Mechatronics has numerous applications in biomedical engineering, such as designing and developing medical devices, robotics for surgeries…

Live-synced virtual replicas of assets enabling monitoring, ‘what-if’ simulation, and optimization.

Feedback design for stability, tracking, and robustness in complex processes.

Regulated tools and implants for diagnosis, monitoring, and therapy delivery.

Mechatronics has numerous applications in biomedical engineering, such as designing and developing medical devices, robotics for surgeries…

Feedback design for stability, tracking, and robustness in complex processes.

Regulated tools and implants for diagnosis, monitoring, and therapy delivery.

Restorative devices tailored to anatomy and loading conditions.

The application of engineering principles to solve biological and medical problems for the purpose of improving health care

Regulated tools and implants for diagnosis, monitoring, and therapy delivery.

Restorative devices tailored to anatomy and loading conditions.

Filtering, feature extraction, and spectral methods for sensor and biomedical signals.

The application of applied mathematics, physics, mechanics in simulation of biological structures and processes

Restorative devices tailored to anatomy and loading conditions.

Filtering, feature extraction, and spectral methods for sensor and biomedical signals.

Statistical learning and analytics to extract actionable insights from multi-modal datasets.

The application of engineering principles to solve biological and medical problems for the purpose of improving health care

Mechatronics has numerous applications in biomedical engineering, such as designing and developing medical devices, robotics for surgeries…

IT theory and application

The application of engineering principles to solve biological and medical problems for the purpose of improving health care