Doreen Hing

Founder at AIM, Anatomical Intelligence Method

Member since August 2026

Health, Wellness and Fitness

Education: Leicester University, Leicester, England, UK
Boston, MA, USA

Biography

Trained as a shoe designer, fashion enthusiast & functional movement student, Hing is an innovative anatomy geek who has cracked the code for rapid, sustainable & dynamic muscle memory. Her discoveries focus on transforming pain and limited range of motion into profound joint enhancers for extraordinary, compounded power and stability.
Hing applied her design thinking skills to create a curriculum that produced unprecedented performance results and health outcomes with game-changing speed & impactful simplicity, hence Anatomical Intelligence (AI™) was born.

Due to AI’s rapid and consistent dramatic results, as a serial upgrader, Hing has refused to leave this world without creating the tools and the roadmap for everybody to be able to transform any physical pain or condition, into moments of radical ease and unexpected amplified strength.

When she isn’t helping others to troubleshoot chronic pain or physical challenges, you will find her perusing recipe books and magazines, to transform leftovers.

Passion

Hing is currently working with healthcare innovators to advance mind-body practices, from a good suggestion, into transformative priority solutions.

Best Story

One of the most powerful mind-to-body connecting learning experiences is when Matthew Sanford, a paraplegic yoga instructor demonstrating his grounding techniques to help us kick higher or hold our limbs extended for longer on a quadriplegic guest, who had no ability to move from her neck down. When he instructed her to send a mental command to drive her 'dead' feet into her pedals, as he instructed us to drive our feet into the yoga mats, when her upper body pulled away from the back of her wheelchair, she cried and we all cried tears of joy and empowerment, as this would have been the first time she moved on her command. Now she had a tool to help her lean into her caregivers when being picked up, instead of being a deadweight. That was pure magic she and we all witnessed.

What is even more powerful, was my ability to embody this information and relay it, the next day, to my then 4-year-old daughter who has baseline cerebral palsy. Struggling to climb stairs to her PT appt, I tried to remember every PT tip to help her climb faster, to no avail. However as I climbed the stairs, some of the information Matthew Sanford had given us was starting to resonate and I could feel the ground force energy propelling my hips and body upwards the more I pushed my feet into the step. I asked Molly to push the step down hard and her bottom leg passed her supporting leg and instead of climbing steps one by one, she climbed, almost ran up the steps, alternate steps per leg. She beamed as she reached the top in half the time.

I was so excited to share how we used full foot contact quality and pressure to climb the stairs more efficiently with her PT, who just replied, that's cool. From then on, PT became too painful to watch Molly struggle with so many balance or leg strength exercises, which could easily have been enhanced with a little foot awareness, this was one of the many stories that lead to the creation of Anatomical Intelligence.

Topics/Keywords

ergonomics chronic pain wellness at work longevity athletes high performance physical inactivity epidemic rehab non traditional cns role options breakthrough science how movement can change your life musculoskeletal medical and multidisciplinary musculoskeletal health skeletal muscle bones muscle connective tissue joints surgery
I am willing to travel more than 100 miles
Yes
Everything is negotiable

Best Story

One of the most powerful mind-to-body connecting learning experiences is when Matthew Sanford, a paraplegic yoga instructor demonstrating his grounding techniques to help us kick higher or hold our limbs extended for longer on a quadriplegic guest, who had no ability to move from her neck down. When he instructed her to send a mental command to drive her 'dead' feet into her pedals, as he instructed us to drive our feet into the yoga mats, when her upper body pulled away from the back of her wheelchair, she cried and we all cried tears of joy and empowerment, as this would have been the first time she moved on her command. Now she had a tool to help her lean into her caregivers when being picked up, instead of being a deadweight. That was pure magic she and we all witnessed.

What is even more powerful, was my ability to embody this information and relay it, the next day, to my then 4-year-old daughter who has baseline cerebral palsy. Struggling to climb stairs to her PT appt, I tried to remember every PT tip to help her climb faster, to no avail. However as I climbed the stairs, some of the information Matthew Sanford had given us was starting to resonate and I could feel the ground force energy propelling my hips and body upwards the more I pushed my feet into the step. I asked Molly to push the step down hard and her bottom leg passed her supporting leg and instead of climbing steps one by one, she climbed, almost ran up the steps, alternate steps per leg. She beamed as she reached the top in half the time.

I was so excited to share how we used full foot contact quality and pressure to climb the stairs more efficiently with her PT, who just replied, that's cool. From then on, PT became too painful to watch Molly struggle with so many balance or leg strength exercises, which could easily have been enhanced with a little foot awareness, this was one of the many stories that lead to the creation of Anatomical Intelligence.

I am willing to travel more than 100 miles
Yes
Everything is negotiable

Topics/Keywords

ergonomics chronic pain wellness at work longevity athletes high performance physical inactivity epidemic rehab non traditional cns role options breakthrough science how movement can change your life musculoskeletal medical and multidisciplinary musculoskeletal health skeletal muscle bones muscle connective tissue joints surgery