Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Science in Applied Mathematics

at Shorelight Group - The University of Utah USA

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. 

The Asian Studies program is an interdisciplinary course of study that will both deepen and broaden your understanding of this crucial region of the world. As an Asian Studies student, you will learn the languages and countries of the core regions of East, South, Southeast, and Central Asia as well as Russia, the Pacific, and West Asia. Broaden your horizons and gain a deeper understanding of and appreciation for the fascinating people and cultures of this region: in addition to language courses, the Asian Studies program offers exploratory and history courses about the area. Cross-cultural understanding and language skills are increasingly important as we become a truly global economy, making the Asian Studies program a valuable experience.

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.

Students with interest in severe weather, climate change, forecasting, broadcast meteorology, atmospheric chemistry, remote sensing, and many other areas may find a home in the Atmospheric Sciences. Study in this field seeks to understand the behavior and predictability of the earth's atmosphere. Atmospheric scientists need a good foundation in mathematics, physics, chemistry, and computer science, and the University of Utah’s program offers training in these areas and others, such as meteorology and climate. As a natural extension of the geographic setting of the university, the atmospheric sciences degree uniquely emphasizes mountain weather and climate. Ultimately, this program provides the knowledge and tools needed to address the challenges posed by hazardous weather and climate change in the 21st century.

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).

Communication is much more than just the written word. Communication is also verbal or non-verbal, and it takes place at both an interpersonal and mass scale. With the University of Utah’s Communication program, students learn how to be effective communicators for all different types of audiences. Communication is a diverse discipline and offers a variety of skills to prepare students for their careers. Through a combination of theoretical and technical training, the Communication program allows students to develop a comprehensive portfolio to market themselves to the industry. If you want to focus your studies on a particular area, you can pursue an emphasis in one of the following emphases:

• Communication Studies
• Journalism
• Science, Health, Environmental, and Risk Communication
• Strategic Communication

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.

Materials science and engineering (MSE) combines numerous disciplines, including chemistry, physics and engineering. Scientists in this field apply the principles of physics and chemistry to engineering problems in order to design and develop new materials. Without materials science and engineering, things like computer chips and solar cells would not exist. In the College of Engineering at the University of Utah, this degree offers students the unique opportunity to study science as well as engineering. Accredited by the Engineering Accreditation Commission of ABET, the MSE program teaches fundamental science and engineering principles that apply to all types of materials in addition to in depth study of polymers and ceramics. Students then select upon technical electives that suit their particular interests, which can include courses in nanostructured materials, metallurgy, photovoltaic materials, single crystal growth, composites, microsystems design, biomaterials, nuclear materials, and many others. Students are also trained in and gain hands on experience with experimental techniques to analyze structure and composition of materials—including X-ray diffraction, electron microscopy, thermal analysis, and spectroscopy. All students complete a capstone design project, preparing them for real-world engineering design and applications. You will leave the University of Utah with the technical skills and theoretical knowledge you need to succeed in a variety of science and engineering fields.

International Studies (IS) is a flexible and interdisciplinary major. It is designed to provide students with a sophisticated understanding of some of the modern world’s most persistent and challenging problems. Students learn about global issues in local, national, and international contexts. They develop the analytical skills and cultural competencies necessary to launch into fulfilling careers that make a difference. Students in the International Studies program typically begin by taking one introductory course on each of three themes: Peoples, Challenges, and Systems. They draw connections between these in the core course, Foundations of International Studies, and they take electives drawn from disciplines across campus as they develop an emphasis on any one of seven focus areas: Development & Sustainability, Foreign Relations & Security, Global Health, Culture & Identity, Trade & Commerce, European Studies, or Human Rights. No matter the chosen focus area, all International Studies majors must also complete a learning abroad program or an international internship.

Political Science studies the world of politics and government – particularly the manner in which people organize, administer, and seek to improve their governments, the privileges and responsibilities of citizenship, and the use and abuse of power. Students who major in political science are interested in understanding how laws and policies affect peoples’ lives and care deeply about community engagement and social change. Through a critical investigation of the political world, political science students learn how to apply concepts and theories, craft compelling arguments, and analyze complex information while grappling with some of the most pressing challenges facing societies around the globe.