Kickstart your bike fitting career with gebioMized!
New content, new case studies, new fitting technology...
In this course series, we’ll show you what makes the gebioMized approach so successful. YOU as the bike fitter are at the heart of a process that combines athlete feedback with data and your expertise – for the best possible riding experience.
Learn how the gebioMized systems work and how contact point information combined with motion data can support your fitting decisions.
Understand the key role of collaboration between bike fitter and athlete – for precisely tailored fittings across all cycling disciplines.
Contact Point Biomechanics Level 1 – Understanding Pressure Mapping in Bike Fitting This on-demand course series introduces the fundamentals of pressure mapping and its application in modern bike fitting. Participants learn how to interpret pressure distribution, rider stability, weight balance, and force application – and how to translate these insights into precise fit decisions. Across five compact sessions, we guide you through a structured professional workflow using real-world fitting scenarios. You'll gain hands-on knowledge of our core software GP Bike (Saddle Pressure Mapping) and see how objective measurement supports the art of bike fitting. Course Highlights ✓ Application-oriented learning: Direct insight into practical use cases from the field. ✓ GP Bike software training: Learn to read and interpret pressure mapping visuals from real fittings. ✓ Validation of fit decisions: Use objective metrics to support and improve your fitting outcomes. ✓ Efficient workflow: Learn a proven process from initial assessment to final fit validation. ✓ Official Certificate: Earn your Contact Point Biomechanics Level 1 certificate upon passing the exam. Who is this course for? 🚴♀️ Beginner to intermediate bike fitters. 🧪 Sports scientists interested in applied cycling biomechanics. 🏪 Cycling retailers looking to expand fitting services. 📚 Anyone interested in understanding pressure mapping in detail. Build your foundation in pressure-based bike fitting and start validating your fits with confidence – anytime, at your own pace!
Advanced Contact Point Biomechanics – Elevate Your Bike Fitting Expertise This course is designed specifically for experienced bike fitters who hold an ISCO Level 1 certificate and/or have extensive professional bike fitting experience. Take your fitting skills to the next level by mastering advanced fit protocols and optimization techniques. You will explore critical factors such as crank length and chain ring design at the foot–pedal interface, supported by scientific research and the practical knowledge of the gebioMized fit team. Gain deeper insight into rider stability, position sustainability, and long-term development of optimal bike positioning. Course Highlights ✓ Advanced Biomechanics: Key parameters linking comfort and performance; understanding force and power analysis in cycling. ✓ Advanced Stability Analysis: Long-term position development and sustainability, focusing on endurance athletes. ✓ Advanced Pre & Post Fit: Identifying causes of knee pain and the role of bike fitting in prevention and rehabilitation. ✓ Advanced Components (2 Sessions): Effects of shoe construction, crank length, and chain ring design based on evidence and best practice. ✓ Cycling-specific Footbeds: Myths, evidence, and optimal solutions. Who Should Attend? 🚴♂️ Advanced bike fitters. 🔬 Sports scientists involved in bike fit research or clinical applications. 🏅 Cycling and triathlon coaches with bike fitting experience. 🚲 Cycling retailers holding the ISCO Level 1 Certificate. Elevate your bike fitting services with cutting-edge knowledge and practical insights from gebioMized experts!
