Last Updated on 5th Jan 2021
Thank You For Your Support!

22,278 people have already experienced our coaching since 2006!

BMI Calculator
Your Height (in cm):
Your Weight (in kg):
< 18.5 = Underweight
18.5 - 24.9 = Normal
25 - 29.9 = Overweight
> 30 = Obesity
Osteoporosis Self-Assessment Tool
Your Age (min 45):
Your Weight (in kg):
> 20 = High Risk
0 - 20 = Moderate Risk
< 0 = Low Risk


Site Search

Group Class Schedule

Clients' Testimonials
I really liked the Taichi session! I thought it was even better than yoga.
If time permits, I would like to sign up for a proper course. It was good exercise :)
Ms Yvonne Yoong, Teacher
- Beatty Sec
Very interesting & though Taichi is a slow impact exercise, it very strenuous.
Ms Jeerah, Teacher
- Beatty Sec
Very enlightening and attractive. Coaches gave clear instruction and well prepared.
Mr Sin Lai Keong, Teacher
- Beatty Sec
Thank you! Great Taichi session, I enjoy so much!
Monica Loh
I had fun during the wushu program, and it was good exercise :)
Joy Fu, Student
- CHIJ St Nicholas Girls School
I had a lot of fun. You know I have never experienced something so picturetaking
There were so many moves of self-defense. Coaches are very nice. This rocks!
Harviran Singh, Student
- Northland Primary
Very interesting and a rare opportunity for me to take part. Thumbs up :)
Crystal, Student
- CHIJ St Nicholas Girls School
The main reason I keep coming for Taichi lesson is that I want to be healthy & fit.
Coach make us feel “Taichi"
Qing Wen, Student
- Hong Wen School
It is very good for beginners & the Coaches are very friendly & patient.
I want to learn more advanced Taichi.
Brian, Student
- Hong Wen School
I actually hated wushu but Coach Yip made me like wushu.
Brandon Oh, Student
- Princess Elizabeth Primary
I like learning new movements because it helps my body.
The coach is very good in Wushu, I would like to continue learning.
Jonathan, Student
- Princess Elizabeth Primary
I wish that Coach Yip will come here again to teach us and he is very friendly.
Muliati, Student
- Princess Elizabeth Primary


Optimal Postural Alignment Using Tai Chi Principles
Yip See Kit, Senior Coach of NewAgeTaichi, Copyright 2008
Optimal Postural Alignment Using Tai Chi Principles

Posture is the arrangement of body parts in a state of balance that protects the supporting structures of the body against injury or progressive deformity, which is a definition given in 1947 by the Posture Committee of the American Academy of Orthopedic Surgeons (Cailliet, R, 1983). By this definition, having and adopting a good posture is therefore effortless, non fatiguing, and painless even when you were to remain in erect position for long periods (Cailliet, R, 1981). Studies have shown that muscles function most efficiently when adopted in such an alignment, where the joints are optimally positioned (Bullock-Saxton, J, 1988).

To achieving an optimal posture, it combines both minimal muscle work and minimal joint loading and stress to the joints. The combination of these two factors is important, where in the event when optimal posture is lost (e.g., in slouched standing), although the muscle activity is clearly reduced, there is a significant increase in joint loading, which often will lead to joint pain and soreness.

Joint loading should be minimized over time where articular cartilage gains its nutrition through intermittent loading (Norris, C.M, 1998), and an even distribution of force is preferable as compared to point pressure. Contact pressure is directly proportional to the transmitted force but inversely proportional to area, since pressure is equal to force over area (McConnell, J, 1993). Distributing force over a larger surface area by optimizing segmental alignment, thus, reduces joint surface compression and lessens the risk of degenerative changes to a joint. The objective of any posture should be aiming towards reducing total energy expenditure and lessen stresses on the supporting body structures.

