This course provides an overview of the theory and applications in Kinesiology with specific emphasis on the exercise and sport sciences. Leadership, professionalism, and engagement in these disciplines from a Christian approach will be emphasized. Students will engage with the concept of incorporating exercise as preventive medicine. The course will also include an exploration and overview of laboratory procedures in each discipline and facilities tour (i.e. EMG, ultrasound, metabolic cart, movement screening, exercise testing). Students will formulate an initial research or capstone project idea as part of the MS degree, interfacing with program faculty and the university library to initially form and develop their research question or capstone project.

This course is an introduction to research methods to acquaint the student with analyzing the professional literature. The course will explore both quantitative and qualitative research methods, including descriptive and inferential statistics. Topics will include: 1) selected techniques and designs used in research, with special emphasis given to planning, conducting, and reporting of research; and 2) applied statistical analysis and interpretation of data from the field of exercise and sport science. Students will produce an original pilot research project proposal including preliminary statistical design.

This course will have students identify supply chain management, forecasting, inventory management, and control.

This course will enable students to practice the judicious use of current best evidence in making decisions about the care of individual patients and clients. Students will learn to integrate the best external evidence with their clinical expertise and patient concerns to: ask a focused question to satisfy the health needs of a specific patient; find the best evidence by searching the literature; critically appraise the literature; apply the results in clinical practice; and evaluate the outcomes in patients.

This course will prepare sport professionals to plan athletic and fitness events, manage the personnel and facilities associated with these events and facilities, and design effective fitness and exercise programming. Students will be exposed to industry leading sport and fitness facilities and trends throughout the southern California region through periodical visits to these facilities. Contemporary issues in entrepreneurship in the sport and fitness industries will be addressed.

Students will explore advanced concepts in biomechanics and motor control (neuromechanics). Topics will include muscle/tendon function and architecture, motion analysis, sensorimotor system architecture, reflex pathways and excitability, and postural control. A combination of lectures, group work, demonstrations, laboratory experiences and prescribed readings will be used within the course.

This course will be an advanced course in kinematics, kinetics and neuromuscular concepts in biomechanics.

Students will explore and develop promotional and marketing strategies involved in the spectrum of the sport and fitness industries. Students will be equipped for the high school, collegiate and professional sport settings as well as personal, group, and comprehensive fitness facilities that promote a holistic approach to wellness.

The topics of this course will alternate based on faculty expertise and student interest. Each topic will provide students with a unique opportunity to gain advanced specialization in an area of their choosing. Topics may include: Applied Function and Corrective Exercise; Culinary Medicine; Digital Health; Movement Interventions for Aging, Disease Prevention and Health Promotion, Global Health, and Electrocardiography and Interpretation.

Students in the healthcare professions will learn the science of nutrition, including cellular biology, digestion, and metabolism of macronutrients and micronutrients, as well as the practical applications of coaching individual clients in nutrition to enhance performance.

Both historical and contemporary aspects of leadership theory will be applied to various aspects of the sport industry, including post-secondary education, athletics administration, and the rapidly-growing business of sport.

This course emphasizes advanced study of the theoretical basis for exercise testing and practical procedures involved with pre-exercise screening and exercise testing. The course prepares students to utilize scientific rationale to design, implement and supervise exercise programming for those with chronic diseases, conditions and/or physical dysfunctions beyond cardiovascular and pulmonary disease. Students will interpret information from screening and will apply this to appropriate exercise intervention protocols. Students will be prepared to pursue certification as an ACSM Registered Clinical Exercise Physiologist . Note: 600 hours of preceptor-supervised clinical experience are also required for ACSM certification.

This course provides a detailed analysis of the effects of exercise on the organ systems of the body. Lecture and laboratory experiences will be related to apparently healthy populations as well as those with obesity, diabetes and metabolic syndrome.

This course will provide students with an introduction and relevant application of the economic principles that influence athletic, sport and fitness organizations. Students will discuss and implement budgeting, financial statements, economic impact analysis and other related topics.

