Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Arts in Latin American Studies

at Shorelight Group - The University of Utah USA

Students majoring or minoring in Comparative Literary and Cultural Studies (CLCS) compare multiple literatures and cultures within the framework of a single degree. As a CLCS student, you will explore themes across cultures and time periods, compare national literatures and cultures, learn and apply international literary and cultural theories, and analyze diverse types of texts (literary, visual, musical, etc.) produced in multiple cultural spheres.

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.

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.

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.

Chemistry is the study of matter, what it is made of, how it changes, and how it can be turned into new substances. Chemistry is central to our search for answers as we explore our world. "What is it?" "How much is there?" "How does this work?" "Why does it do that?" If you’ve ever asked any of these questions, consider studying chemistry to find the solutions. The department offers nine emphasis areas to choose from, and Chemistry is the only department at the U to allow students to declare two emphases.

Available tracks include:

• Atmospheric & Environmental Chemistry
• Biology
• Business
• Chemical Engineering
• Geology
• Material Sciences and Engineering
• Mathematics
• Physics
• Professional Chemistry (the traditional chemistry curriculum)
• Teaching

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.

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.

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.

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.