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Exercise Sciences Courses

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EXSC 664 - Biomechanical Modeling

Learn to use advanced biomechanics software to model, analyze, and interpret human movement. Create models of the human skeleton from motion capture data, represent motion in three dimensions using Euler angles, and perform inverse dynamics.
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EXSC 665 - Computer Program Kinesiol

Course designed to teach students to manage the large amounts of data collected during various analyses of human movement through computer programming. Students will also learn how to create their own software for data analysis.
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EXSC 666 - Exercise Physiology

Adjustments made by the body to accommodate physical activity.
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EXSC 667 - Lab Methods & Procedures

Basic techniques and procedures used in human performance laboratories.
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EXSC 668 - Orthopaedic Anatomy

Advanced regional musculoskeletal anatomy. Students dissect cadavers.
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EXSC 669 - Exercise Testing & Prescript

Exercise testing and interpretation. Exercise prescription for healthy children and adults, athletes, and various clinical and special populations.
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EXSC 671 - Adv Lifestyle & Chr Dis Prev

Managing health risks, particularly those relating to cardiovascular disease, cancer, and obesity.
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EXSC 673 - Advanced Obesity & Weight Mgt

Etiology, treatment, and prevention of obesity in various populations, emphasizing the role of exercise in weight control programs.
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EXSC 688 R - AT Internship

Additional credit hours or fifth semester for athletic training clinical education experience or immersive internship experience for MAT students. Each credit of internship will require 160 hours of work.
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EXSC 688 R - Health Promotion Practicum

Field experience for health promotion graduate students (required); 50 hours of service in approved organization required per credit hour. Graduate students in other emphases may take this class with instructor's consent.
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EXSC 691 - Seminar

Orientation to graduate work in the exercise sciences.
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EXSC 693 R - Readings Seminar

Searching, critiquing, and interpreting scientific literature with goal of conducting scientific research.
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EXSC 697 - AT Capstone

Synthesizing and integrating classroom and clinical experiences in preparation for BOC exam resulting in certification of athletic training students.
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EXSC 699 R - Master's Thesis

Students demonstrate significant oral and written communication skills and research competencies through conceiving, proposing, and defending a thesis.
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EXSC 751 - Sem: Prof Writing

This class is designed to teach PhD students the essentials of writing good biomedical manuscripts for publication in appropriate scientific journals.
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EXSC 753 - Sem: Research & Grants

This class is designed to teach PhD students how to develop a research grant proposal focusing on appropriate structure and scientific content.
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EXSC 766 - Adv Exerc Phy Cardiopulmonary

Cardiovascular and pulmonary physiology, assessments, responses to exercise, and interventions.
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EXSC 769 - Adv Ex Phys: Skeletal Muscle

Effects of acute and chronic exercise on anatomy, physiology, and biochemistry of skeletal muscle.
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EXSC 797 R - Individual Research & Study

Individual research mentored by Exercise Sciences faculty. Number of credits is based on hours worked per week under contract.
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EXSC 799 R - Doctoral Dissertation

Students demonstrate significant oral and written communication skills and research competencies through conceiving, proposing, and defending a dissertation.
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EXSC 688 R - Graduate Internship

Field experience for health promotion graduate students (required); 50 hours of service in approved organization required per credit hour. Graduate students in other emphases may take this class with instructor's consent.
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EXSC 625 R - Musculoskeletal Pathophysiol

Students will gain a detailed understanding of the physiologic basis of musculoskeletal tissue injury. The class will focus on the process of inflammation and on skeletal muscle, tendon, ligament, bone and cartilage response to injury.
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EXSC 754 - Sem: Program Mgt

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STAC 585 - Pedagogical Techniques in ExSc

Teaching methodologies for instruction in fitness and sports courses.
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EXSC 625 R - Tissue Response to Injury

Students will gain a detailed understanding of the physiologic basis of musculoskeletal tissue injury. The class will focus on the process of inflammation and on skeletal muscle, tendon, ligament, bone and cartilage response to injury.
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