABET, the Metallurgical Engineering curriculum consists of coursework across the three main areas of metallurgy: mineral processing, chemical metallurgy, and physical metallurgy. Additional classes cover topics like metallurgical thermodynamics, fluid flow, kinetics, and heat and mass transport, as well as the general sciences (chemistry, engineering, physics, and math). Because society is so dependent on metals, metallurgical engineering has become an increasingly important area of study: continued economic and technical progress will depend on further advances in metal and mineral technology. This program additionally offers students the option to complete one of 6 emphases, allowing them to tailor their program to best fit their strengths and interests.

Geoscience applies the principles of chemistry, physics, mathematics, and biology to understand the composition, structure, and history of the Earth and the processes that govern it. Geoscientists then use this knowledge to address societal needs and problems, such as locating and characterizing mineral, energy, and groundwater resources, assessing seismic and other geologic hazards, and evaluating and remediating environmental contamination. The University of Utah’s Geoscience program will provide you with a broad foundation in fundamental science concepts, and you can then individualize your degree by pursuing one of three emphasis areas in the geoscience field: Geology (which focuses on geologic materials, Earth systems, and fossils); Environmental Geoscience (which focuses on the layers of the atmosphere and their interactions); and Geophysics (which focuses on using physical methods to image and understand the Earth). Regardless of emphasis area, all program graduates will be prepared and qualified to pass the professional geologist licensure examination. After graduation, students are prepared for post-graduate work in the earth sciences, or professional jobs requiring earth science knowledge (such as environmental law and earth resource management).

The University of Utah’s Department of Ballet is consistently recognized as one of the top programs in the country, and it is additionally accredited by the National Association of the Schools of Dance (NASD). The Ballet BFA is for serious students interested in a career in ballet or other dance-related fields and requires discipline, dedication, and a willingness to contribute to a collegial and effective learning environment. Honoring and encouraging both creative and scholarly research, the comprehensive curriculum ultimately prepares graduates to successfully pursue a career within the field of dance. This degree offers a balanced course of study that may include an emphasis in Ballet Teaching or a certificate in Studio Teaching. Students must audition before they can be admitted to the ballet program. Upon admission, courses include numerous ‘in studio’ classes as well as critical thinking and creative process classes. An understanding of dance history, pedagogy, kinesiology, and choreographic process is taught simultaneously with concepts in technique, pointe, men’s class, and partnering to prepare students for a career in various facets of the dance field. Students interested in studying Ballet must audition for the program. Audition and admissions information can be found on the School of Dance webpage.

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.

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.

Mining provides the raw materials and energy resources needed to sustain modern civilization. Resources such as copper, iron, silver, gold, lithium, lead, nickel, and other minerals are all mined, processed, and then used to create things from computer processors to construction materials. The Mining Engineering program at the University of Utah is ABET accredited and prepares you to pursue a productive, life-long career in this exciting industry. The Mining Engineering curriculum combines basic engineering subjects, topics in geology, and essential courses in mining to prepare graduates to discover, evaluate, and develop mineral deposits. Additional coursework includes mathematics, computer applications, economics, communication skills, and physical sciences. Upon graduation, students will have the ability to design, operate, manage, and reclaim mines and mining facilities in a profitable, safe, and environmentally responsible manner.