The NSCA CSCS Practical/Applied Section: What Its 110 Scored Questions Test and How to Prepare

Practical/Applied is the section that asks you to coach on paper. Instead of "what is this?", most questions ask "what would you do with this athlete, this test result, this lift?" That's why it needs a different kind of preparation from the science section.

The four Practical/Applied domains and their question mix

NSCA's Detailed Content Outline (DCO), in force since July 1, 2025, assigns every scored question to a domain and a cognitive level:

The section also includes 15 unscored pretest questions, for 125 in 2.5 hours. NSCA's exam description says 30 to 40 items are video- or image-based and "assess competencies across multiple domains." NSCA's 2025 year in review reported a 55% pass rate for this section, against 71% for Scientific Foundations.

Read the table row by row. Program Design is almost entirely application and analysis, and Organization and Administration is mostly recall. The study methods differ accordingly.

Program Design: 44 questions on building the program

The DCO frames this domain as a sequence: conduct a needs analysis, then "design training programs that maximize performance and minimize injury potential." The tasks follow the order a coach would work in:

1. Needs analysis. Evaluate the sport (movement, physiological and injury analysis), review the athlete's history and goals, select and benchmark assessments, and communicate recommendations.
2. Training methods and modes. Match goals (muscular endurance, hypertrophy, strength, power, energy system development) to methods such as resistance, plyometric, speed, agility and mobility training.
3. Exercise selection. Choose exercises for the training period, injury-risk reduction, the facility and staff available, and injured athletes.
4. Exercise order. Order by session goals and by "mechanical or metabolic interference," with examples such as large to small muscle groups and alternating upper- and lower-body exercises.
5. Intensity. Assign mechanical load (percent of 1RM, body weight, RM loads, RPE) and metabolic load (for example, the Karvonen method).
6. Volume, rest and frequency. The DCO defines volume as sets × reps, so 4 sets of 6 is a volume of 24 repetitions. It also covers work:rest periods, recovery between sessions, weekly frequency, and recovery and unloading phases across the year.
7. Progression and periodization. Choose a strategy (for example, linear or nonlinear) by sport, training age and season phase (off-season, preseason, in-season).
8. Return to play. Design programs for athletes in the injury, reconditioning or return-to-play period, in collaboration with the interdisciplinary team.
9. Communication. Communicate and discuss program goals, design and expected outcomes with stakeholders.

With 42 of 44 questions above recall, expect scenarios: an athlete, a sport, a season phase, and three plausible choices. If you want volume for this domain specifically, planned Program Design practice runs to 340 questions at launch.

Worked example: a Karvonen training heart rate

The Karvonen method appears by name in the DCO, and the NSCA Certification Handbook uses it in its sample application question. Its answer key works out with an age-predicted maximum heart rate of 220 minus age. Here is the same method with different numbers (a fictional athlete):

The trap to avoid is applying the percentage to the maximum heart rate and never adding the resting rate back (190 × 0.75 = 142.5 bpm). The exam gives you a four-function on-screen calculator, which is all this needs.

Exercise Technique: 28 questions, many on screen

The DCO lists five task areas: movement preparation (soft tissue work, flexibility and mobility, PNF, CNS preparation, dynamic stretching), resistance training technique, speed, agility and plyometric technique, energy system development, and restoration techniques. Resistance training covers free weights, machines, alternative equipment (sleds, logs, tires, flywheels, ropes, sandbags, medicine balls, bands) and Olympic weightlifting and its derivatives, such as the high pull, push jerk and power pull.

For almost every movement, the DCO repeats the same three tasks. That's a useful checklist for any technique question, especially a video:

• Demonstrate or explain the movement: body and limb positions, movement mechanics, breathing
• Engage the safety protocol for the athlete and equipment, such as spotting and setup
• Assess, cue and modify "based on arousal, focus, competency, and safety"

When you watch a lift in a question, run the checklist in order: what is wrong, is it unsafe, what cue fixes it, and does the exercise need to change.

Program Implementation: 22 questions on coaching and testing

This domain was renamed in the 2025 outline, and its first task is new: coaching athletes through training sessions. The DCO breaks it into three parts:

• Coaching sessions. Prepare, define roles and set expectations. Apply motor learning (internal and external cues, progression and regression, demonstrations), observe and collect data to give feedback, and debrief.
• Testing and monitoring. Choose equipment and protocols for strength, power, speed and aerobic capacity, and monitor readiness through practice loads, game loads and HRV. Run tests properly: warm-up, procedure, rest between trials, athlete readiness.
• Evaluating results. Judge the validity of the testing and results, analyze them with trend analysis and descriptive statistics, communicate them while protecting privacy, and adjust the program.

Expect data questions: a set of test scores, a trend across weeks, a protocol with a flaw in it. Practice reading a small table of results and deciding what the program should change. Full prep is planned to let you practice all four Practical/Applied domains one at a time, including this one.

Organization and Administration: 16 questions, mostly recall

Eleven of these 16 questions are recall. The DCO covers working within the strength and conditioning scope of practice under the NSCA Codes, Policies, and Procedures, collaborating with allied health professionals and knowing when to refer; facility policies (cleaning and maintenance, rules, staff responsibilities, scheduling, emergency procedures); safety, standard of care and liability risk; and recognizing unsafe training practices such as overuse, overtraining and temperature-induced illness. This is the domain where focused reading pays off fastest.

How to prepare for CSCS video and image questions

Text-only practice can't reproduce a video item, including Passy's free practice set. NSCA's CSCS preparation page points to two of its own resources with visual material: the Essentials of Strength Training and Conditioning (5th ed.) includes online videos of foundational resistance training exercises, and the Exercise Technique Manual for Resistance Training (4th ed.) teaches technique with photos and video.

A practical routine (Passy's suggestion):

1. Watch each lift three times: once for setup and grip, once for the movement itself, once for the finish and the return.
2. Say the fault, the risk and the cue out loud, using the DCO checklist above.
3. Film real lifts, with permission, from the front and the side, and review them the same way.
4. Coach under supervision if you can. NSCA's handbook recommends hands-on learning through events, clinics and mentorship from certified professionals.

Programming for a sport you never played

NSCA's exam description warns that a strength and conditioning professional must write programs "for a wide variety of sports, including those that he/she did not actually participate in or play." A method that works on paper: pick a sport you know little about and write a one-page needs analysis using the DCO's three headings (movement, physiological and injury analysis). Then choose the training goal for one season phase, select four to six exercises, order them, and assign intensity, volume and rest. Repeat with sports that pull in different directions, such as a team field sport, a combat sport and an endurance event.

A weekly Practical/Applied practice routine

An editorial template for the weeks you spend on this section:

• Two program-design sessions: a needs analysis followed by a full training week for one athlete
• One technique session: video review with the checklist, plus Olympic lift derivatives if they're new to you
• One testing session: a small data set to interpret, with one protocol error to spot
• One timed mixed set: at the real pace of 72 seconds per question, for example 25 questions in 30 minutes

Toward the end of your plan, put the whole exam together: the planned four-hour mock exam rehearses the full 220-question length at launch, and the CSCS study plan guide shows where it fits in the calendar.

Your next step for the Practical/Applied section

Twelve of the 20 free CSCS practice questions are Practical/Applied items, covering load assignment, technique faults, test data and return-to-training rules, each with an explanation. Use them to see which of the four domains needs you most. If you're retaking only this section, the free study planner can build an outline for Practical/Applied alone.