Hello, I'm Noah Muller.
I'm a Registered Kinesiologist and a developer, and I'm passionate about the intersection of human movement and technology. My mission is to improve client outcomes by combining evidence-based clinical practice with innovative, custom-built digital tools.
My professional journey has been unique. I spent over a decade in the construction and landscaping industries, where I learned the value of hard work, precision, and leading a team to get the job done right. That experience gave me a deep appreciation for the physical demands the body can handle, but it also ignited a deeper curiosity to understand the science behind movement, performance, and rehabilitation. This passion led me to pursue a Bachelor's degree in Human Kinetics from UBC and become a Certified Human Movement Specialist (HMS).
As I delved deeper into the world of kinesiology, my problem-solving instincts from my previous career kicked in. I saw opportunities where technology could enhance traditional assessment and build more accessible tools for both clinicians and clients. This inspired me to teach myself to code. I started by building an open-source pain assessment web app (HPPAP) and have since moved on to creating AI-powered tools for range of motion analysis and predictive models for exercise.
Today, I'm fully focused on my career in kinesiology and personal training, where I can apply both my clinical knowledge and my technical skills. Whether I'm working with a client one-on-one or building a new digital health tool, my goal remains the same: to use a scientific, client-centered approach to help people move better and live healthier lives. If you're interested in my work or have a project you'd like to discuss, please feel free to get in touch.
Kinesiology & Clinical Practice
My approach to kinesiology is built on a partnership. I believe in empowering you with the knowledge and tools to take an active role in your own recovery and performance. Using a foundation of active rehabilitation, I combine hands-on manual therapy (IMT) with a deep understanding of biomechanics to identify the root cause of an issue, not just treat the symptoms. A key part of my practice is integrating modern pain science, which helps us reframe the experience of pain and develop strategies to build resilience against future injury. My ultimate goal is to guide you beyond simple recovery and toward lasting, confident movement.
My key areas of practice include:
- Musculoskeletal assessments and functional testing
- Exercise prescription and progressions for pain and performance
- Return-to-activity planning and readiness monitoring
- Client-centered goals, education, and self-management strategies
Personal Training
As a CSEP-Certified Personal Trainer, I see every client as an individual with unique goals and a unique history. That's why I reject the one-size-fits-all approach. My process always starts with a comprehensive postural and movement assessment to understand your body's specific patterns. From there, I design highly individualized strength and conditioning programs that are grounded in proven exercise science. We'll focus on mastering fundamental movements to build a strong, resilient foundation, and then progress you safely and effectively toward your goals—whether that's building muscle, improving athletic performance, or simply moving through life with more energy and less pain.
Currently booking clients:
Technology Projects
My passion for technology stems from a simple idea: we can build better tools to enhance healthcare. I use my skills in Python, React, and AI/Machine Learning to create practical solutions for real-world clinical challenges. This isn't just a hobby; it's an extension of my practice. From developing open-source web applications for pain assessment to engineering predictive models for exercise, my aim is to create tools that are accessible, data-driven, and designed to support both clinicians and their clients. I believe that thoughtful technology can empower us to make more informed decisions and ultimately lead to better health outcomes. You can see the code and concepts behind my work on my Projects page.