Tai Chi in particular focus and helps to prevent or eliminate injury and pain such as the knee pain, hip pain, shoulder pain, soreness and fatigue which is often due to poor postural habits and sedentary lifestyle. This is achieved by adopting the principle of Tai Chi optimal posture alignment (Figure 1) during both static and dynamic posture in the practice of the Tai Chi routines.

Any change in the alignment of one body segment automatically causes neighboring segments to move in an attempt to maintain stability (Newton’s 3rd law). Therefore, if one body segment moves forward, for instance, another must move backward to keep the body’s line of gravity (LOG) within the base of support for counterbalance. Eventually, this changes in force per unit area will cause tissue adaptation (Norkin. CC and Levangie. P.K, 1992). Changes in serial sarcomere number within muscles, for instance, are adaptations to postural changes over time. The shortening of ligaments leads to reduced range of motion, whereas lengthening ligaments reduce a joint’s passive stability.

Tai Chi apply the same principle of Newton’s 3rd law of equal and opposite reaction during the movement transition to maintain the line of gravity and to obtain maximal stability with minimal joint loading. The extension of the leg is often counterbalance by the extension of the arms in the opposite direction while maintaining the optimal posture alignment.

Static posture is when the body remains stationary and reflects the alignment of the body segments. This is affected by both changes in load distribution across joints and resting muscle length. Such postures include standing, sitting and lying. Dynamic posture is the body position during movement transition and it gives information about body segment alignment, muscle actions, and motor skill. Typical dynamic postures are walking, running, jumping and lifting. You can use descriptions of both position (kinematic) and force (kinetic) to assess posture.

Excessive changes in posture from the optimal position due to poor postural habits during standing, sitting and walking can give rise to asymmetrical tissue tension. Ultimately, tissue failure can result from repeated passive tissue strain. Avoidance of end-range postures that load the soft tissues excessively may reduce short-term pain as well as long-term pain cause by overuse. The cause of many muscle imbalance such as the shoulder (one side higher than the other), back (scapular protruding on one side), lower back (pelvic higher on one side) are often due to poor postural habit which developed over time.

Scannell and McGill (Scannell. J.P and McGill. S.M, 2003) studies subjects who had either increased lordosis (hyperlordosis) or reduced lordosis (hypolordosis). The investigation modified subjects’ posture using 12-week exercise program and demonstrated a change in posture toward a midrange (neutral) lordosis (Christopher M. Norris, 2008).

One of the benefits of Tai Chi exercise program is its ability to help correct poor postural habits and improve overall range of motion when practiced correctly. The combination of the mind and body in Tai Chi helps practitioners to visualize and be mindful of the line of gravity during any movement transition in Tai Chi, thus enabling the practitioners to adopt and habitualise the good posture habit which can be positively transferred to daily activities, since many of the Tai Chi movements are functional movements.

Through continual Tai Chi practice, the overall kinesthetic awareness of the body improves over time where the body becomes more sensitive to the misalignment of any posture and will move in a position to correct this misalignment. This however could not be achieved without proper Tai Chi exercise program.


Bullock-Saxton, J. (1988) Normal and abnormal postures in the sagital plane and their relationship to low back pain. Physiotherapy Practice 4 94-104

Cailliet, R., (1981) Low back pain syndrome (3rd Ed) Davis Philadephia

Cailliet, R., (1983) Soft tissue pain and disability. Davis Philadephia

Christopher M. Norris, (2008) Back Stability: Integrating Science and Therapy (2nd Ed) Human Kinetics United States

McConnell, J., (1993) Promoting effecting segmental alignment. In key issues in musculoskeletal physiotherapy (J. Crosbie and J. McConnell Ed) Butterworth Heinemann UK

Norkin. CC and Levangie. P.K, (1992) Joint structure and function. A comprehensive analysis (2nd Ed) Davis Philadephia

Norris, C.M., (1998) Sport Injuries. Diagnosis and management. (2nd Ed) Butterworth Heinemann UK

Scannell. J.P and McGill. S.M (2003) Lumbar posture: Should it and can it be modified? Physical Therapy 83 907-917