What is movement screening? The program's first step

Movement analysis is the first step that should be taken before a training program is written, and it is often the step most skipped. Starting to lift weights in the gym is easy; seeing with which joint angles, which compensation mechanisms and which weak link the body carries that weight requires separate work. That is exactly what a movement screen does: it observes the basic movement patterns in a standard order and reveals points of restriction, imbalance and loss of control. At O’Wellness Dragos, the one-to-one work we run with members coming from around Maltepe and Dragos starts with a body composition analysis and a movement screen; this screen is repeated every eight weeks. In this article we explain what the screen measures, which tests it includes and how the results translate into the program.

What movement screening is and is not

Movement screening is an observational process that assesses the quality of basic patterns such as squatting, hinging at the hip, pushing, pulling, support on one leg, trunk control and raising the arm overhead. The aim is not to give a score but to gather the information needed to build the program safely and efficiently.

It is also necessary to say clearly what it is not: a movement screen is not a medical examination, it does not make diagnoses and it does not identify disease. If there is pain, the screen gives information up to a point, but investigating the cause of the pain is the domain of the physician and the physiotherapist. When a movement that produces pain is encountered during screening, the right thing for the trainer to do is not to push that movement but to refer the member to the sports physiotherapist within the club. The rest of the program can be continued in safe areas while this evaluation is awaited.

The core components of the screening

The assessment generally consists of three layers. The first layer is observation of posture and alignment: the resting position of the foot, knee, hip, spine and shoulder girdle, right-left differences, shoulder height and pelvic tilt. There is no goal here such as “perfect posture”; what is sought is marked asymmetries and tendencies that could produce problems during movement.

The second layer is joint range of motion testing. Ankle dorsiflexion, hip flexion and rotation, thoracic spine rotation, and shoulder flexion and external rotation are measured under this heading. For most people, the limitation in squat depth actually comes not from hip flexibility but from ankle range of motion; a program written without making this distinction works on the wrong place.

The third layer is dynamic observation of movement patterns. Here each pattern is performed for several repetitions and watched from different angles. The points assessed: knee alignment, heel contact, whether the spine maintains a neutral position, whether the lumbar curve increases excessively, shoulder girdle stability, the coordination of breath with movement, and the difference between right and left.

Common findings and what they mean

Over the years, the findings we encounter most often form a particular profile, especially in members who work desk jobs. The table below summarizes these findings, their possible causes and how they are reflected in the program.

Finding	Common possible cause	How it shapes the program
The heels lifting in the squat	Limited ankle range of motion	Ankle mobility, supported squat variations
The knees caving inward in the squat	Weak control in the hip external rotators and abductors	Band-resisted hip work, single-leg exercises
The lower back arching excessively when raising the arms	Limited shoulder mobility and a lack of trunk control	Shoulder mobility, trunk stabilization, pressing within a limited range
The back rounding when bending forward	Not having learned the hip hinge pattern	Teaching the hinge technique, pattern work with light loads
A clear right-left difference in single-leg balance	Asymmetry stemming from a past injury or a habit	Single-sided loading and balance work
Breathing out of sync with movement	A shallow, chest-led breathing pattern	Breathwork, reformer-based control exercises
Pain during movement	A situation that needs assessment	Referral to a physiotherapist and, if needed, a physician

None of these findings on its own means a disease or a permanent limitation. Most change noticeably within a few weeks with targeted work. In most of our members, there is visible improvement in squat depth, balance duration and overhead movement quality by the end of the first eight-week block.

How do the screening results turn into a program?

The output of the screen produces three decisions. First, which exercises will enter the program right away; second, which will wait for a while; and third, which preparatory work will be included in the warm-up.

Let us explain through an example. In a member with ankle restriction, a deep back squat does not enter the program straight away; instead, squats with heel support, box squats and ankle mobility work are included in the program. As range of motion develops within four to six weeks, depth is increased. In a member whose lower back arch increases noticeably during overhead movements, the overhead press is postponed; incline pressing and trunk control exercises are put in its place.

