Sports Innovation & Dynamics Lab
The Sports Innovation and Dynamics Lab (SIDLAB) is a multidisciplinary projects hub led by Associate Professor Siddhartha Bikram Panday. SIDLAB is committed to advancing human movement, health, and performance through scientifically rigorous and socially responsible projects.
Innovation in Motion
We envision a future in which technology, science, and ethics are seamlessly integrated to empower individuals—athletes, clinicians, and everyday users alike. At SIDLAB, we strive to pioneer holistic performance systems.
Our vision is to humanize innovation—placing well-being, fairness, and performance enhancement in balance.
Scientifically rigorous
Grounded in validated biomechanical and physiological models.
Technologically adaptive
Leveraging AI, wearables, and advanced analytics.
Ethically accountable
Fostering fairness, autonomy, and long-term health.
Globally inclusive
Applicable across diverse populations and real-world settings.
Research areas
Four converging directions spanning biomechanics, wearable technology, and machine learning.
01Footwear Optimization
We design and evaluate personalized footwear and insoles using 3D printing, functionally graded materials, and lattice structures. Our work enhances biomechanical efficiency, reduces injury risk, and optimizes user comfort across sports and daily activities.
02Mobility Mechanics
By integrating musculoskeletal simulation with sensor-based motion tracking, we analyze joint loading and movement patterns to design interventions for injury prevention and clinical rehabilitation, including applications for special populations with musculoskeletal disorders.
03Neurological Adaptation
We investigate how cognitive load and fatigue influence motor performance. Using AI-driven modeling, biofeedback systems, and mindfulness strategies, we develop personalized training protocols that strengthen resilience and improve physical readiness.
04Wearable Sensor Development
We design and develop advanced wearable sensors that capture human movement in real-world environments. Our systems integrate dry electrode sEMG, inertial measurement units (IMUs), and pressure insoles for accurate data collection.
Collaborators
