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  • 1.00 - 4.00 Credits

    One-time courses in highly specialized areas of biomedical engineering not covered by department or university curricula, provided by visiting faculty, regular faculty, and/or members of the biomedical industrial community. Prerequisites: Full Major status in Biomedical Engineering OR Graduate Status.
  • 1.00 - 3.00 Credits

    Independent projects in biomedical engineering determined by student and faculty supervisor. Prerequisites: Full Major status in Biomedical Engineering.
  • 2.00 Credits

    This course gives an overview of basic concepts in medical and healthcare informatics. These core concepts include an introduction to the foundational theory and practical application of clinical decision making; computerized decision support; healthcare systems and their organization; the special issues of administration, security, and operations of electronic records in the healthcare setting; human factors issues; information science in the biomedical domain; imaging informatics; tele-health technology; public health informatics; standards, terminologies, and the uniqueness of biomedical data; and a special focus on emerging technologies.
  • 3.00 Credits

    This course will provide students in the biological and medical domains the foundational programming skills to create computer programs to manage and analyze data drawn from clinical, biological, and public health domains. Working with the Python programming language, students will learn how to write procedural and object-oriented programs. Mathematical principles relevant to biomedical data science will be reviewed through programming examples and problems. Students will also develop competency in using software version control with git as well as how to work within Linux environments.
  • 2.00 Credits

    This course includes an introduction to fundamental concepts in bioinformatics and will introduce students to the data that is being managed, databases where this data resides, knowledge bases which are used to associate concepts with each other, and tools of analysis of this data. The course will have a short introduction to terminology and concepts, although it is strongly recommended that students will have had an introduction to molecular biology and genetics concepts in their undergraduate coursework. This course serves as the first course for students who wish to take more advanced courses in these topics. (Required for all biomedical informatics graduate students.)
  • 1.50 Credits

    This course is designed to familiarize students with the University of Utah (broadly) and the David Eccles School of Business (more specifically). Topics include: an introduction to the university environment and classroom; an introduction to the Eccles School's academic programs and requirements; campus and Eccles School policies, procedures, resources, and opportunities; and strategies to navigate the undergraduate experience successfully.
  • 3.00 Credits

    This is a community engaged learning abroad course (CELA) to explore the power of community engagement in an international context. We will utilize the history, culture, and civic issues affecting London, England, as a living laboratory. The course is composed of weekly class meetings and community engagement in the City of London. The course is the result of collaborative efforts between the Lowell Bennion Community Service Center and Eccles Global Learning Abroad. Central to Global Community Engagement is the interdisciplinary and collaborative nature of community-based experiential learning. We will consider and discuss civic leadership, community health, systems ecology, and collective impact to better understand how the activities and impacts of traveling and tourism affect quality of life, culture, and community in a country outside students' home country. A main objective of community engaged learning abroad is to provide students a forum for deeply engaged community experiences, critical reflection on community-driven service, intercultural experiences, reflections on power and privilege, and the interrelationships of these components to anchor course content. The course will progress through a framework that explicitly links personal experience and readings with regular writing assignments and class discussions. Journal assignments begin prior to intercultural immersion and then cover the following broad themes while in the host community: personal values & ethics, service in a cross-cultural context, global community engagement, and communicating and activating the experience post-cultural immersion.
  • 1.50 Credits

    An exploration of the numerous career and major options for business students. Activities include exploration exercises and assessments, group discussions, information gathering through online research as well as interaction with business professionals, presentations from major departments, creation of a resume and cover letter, alumni panel presentation and creation of an online portfolio. Credit/No-Credit. No textbook required; materials will be given in class and through electronic media.
  • 2.00 Credits

    This course will explore big problems and big questions facing the world today. Students will create a personal learning roadmap specific to their individual area of interest. The process of innovation and problem solving will be explored with a panel of interdisciplinary experts. Roadmaps will be designed to enhance academic majors and student interests. This course is the introduction to the INNOVATION SCHOLARS PROGRAM. Students who successfully complete their individual roadmap will be recognized at graduation as an Innovation Scholar. First Year Experience LLC students are encouraged to take this course.
  • 1.50 Credits

    Provide students with an opportunity to network, build resumes and both lead and work in teams. This critical classroom, business and community experience will heighten students abilities to address the learning objectives required of all business students.