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Social Work Practice Within Organizations And Communities I

This social work practice course explores theories and practice approaches appropriate for work with organizations and community systems. Recognizing the structural determinants of individual and family wellbeing, the course focuses on a strengths-based approach to engaging, assessing, and planning evidence-based interventions for clients at the macro level. Students will explore community practice models that aim to: empower marginalized populations, build human capacity, advocate for just policy, and create sustainable political, economic, environmental, and social justice.

Equine Industry Issues

This will be an 'assignment-intensive' course designed to present provocative, current equine industry issues to students. Students will then repackage and/or further research that information and communicate the information in various written and oral formats. This course fulfills the Graduation Composition and Communication Requirements (GCCR) for Equine Science and Management students.

Behavioral Genetics

In this course, students will develop an understanding of heredity, its DNA basis, and the methods used to discover genetic influences on behavior and how to identify specific genes. This basic information will be applied to better understand what is known about genetic influence on cognitive ability, psychopathology, substance abuse, and health psychology.

Forensic Anthropology

This course will provide students with an introduction to human skeletal biology and its applications to medico-legal issues. We will also discuss the different contexts in which forensic anthropology is applied, including local death investigations, mass disasters, and human rights violations. Utilizing a biocultural perspective, participants will explore the biology of human skeletal remains through osteological analysis, while also emphasizing the cultural context of the people we study as well as the scientists who study them.

Independent Study

A course with special assignments for study of special topic usually involving preparation of a final paper. Student must identify a clearly defined topic and a specific faculty member as instructor. All work to fulfill this course must be detailed clearly and described fully in advance using the approved learning contract. The student and faculty member will need to agree on a general schedule of student/faculty meetings during the semester to discuss the progress of the project. May be repeated to a maximum of 12 credits. Letter Grade only.

Heat And Mass Transfer In Biosystems Engineering

Fundamental principles of steady state and transient heat and mass transfer in biosystems engineering. Heat transfer will include conduction, convection, and radiation. Mass transfer will include liquid-gas, solid-gas, and solid-liquid equilibrium scenarios, as well as convective, diffusive, and osmotic mass transfer. Governing equations and boundary conditions for both heat and mass transfer will be included with special attention to industrial, biological, and bioenvironmental problems.

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