Rehabilitation is not complete when pain reduces or surgery heals. The real test often begins when an individual regains confidence in walking, squatting, lifting and returning to an active life. This is where sports professionals play a critical role: translating medical recovery into safe, progressive and purposeful movement.
During my work in a rehabilitation-centre setting, I worked with an individual with a history of a major accident more than a decade earlier. The injury had severely affected the forearm and required a bone-grafting procedure, in which bone was harvested from the hip region and grafted to the forearm. Although upper-body exercises could be performed comfortably, lower-body movement presented a different challenge. An altered gait pattern and a right-sided pelvic drop were evident, indicating reduced pelvic control during movement.
The initial lower-body programme was intentionally simple. Assisted box squats were performed for three sets, followed by stationary lunges using boxes placed on either side for support. These movements allowed safe observation of balance, hip control, knee alignment and squat mechanics before introducing greater load.
When the programme progressed to barbell back squats, an important limitation became clear. Only two to three repetitions with an empty barbell could be completed before movement control reduced considerably. This indicated that the issue was not simply a lack of leg strength. Hip stability, gluteal activation, pelvic control and lower-limb coordination needed focused attention before loading the squat further.
The training plan was therefore modified using targeted activation and stability drills before every leg session. Banded clamshell variations were included to improve gluteus Medius activation, lateral hip strength and pelvic stability. Resistance-band hip thrusts were prescribed for hip-extension strength, followed by hip-thrust holds with one leg raised to challenge single-leg control. Bodyweight squats were performed with a slow eccentric phase and a faster concentric phase to develop control, confidence and force production.
Reactive Neuromuscular Training (RNT) drills were also introduced. In these exercises, an anchored resistance band creates a pull at the knee in an unwanted direction, such as inward collapse. The hip, knee and trunk stabilisers must actively resist this force, improving alignment and neuromuscular control.
Over three months, the improvement was striking. Squat technique, balance and confidence improved steadily. By the end of the programme, two to three controlled barbell back-squat repetitions could be performed with 20 kg loaded on each side of the barbell—60 kg in total including the bar.
This case shows that sports professionals do not merely prescribe workouts. They analyse movement, identify functional limitations, adapt exercises and progress training safely after appropriate medical clearance. Such applied knowledge is central to the learning students can enrich themselves with through the B.Sc. Exercise and Sports Science and M.Sc. Exercise and Sports Sciences programmes.
