JBH2TsVjTX0cvgHzuQHpvcCayA1mvhG9Cgb0xBU6Fs93x3woxtGov3DhFtCqGXUpw3ThCcV2uQP3Kg94JMCqCXUaGNSaGNScJdrhCATjvAq9CgH1whDfvhLXv2rpwcCaTgfmvW1sxQrfJMDov256TRDpCd48wAZ0uWVeJMDHGNOaH0arSs0oHcUqFNYaFdKnGMUrws40CXYaGMUruXY0GW43HXKqGterGXKqHdw4GXG0Ss42CXUaGM0oHWUrFNZtFM40FNYnGM0rye0rHMUsMXZdFM42CXUnGMUoHW0rCXZtFdKaGMUrCXZiGNLdFdSaGWUrFM40CXYnGRGnFdKnGM0rFNZ6NNY1CXYsMXZdFM42CXUnGMUoHW0rCXZtFdKaGMUrCXZiGNLdFdSaGWUrFM40CXYnGRGnFdKnGM0rFNZ6Cc8+JW9hJdqpw3ThJai=Healthcare

Healthcare

Health Sector

With the world’s health services approaching unsustainable levels of resource overstretch and budgetary pressure, technologies are required that help move us all from a model of ‘diagnosis, treatment and care’ to ‘health monitoring, early detection and remediation'.


Cintiria’s senior advisors are in the core project management team for a Norwegian client’s ground-breaking work to program a multi-scale computational platform that can model, to a very high degree of accuracy, the working and behaviour of the human hemodynamic system.


The platform will spawn several ground-breaking products to support the professional clinical sector as well as play a huge role in monitoring personal general health on a truly mass scale.


This assignment involves deep clinical theory, informatics, large data flows, smart phone apps and opto-physiological monitoring sensors (as used in most wearables).