PCIGITI is a research and innovation lab dedicated to advancing healthcare and surgical technology for the treatment of pediatric conditions.
We are committed to innovating the future of pediatric healthcare in surgical robotics, magnetic resonance imaging (MRI), high-intensity focused ultrasound (HIFU), brain therapeutics based on brain connectomics, simulation, 3D printing, data analytics, advanced visualization and medical device design.
Surgical Robotics, Medical Device Design and Simulation
Advancing surgical technologies, including robotics, high-fidelity simulators, 3D printing for medical devices, and innovative non-robotic instruments.
Our work integrates augmented reality for guidance, navigation for precise tool tracking, and machine learning to enhance control systems and simulations.
Image-Guided Therapy and Pediatric Focused Ultrasound
Developing advanced therapies and technologies for pediatric care, including focused ultrasound (FUS) and laser interstitial thermal therapy (LITT) guided by AI.
We also design MRI-compatible robotic devices for needle insertion and FUS, as well as high-fidelity imaging techniques tailored for pediatric applications.
Canada’s first pediatric accelerator unites experts to develop innovations for children's care. It supports start-ups with legal, financial, and engineering resources to bring ideas to market.