ENS200 is a blended learning (hybrid) course. This means that the course consists of live, face-to-face sessions and archived sessions that are posted online. Live session attendance is mandatory, and previously recorded sessions and materials are available for access at your convenience in Blackboard Learn https://blackboard.sdsu.edu/. This course consists of 3 distinct parts that are designed to meet the three objectives. Live lectures, and previously recorded lecture videos and powerpoint files are the instructional modalies that are used to address each topic. Student learning outcomes are assessed by a non-cummulative exam that will commence each part. See Course Schedule for scheduled exam dates and times
This course focuses on the basic neurophysiology underlying human movement and the acquisition and r...
This course is part of a four-semester practicum series. The practicum series incorporates both clas...
The primary goal of this course is to further your understanding of exercise physiology. A second bu...
ENS200 is a blended learning (hybrid) course. This means that the course consists of live, face-to-f...
This course is designed to provide an overview of professions in Kinesiology and Nutrition for first...
This course is designed to provide an overview of professions in Kinesiology and Nutrition for first...
ENS 200 is designed to explore the academic disciplines, and research and practice areas in the exer...
The course examines potential benefits v. risks related to physical activity, and general understand...
The course examines potential benefits v. risks related to physical activity, and general understand...
The purpose of the ENS 401 A & B is to provide each student with advanced concepts, practical opport...
This course is designed to provide each student with advanced concepts, practical opportunities and ...
The lecture portion of ENS 432 utilizes knowledge gained through prerequisite courses to develop an ...
Exercise and nutrition are essential to overall health and well-being, yet much of the information a...
This course will expanded your existing knowledge of human movement science and programming for both...
ENS 440 is a capstone-type of course that facilitates application of exercise programming and develo...
This course focuses on the basic neurophysiology underlying human movement and the acquisition and r...
This course is part of a four-semester practicum series. The practicum series incorporates both clas...
The primary goal of this course is to further your understanding of exercise physiology. A second bu...
ENS200 is a blended learning (hybrid) course. This means that the course consists of live, face-to-f...
This course is designed to provide an overview of professions in Kinesiology and Nutrition for first...
This course is designed to provide an overview of professions in Kinesiology and Nutrition for first...
ENS 200 is designed to explore the academic disciplines, and research and practice areas in the exer...
The course examines potential benefits v. risks related to physical activity, and general understand...
The course examines potential benefits v. risks related to physical activity, and general understand...
The purpose of the ENS 401 A & B is to provide each student with advanced concepts, practical opport...
This course is designed to provide each student with advanced concepts, practical opportunities and ...
The lecture portion of ENS 432 utilizes knowledge gained through prerequisite courses to develop an ...
Exercise and nutrition are essential to overall health and well-being, yet much of the information a...
This course will expanded your existing knowledge of human movement science and programming for both...
ENS 440 is a capstone-type of course that facilitates application of exercise programming and develo...
This course focuses on the basic neurophysiology underlying human movement and the acquisition and r...
This course is part of a four-semester practicum series. The practicum series incorporates both clas...
The primary goal of this course is to further your understanding of exercise physiology. A second bu...