This course combines aspects of coaching foundational movements in strength and conditioning as well as exposing students to sport science tools pertinent to athletic performance.

This course explores the methodology of Loaded Movement Training (LMT). Students will explore how the body adapts to LMT from a neuro, mechanical, and metabolic perspective and justify the use of LMT in an exercise program. Students will gain knowledge on how to design exercise workouts and programs using Loaded Movement Training for Sport Performance.

This course provides an advanced understanding of the clinical effects and physiologic adaptations of the human body to exercise interventions. The effects of exercise on the organ systems of the body will be explored through lecture and laboratory experiences with an emphasis toward combating obesity, diabetes, and metabolic syndrome. The clinical application of current research will occur in lab settings.

This course provides advanced study and experience in applied sport science techniques.

This course provides students with guidance in the research process to deepen knowledge in an area of their professional interest. Students will complete and present an original research project including preliminary statistical design, data collection, data analysis, and presentation of results.

This course will engage students in relevant Kinesiology issues in order to solve current problems and lead future initiatives. Industry experts will be invited to present on a broad range of topics including sport and fitness entrepreneurship, faithful leadership, media and public relations, sport and fitness technology, corporate wellness, behavior change and other topics of interest to students.

This course prepares students to utilize scientific rationale to design, implement and supervise exercise programming for patients with chronic diseases, conditions and/or physical dysfunctions of the cardiovascular, pulmonary, metabolic, musculoskeletal, neuromuscular, and immunologic systems. Students will be prepared to pursue certification as an ACSM Registered Clinical Exercise Physiologist. Note: 600 hours of preceptor-supervised clinical experience are also required for ACSM certification.

This course provides advanced study in the essential research of a specific discipline in Kinesiology. Fundamental skills in reading and evaluating research will be acquired, including examining research paradigms, critically appraising study design and findings, and determining the practical relevance of the results.

This course will expose students to various methods and strategies in both sport and tactical strength and conditioning. Students will examine research and practice of different methods currently in use in the field and discussed in the literature on selected topics and demonstrate appropriate implementation of advanced training methods. Additionally, this course will refine the student's ability to construct an advanced training program designed to enhance performance in specific ways. The student will demonstrate the ability to critically analyze and alter a training program using an evidence-based approach.

This course will introduce electrocardiography and cover basic concepts of ECG interpretation including electro--physiology, conduction defects, ischemia and infarction, and electrode placement for both resting and graded exercise testing.

This course evaluates effective uses of disruptive health technologies within the health and wellness industries to support long-term behavior change and improved well-being. Students will examine the science, design and real world application of these innovative technologies as an affordable and practical tool to deliver lifestyle interventions aimed at preventing and managing chronic disease.

This course offers a comprehensive exploration of advanced evidence-based practice in strength and conditioning, integrating both theoretical frameworks and practical applications.

This course introduces the fundamental theories driving research and practice in behavior change and health and wellness coaching and provides students with the opportunity to apply these theories in practice, based on current evidence.

The Internship or Practicum experience provides the student with practical knowledge and direct and relevant experience in their chosen discipline. Students may arrange the site(s) of internship or may inquire with their faculty advisor about opportunities in the San Diego region.

The comprehensive examination tests mastery of applied and theoretical concepts appropriate for the Master of Science degree. Exams consist of a one-day written exam (4-6 hours).

This course provides an extended experience for the student to produce a final project on a specific topic of professional interest. Under the direction of a faculty advisor, the student will advance through the preparation and defense of a capstone project*. This course aims to enable students in a graduate program to gather and/or analyze data to advance their field and professional standing. The qualified student will have previously defended a project proposal successfully in KIN 6005.

This course provides an extended research experience for the student in a specific topic of professional interest. Under the direction of a faculty advisor and thesis committee, and after completing KIN 6000 and KIN 6005 , the student will conduct further empirical research and will advance through the preparation and defense of a thesis*. Course Aim: This course aims to enable students in a graduate program to conduct original research to advance their field and professional standing. The qualified student will have previously defended a thesis proposal successfully in KIN 6005.