Resistance Training: Theory and Application
10 Hours CE/CPD | Online Course with Dr. Jason Miller, PhD
Resistance training is one of the most effective tools available for improving strength, movement quality, physical resilience, performance, and long-term function.
Resistance Training: Theory and Application provides a comprehensive foundation in the science and practical application of resistance training for rehabilitation, fitness, movement, and healthcare professionals.
Presented by Dr. Jason Miller, PhD, this course explores not only which exercises may be beneficial, but why they work, how the body adapts to training, and how resistance training principles can be applied intelligently within professional practice.
Course Overview
Across this 10-hour CE/CPD course, participants will develop a thorough understanding of resistance training principles, anatomy, biomechanics, muscle physiology, exercise technique, program design, recovery strategies, fatigue management, and long-term progression.
The course emphasizes movement quality, appropriate progression, coaching effectiveness, and individualization rather than rigid exercise systems or one-size-fits-all approaches.
Participants will gain a stronger understanding of how resistance training can support rehabilitation, performance, movement efficiency, physical preparedness, and long-term health outcomes while remaining within professional scope of practice.
Supported by extensive video instruction, a fully illustrated workbook, companion course, lesson quizzes, final examination, certificate of completion, and lifetime access, this course provides a structured pathway into both the theory and application of resistance training.
What You Will Learn
| Topic |
Focus |
| Resistance Training Foundations |
Understanding the principles that underpin effective strength and conditioning programs |
| Anatomy & Biomechanics |
Recognising how anatomy and biomechanics influence exercise selection and movement quality |
| Muscle Physiology & Adaptation |
Understanding how resistance training creates physical adaptation and performance improvements |
| Program Design |
Applying intensity, volume, frequency, rest, progression, and recovery variables effectively |
| Coaching & Technique |
Developing better cueing, exercise execution, and movement coaching skills |
| Recovery & Long-Term Development |
Understanding fatigue management, recovery, and sustainable long-term progression |
Course Content
The course combines exercise science, biomechanics, movement quality, training adaptation, coaching methodology, program design, and practical professional application.
| Module |
Focus |
| Foundations of Resistance Training |
Core principles of strength development, adaptation, and training progression |
| Anatomy & Biomechanics |
Movement analysis and biomechanical considerations for exercise performance |
| Muscle Physiology |
Understanding how the body responds and adapts to resistance training |
| Training Variables & Program Design |
Intensity, volume, frequency, progression, and exercise selection |
| Technique, Coaching & Cueing |
Developing movement quality and effective coaching strategies |
| Recovery & Fatigue Management |
Supporting long-term development, resilience, and performance outcomes |
| Professional Application |
Integrating resistance training principles into rehabilitation, fitness, and movement practice |
Who This Course Is For
This course is suitable for massage therapists, manual therapists, fitness instructors, personal trainers, athletic trainers, rehabilitation professionals, strength and conditioning professionals, exercise specialists, and movement practitioners.
It is especially valuable for professionals who want a stronger understanding of how resistance training can support rehabilitation, movement quality, physical performance, injury prevention, and long-term physical development.
About Dr. Jason Miller
Dr. Jason Miller, PhD, is an experienced educator and resistance training specialist with a strong focus on biomechanics, strength development, movement quality, performance enhancement, and practical coaching application.
His teaching combines scientific understanding with real-world implementation, helping professionals apply resistance training principles confidently and effectively within rehabilitation, fitness, athletic performance, and manual therapy settings.
Known for making complex exercise science concepts accessible and practical, Dr. Miller provides students with a strong foundation that can be applied immediately within professional practice.
Included With This Course
| Included |
Details |
| Video Instruction |
Extensive video teaching and practical demonstrations presented by Dr. Jason Miller, PhD |
| Fully Illustrated Workbook |
Comprehensive workbook supporting anatomy, biomechanics, exercise science, and program design concepts |
| Companion Course |
Structured companion lessons designed to reinforce and deepen course understanding |
| Lesson Quizzes |
Knowledge checks throughout the course to reinforce learning |
| Final Exam |
Assessment included for successful course completion |
| Certificate |
Downloadable 10 Hours CE/CPD certificate awarded upon successful completion |
| Lifetime Access |
Unlimited access to course materials for ongoing review and professional development |
CE Finder
This course has been approved for continuing education by professional boards and associations. Scroll through the list to find your board or association.
Course: Resistance Training: Theory and Application
Approvals Listed: 6
CE Broker Provider: #20-1343917
Approvals in alphabetical order
American Chiropractic Board of Sports Physicians (ACBSP)
Approved Hours: 10
Board of Certification for the Athletic Trainer (BOC)
Approved Hours: 10
Canadian Athletic Trainers Association (CATA)
Approved Hours: 4
CEU/CPD Self-Cert
Approved Hours: 10
National Athletic Trainers' Association (NATA)
Approved Hours: 10
Wisconsin Department of Safety and Professional Services (Athletic Training)
Approved Hours: 10
Approval requirements can change. Please confirm acceptance with your own board, association, employer, or regulatory authority before registration.