What Makes a Good Position on the Triathlon or Time Trial Bike? Should it be fast? Or is it better to be more comfortable? And what does fast and comfortable actually mean? In this series, we will take a trip into the world of triathlon and time-trialing. From specific tips for your baseline assessments to optimizing positions in the velodrome, we want to take our time for several tweaks at the contact points – did you expect anything else from us? Let’s see if we have one or the other new trick or tool to help you step up your fitting game. This online education series is created with an application-oriented approach. Course Content ✓ Balancing biomechanics and aerodynamics in TT positions ✓ Using time-trial specific workflows in pre-fit and fit ✓ Understanding the concept of long-term aerodynamics ✓ Tuning positions from a biomechanical baseline to aerodynamic improvements ✓ Prepare for common “real-world” challenges in the lab Who is this course for? ✓ Experienced bike fitters ✓ ISCO Level 1 fitters ✓ Sports scientists ✓ Cycling and triathlon coaches ✓ Physiotherapists
Cycling is Changing – Adapting to New Bike Types Cycling is evolving – more and more discipline-specific bike types are emerging. This also impacts the scope of work and requirements in bike fitting. Gravel bikes, various MTB types, technologically fully integrated triathlon machines, and diverse e-bike variants are increasingly entering the market and eventually arriving in bike fitting labs. But what distinguishes classic road bike fitting from the new generation of bikes? How do you assess the seating position, and which parameters differ? These questions will be addressed in our course. We revisit the basics of bike fitting and apply them to different bike categories. The result is a practice-oriented course appealing to both experienced bike fitters and newcomers. Course Content ✓ Off-road specific fitting protocols ✓ Road bike specific fitting ✓ TT and triathlon positioning ✓ Biomechanics on e-bikes ✓ Business opportunities in bike fitting Who is this course for? ✓ Bike fitters ✓ Orthopedic technicians / shoe technicians ✓ Sports scientists ✓ Cycling and triathlon coaches ✓ Bike retailers ✓ Physiotherapists
Leomo & Accelerometers – Understanding Movement Analysis in Bike Fitting This practical on-demand course series introduces how accelerometer systems like Leomo Type-R can be effectively applied in professional bike fitting. You’ll learn how these sensors reveal the rider’s motion quality and what advantages they offer compared to traditional tools such as video or pressure analysis. Using real-world fitting cases, we demonstrate how to combine Leomo data with other technologies, analyze stability and saddle interaction, and translate this into meaningful fitting actions – particularly in road cycling and triathlon contexts. Why take this course? ✓Sensor knowledge: Understand accelerometer technology and its practical value in fitting. ✓Saddle decisions based on data: Use motion data to support equipment selection. ✓Combined analytics: Integrate Leomo with video and pressure systems for holistic assessments. ✓Real-world applications: Road & triathlon use cases explained in detail. ✓Certificate included: Issued upon passing the final test. Course Content Overview ⚙️Sensor basics: Setup, usage, and key metrics of Leomo Type-R 📊Motion & stability: Interpreting hip rotation, range of motion, and CoP patterns 🔍Saddle evaluation: Data-based positioning and equipment decisions 🎯Triathlon applications: Examples from elite and amateur athletes 🎥Integrating tech: Combine with pressure mapping and video analysis Target Audience 🚴♂️Bike fitters interested in movement analysis 🔬Sports scientists & motion analysts 🏅Coaches for cycling & triathlon 🛠️Retailers focused on high-performance fitting Course Format 🎬5 on-demand sessions: ~60 minutes each, stream anytime 🧠Online test: At the end of the course to validate your knowledge 🗣️Course language: English Make movement patterns measurable – and add smart sensor tech to your fitting toolbox!
On-Demand Course: E-Bike Fitting Essentials – Comfort & Control for Modern Mobility With the growing popularity of e-bikes and evolving mobility needs, professional bike fitting is facing new challenges. This on-demand online course explores the specific biomechanical demands of e-bike fitting – practical, evidence-based, and ready for direct application. Backed by current studies and real-world experience, you’ll learn how motor support affects rider posture, pressure distribution, and movement patterns. A special focus is placed on saddle fit and positioning, as it plays a central role in rider comfort and stability – but the course goes far beyond that, including posture and force application. What You'll Learn ✓ E-bike vs. bio-bike: Why motor-assisted fitting requires a different approach ✓ Posture and load patterns unique to e-bike riders ✓ Saddle setup in focus: selection, adjustment, and stability evaluation ✓ Movement patterns and their impact on fitting decisions ✓ Communication tips & practical advice for successful e-bike fits Start your journey into the world of e-bike fitting now – with gebioMized expertise, accessible anytime and designed for practical use!
