该学位为学生做好了在诸如临床运动生理学等领域的就业市场的准备，并为进入运动科学或健康专业课程的研究生课程做好了准备。生物科学涵盖了众多前沿学科。每个人都提供了许多令人兴奋的职业道路。最令人兴奋的活动之一是运动科学领域。通过在北亚利桑那大学学习运动科学，您可以为临床运动生理学职业做准备，可以在心脏和肺康复等领域工作，或者可以在医学，物理疗法，职业疗法，医生的助手或其他医疗保健领域。您会在教室，研究实验室以及我们的生物咨询中心得到大量的个人关注。许多本科生研究机会使您参与科学的过程和应用。您可以利用我们在科罗
This degree prepares students for the job market in areas such as clinical exercise physiology as well as for entry into graduate programs in the exercise sciences or professional programs in the health professions.<br>Identify, describe, and apply major concepts, theoretical perspectives, and empirical findings in exercise physiology, including:<br>Basic molecular and cellular units of structure that define the function of all living things<br>Fundamental principles of biology, such as the central dogma, diversity of life, and evolution<br>Homeostasis and the role of temporary perturbation of homeostasis in exercise adaptations<br>Apply scientific and quantitative reasoning in data interpretation and analysis:<br>Applying the scientific method and the processes of inquiry and discovery as they relate to questions in exercise physiology<br>Collecting, analyzing, and interpreting scientific data with application to problems involving human physiology, including health and disease, and the effects of acute exercise and exercise training<br>Graphically presenting scientific data to communicate scientific findings in exercise physiology <br>Developing proficiency in the quantitative skills (e.g. arithmetic and algebraic methods,<br>statistical analyses) necessary to analyze physiological problems, with an emphasis on<br>quantitative techniques applicable to physiological and biomedical fields<br>Effectively communicate and apply evidence-based recommendations in physiological sciences.<br>Interrogate primary scientific literature and access specialized resources available within<br>exercise sciences (e.g. Exercise is Medicine ®) <br>Apply exercise physiology principles to interpret data in evaluating the strength of evidence and conclusions.<br>Synthesize empirical findings related to exercise science, and communicate the findings through collaboration, writing, and oral presentation<br>Synthesize fundamental concepts, apply core knowledge, and conduct civil discourse in exercise physiology as it relates to human health and disease.<br>Apply specialized knowledge of the role of exercise in health and the acute and chronic<br>metabolic, cardiorespiratory and neuromuscular responses to exercise to new contexts and situations to make clinical recommendations.<br>Apply exercise physiology principles to interpret data in evaluating the strength of evidence and conclusions.<br>Analyze the interdisciplinary role of science as applied to human health challenges, including<br>health issues affecting the global community and health disparities among various communities<br>Apply quantitative reasoning skills to solve novel problems and clinical examples related to exercise physiology in humans.