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Certification in Orthopaedic Manual Therapy
Course 1

Shoulder and Knee Joint Mobilization
The course can be customized to suit specific conditions and thus impact clinical outcome in a favourable manner.
Course 2

Cervical and Lumbar Spine Mobilization
A course with numerous practical demonstrations uses case scenario to emphasize on mobilisation techniques for the spine to treat conditions.
Course 3

Peripheral Joint Mobilization
Designed based on the latest evidence based mobilization techniques and models in the field, this course equips the clinician with essential skills for safe joint movement used in the treatment of joints in the shoulder, elbow, wrist ,hands, hip, knee, ankle, and joints of the foot.
Course 4

Pelvic Girdle Dysfunction
This skillful course addresses the assessment and treatment of the pelvic girdle. The course framework involves treating pain and stiffness in the pelvic joints, difficulties faced in walking, climbing stairs, turning over on the bed or treatment of postpartum pelvic girdle problems.
Course 5

Soft–tissue Techniques
The main objective of this course is treating various conditions through soft tissue mobilization. Essential techniques such as manual stretching, neural tissue stretching, manual muscle release, neuromuscular facilitation and inhibition are taught here. These techniques aim to establish muscular balance through superficial and deep restriction with involvement of soft tissues.
Course 6

Spine Joint Mobilization
A course essential in teaching skills useful in lots of practical scenarios. The key takeaway skills taught being mobilization for restoration of joint alignment or mobility using physiological movements and accessory movements, belt mobilisation, and also spine manipulation techniques.
Course 7

Neural Mobilization
This course helps in enhancing the basic understanding of neurodynamics and neurodynamic testing for the upper and lower limb, and also provides practice on neural mobilization and neural stretching techniques. This method relies on influencing pain physiology via mechanical treatment of neural tissues (direct method) and non-neural structures surrounding the nervous system (indirect method).