Center of Innovation and Technology 

The AI & Data Lab advances intelligent healthcare solutions by transforming clinical and operational data into actionable insights.
It supports model development, testing, and validation to improve decision-making and patient outcomes.

Robotics & Sensors explores the intersection of mechanical intelligence, patient experience, and data-driven precision to transform how healthcare is delivered.
The lab supports prototyping and evaluation of technologies that can be translated into real-world care settings.

The Extended Reality & Brain-Computer Interface Lab investigates the use of extended reality technologies and brain–computer interfaces to enhance clinical training, therapy, and patient engagement.
It enables immersive simulation environments and neural interaction testing to assess real-world healthcare applications.

The Design Lab integrates human-centered and systems-level design to address clinical challenges and improve workflows.
It supports structured ideation, solution mapping, rapid concept development, and stakeholder co-creation.

The User Experience Lab focuses on understanding how patients, clinicians, and staff interact with health services, technologies, and environments.
It employs observation, testing, and journey mapping methods to improve usability, accessibility, and experience outcomes.

The Research & Experimentation Lab supports early-stage exploration, iterative testing, and applied investigation across clinical and operational priorities.
It  facilitates hypothesis development, controlled testing, and data collection to validate new ideas before scale.

The Materials Lab enables the study and application of advanced materials for clinical devices, models, and prototypes.
It is equipped for material evaluation, fabrication, and testing to ensure usability, durability, and performance in healthcare settings.

The Fab Lab provides the tools needed to turn early concepts into functional prototypes through digital fabrication and precision manufacturing.
It includes 3D printing, laser cutting, and machining capabilities to support prototype testing and real-world deployment.

Collaborative workspaces designed to support focused project development and cross-disciplinary teamwork.
Each room accommodates up to 16 people and provides and is equipped with a large display and integrated video conferencing capabilities.

Comfortable seating encourages relaxed discussion and creative thinking, while integrated video conferencing makes it easy to connect and co-create with others.

Accommodates up to 12 participants and features an integrated display and video conferencing capabilities to support presentations, remote engagement, and collaborative decision-making.