Research & Translation

HIGH IMpACT RESEARCH DOMAINS

Immune Oncology and Cancer Vaccines

Cancer is an evolving disease. ICM develops computational approaches that track tumor–immune dynamics and guide therapies that adapt as cancer changes.

Neuromodulation and Electroceuticals

Disorders such as epilepsy and chronic pain arise from dynamic neural networks. ICM advances closed-loop, adaptive neuromodulation strategies that sense physiological state and adjust therapy in real time.

Wearable and Non-Invasive Sensing for Brain and Psychiatric Health

Conditions such as major depressive disorder unfold largely outside the clinic. ICM integrates wearable and non-invasive sensing with computational models to enable continuous monitoring, early detection, and personalized intervention in real-world settings.

Computational Heart and Metabolic Health

Life-threatening cardiovascular and metabolic events often strike in the silent gaps between clinic visits. ICM develops predictive engines that synchronize continuous physiological data with mechanistic models to preempt acute crises, shifting the healthcare paradigm from reactive rescue to proactive, individualized prevention for heart disease and metabolic dysfunction.

Computational Population Health

Health outcomes are shaped by a complex interplay of environmental, social, and biological factors that traditional medicine often ignores. ICM leverages scalable analytics and high-dimensional “real-world” data to identify community-level risk, developing public health tools that ensure adaptive, precision medicine is a baseline standard for entire populations rather than an exclusive privilege for the few.