Running Performance and Injury-Risk Reduction

Mechanics, Training Load, Strength, Recovery, and Sustainable Running Programming

• A Practical Guide to Improving Running Performance While Managing Training Stress and Reducing Avoidable Injury Risk *

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Build faster, stronger, and more durable runners by managing the entire training system—not just mileage.

Running Performance and Injury-Risk Reduction is a comprehensive 4-CEC continuing education course designed to help fitness professionals and running coaches understand the physiological, mechanical, and programming factors that influence running performance and long-term training tolerance.

The course moves beyond simplistic running rules and one-factor explanations for injury. Running performance depends on the interaction of aerobic capacity, threshold, running economy, speed, strength, power, tissue tolerance, recovery, nutrition, mechanics, and training history. Running-related injury is also multifactorial, which means no single cadence, foot strike, shoe type, mileage rule, or exercise can guarantee injury prevention.

The NFPA approach emphasizes six connected principles: build the runner rather than merely accumulating mileage, match training load to current capacity, avoid forcing every runner into one “perfect” form, include meaningful strength training, treat recovery as part of the program, and coach the individual runner rather than the category.

Topics include:

• Major determinants of running performance

• VO₂max and aerobic capacity

• Threshold-related performance

• Running economy

• Speed reserve and durability

• Event-specific running demands

• Multifactorial running-injury risk

• Capacity versus training demand

• Previous injury and training history

• Building the runner profile

• Running load beyond weekly mileage

• Distance, duration, frequency, speed, hills, and surface

• Session RPE and training-load context

• The limitations of the 10% rule

• Running mechanics and individual variation

• Cadence and step-rate modification

• Step length and overstriding

• Vertical oscillation

• Trunk position

• Hip and knee motion

• Pronation

• Rearfoot, midfoot, and forefoot striking

• Footwear selection and footwear transitions

• Treadmill, road, trail, track, uphill, and downhill running

• Easy running

• Long-run programming

• Threshold training

• Interval training

• Strides and hill training

• Running-specific warm-up design

• Strength training for runners

• Squat, hinge, and unilateral strength patterns

• Calf and soleus development

• Hamstring, quadriceps, hip, and trunk training

• Coordinating running and resistance training

• Plyometric training for runners

• Recovery, sleep, hydration, and energy availability

• Common running symptoms and professional referral

• Return-to-running progression

• Programming for different types of runners

• The NFPA Running Performance Process

Course Includes:

• 4 NFPA Continuing Education Credits

• Self-paced PDF course

• Running mechanics and workload education

• Practical running-program design

• Strength and plyometric programming for runners

• Recovery and injury-risk reduction strategies

• Return-to-running guidance

• Applied coaching examples

• Practice Knowledge Check with answer key

Course Code: CEC-RUN-401

Build the runner, not just the mileage. Match training demand to physical capacity and recovery.