Computational Medicine and Technology Lab
Computational Medicine and Technology
At CMT Lab, we bring together engineering, biology, and medicine to explore how the human body works. We work on research problems that connect scientific ideas with real-world healthcare.
The people, ideas, and research behind our work
Our Research
Our work begins with a healthcare question and follows a visible path from measurement to modelling, validation and translation. Four connected pillars define the laboratory.
Current flagship projects
Real-time
ventilator
dyssynchrony
detection
A clinical waveform platform for detecting and quantifying patient–ventilator mismatch using interpretable signal analysis and ML.
Longitudinal
prediction of type
2 diabetes
Models that use repeated metabolic, lifestyle and demographic measurements to forecast future progression rather than only describe current phenotypes.
Low-cost
respiratory
assessment and
support
Respiratory impedance, lung-sound and neonatal pressure-support technologies intended for practical use in resource-constrained settings.
Selected publications
Recent peer-reviewed publications →
Quantifiable identification of flow-limited ventilator dyssynchrony with the deformed lung ventilator model.
Clinical and academic collaboration
We work with hospitals and academic groups to formulate clinically relevant questions, develop reliable methods and evaluate translational potential. →
Clinical partners
AIIMS and partner hospitals
Collaborations connecting research methods with clinically relevant problems and real-world biomedical data.
Academic partners
Interdisciplinary research
Partnerships connecting biomedical engineering, clinical medicine, data science and biology.
Opportunities
Work with us
We welcome motivated researchers who want to solve healthcare problems through computation, engineering and biology.
View current positions →