This logic, reformer Pilates overlaps very well with this work. The reformer's spring resistance and sliding carriage structure make it possible to work a movement both with support and with controlled resistance; it is well suited to repeating a restricted pattern in a safe environment. In members who add one reformer session a week alongside one-to-one training, movement quality indicators generally improve faster. Similarly, swimming and in-water movement work done in the heated indoor pool offer a good option for working on range of motion in a low joint-load environment.

How often should the screening be repeated?

Change in movement quality can be faster than change in composition; however, a certain interval is needed for a reliable comparison. Our standard practice at the club is to retest every eight weeks. This interval allows enough time both to see the effect of the program and to change direction when necessary.

In the interim, small checks are made within each session. The trainer assesses the state of the day by watching two or three movements during the warm-up; the movement quality of a member who has driven for a long time, gone without sleep or spent an intense day at a desk can change. Adapting the program to that day is more productive than applying the plan blindly.

If the expected improvement is not seen on retesting, the variables are reviewed first: session consistency, sleep, nutrition, workload and stress. In most cases the problem is not in the choice of exercise but in one of these variables. If needed, a dietitian and physiotherapist are brought into the assessment; our athletic assessment support provides detailed data at this point.

The typical screening profile in desk-based workers

A significant proportion of the members who come to our club spend most of their day at a computer, and in this group the screening findings form a clear pattern. Prolonged sitting sets the stage for shortening of the front of the hip, insufficient work from the posterior hip group, reduced mobility of the thoracic spine and a forward position of the shoulder girdle.

The practical reflection of this is: depth in the squat is limited, the hip hinge movement has not been learned, the lower back is used as compensation during overhead arm raising, and in pulling movements the arms work dominantly instead of the back muscles. In this profile, starting straight into heavy squats and overhead presses reinforces compensation patterns even if it looks like progress in the short term.

The order that works in this group is generally as follows: first thoracic rotation and hip mobility, then teaching the hinge pattern with a light load, then increasing back-focused pulling volume, and finally adding overhead movements gradually. In daily life, a pattern of breaks at the desk, sitting position and short walking breaks are the most practical interventions supporting the findings from the screening.

How do you prepare for the screening?

No special preparation is needed, but a few practical points make things easier. Wearing clothing that does not restrict movement, bringing a flexible-soled athletic shoe and knowing that some tests will be done barefoot is enough. Not training hard right before the scan is also important so that the result reflects your true state.

Sharing your past injury, surgery and imaging reports, if any, improves the assessment markedly. An ankle sprain three years ago may be the most likely explanation for today's balance difference. Without this information a screening finding can be read correctly but its cause can be missed.

The experience of our members coming from Kartal, Pendik and Kadıköy shows that the greatest benefit of the screening is confidence: a member who knows which movement they are doing and why stays more loyal to the program. To support recovery after an intense training block, our separate brand O’Spa Dragos the services on that side can also be considered. Group classes and weekly schedule pages to plan your week, and for the scope of one-to-one work special services can take a look at the page, and for an assessment appointment contact you can use the page.

Frequently asked questions

How long does the movement screening take? It typically takes between twenty and thirty minutes and is included in the first assessment session. It does not require a separate appointment; it is done in the same session, after the body composition analysis.

Is it possible to get a bad screening result? The screen has no pass-fail logic. The findings are information that determines where the program will start. Identifying a restriction is not negative; on the contrary, it means the right area to work on has become clear.

Can I be screened if I have pain? When there is pain, the screen is done in a limited way and movements that produce pain are not forced. In that case, assessment by a physician and physiotherapist takes priority; the training plan is built within the framework of that assessment.

When do the screening results change? With findings stemming from mobility and control, improvement within four to eight weeks is common. The rate of change varies from person to person depending on the starting point, how often you train, and the preparatory work done outside the session.

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