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Biola University
Learning Outcomes Program Learning Outcomes Upon completion of the Bachelor of Science in Kinesiology, students will be able to: 1. Identify fundamental scientific concepts and principles (anatomical and physiological) of human movement and performance (ULO 1). 2. Apply knowledge of the human body to determine various health and exercise parameters for individuals, and demonstrate proficiency in measuring and evaluating relevant human performance variables (ULO 3). 3. Synthesize, analyze, and interpret information for critical problem solving in human performance based contexts (ULO 1). 4. Integrate Scripture and personal faith with disciplined-based knowledge pertaining to human performance and capability (ULO 2). Each Program Learning Outcome (PLO) listed above references at least one of the University Learning Outcomes (ULO 1, 2, 3), which may be found in the General Information (p. 5) section of this catalog. Requirements GPA Requirements All major requirements and any biology, chemistry, physical science or math general education requirements must be completed with a "C-" or better grade. General Education Requirements PEED 213 Fundamental Principles of Physical Fitness 2 PHSC 111 Physics I 3 PHSC 117 Physics I Laboratory 1 PSYC 200 Introduction to Psychology 3 MATH 210 Introduction to Probability and Statistics 3 or MATH 318 Biostatistics CHEM 105 General Chemistry I 1 4 Total Credits 16 1 Exercise Science and Health Promotion concentrations may choose CHEM 120. Concentrations Exercise Science and Health Promotion (55 Credits) The concentration in Exercise Science and Health Promotion is ideal for students who wish to work in health and fitness, wellness promotion or strength and conditioning, and serves as preparation for graduate study in exercise physiology, athletic training, and other kinesiology-related disciplines. This concentration requires 55 credits, 37 of which must be upper- division.
PEED 303 PEED 307
Exercise Physiology Laboratory Measurement and Evaluation in Kinesiology
1 3
PEED 335 PEED 401 PEED 408 PEED 422 PEED 434 PEED 440 PEED 446 PEED 480 PEED 329
Health Concepts
3 3 3 3 3 3 3 3 3
Care and Prevention of Athletic Injuries
Motor Learning Biomechanics
Leadership in Sport and Human Movement
Nutrition for Health and Sport
Exercise Prescription and Program Design
Directed Study
Psychology of Coaching Sport and Human Movement
or PEED 420 Sociology and Psychology in Physical Education and Sport Elective Requirements Select 10 credits of electives, of which 6 credits must be upper-division, from the following: 10 BIOS 111 Fundamentals of Cellular and Molecular Biology BIOS 113 Fundamentals of Cellular and Molecular Biology Laboratory BIOS 112 Fundamentals of Organismal Biology BIOS 114 Fundamentals of Organismal Biology Laboratory BIOS 282 Microbiology BIOS 310 Prosection BIOS 311 Neurobiology BIOS 312 Cell and Molecular Biology BIOS 322 Laboratory in Cell and Molecular Biology BIOS 332 Genetics BIOS 382 Vertebrate Physiology BIOS 431 Developmental Biology BIOS 445 Immunology
CHEM 106 General Chemistry II CHEM 301 Organic Chemistry I CHEM 302 Organic Chemistry II
CHEM 311 Laboratory in Organic Chemistry I CHEM 312 Laboratory in Organic Chemistry II CHEM 411 Biochemistry I CHEM 412 Biochemistry II CHEM 413 Laboratory in Biochemistry PEED 205 Foundations in Physical Education and Kinesiology PEED 329 Psychology of Coaching Sport and Human Movement PEED 402 Assessment and Rehabilitation of Athletic Injuries PEED 420 Sociology and Psychology in Physical Education and Sport
Core Requirements BIOS 254
Human Anatomy
4 4 3 3
PEED 460 Topics in Kinesiology PEED 470 Seminar in Kinesiology PEED 480 Directed Study PHSC 112 Physics II
BIOS 281 PEED 301 PEED 302
Physiology Kinesiology
Exercise Physiology
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