Back close

MedSIM Overview

Start Date: March 01, 2011 to Present

Project Incharge : Prof. Dr. Prema Nedungadi

Center : AmritaCREATE

School :  School of Medicine  &  School of Computing

Funded by : MeitY, Government of India

MedSIM Overview

MedSIM 1.0 Project Overview

MedSIM is an e-learning platform that supports computer based medical simulations that replicate clinical scenarios by integrating 2D and 3D animations. It allows features such as deliberate practice and feedback for skills development, exposure to difficult to visualise procedures, protocols and case studies using virtual patient cases.

To know more about MedSIM 1.0 visit Project Page

MedSIM 2.0 Project Overview

MedSIM is an interactive e-learning platform that supports case-based medical simulations that replicate clinical case scenarios by integrating 2D and 3D animations. It allows features such as deliberate practice and feedback for skills development, exposure to challenging visualize procedures, protocols, and case studies using virtual patient cases. This immersive case-based learning software allows the students to review the results and responses before making diagnostic clinical and management choices.

To know more about MedSIM 2.0 visit Project Page.

Related Projects

Characterization of the fibronectin isoforms and its fragments
Characterization of the fibronectin isoforms and its fragments
Development of chromatographic separation and detection techniques for natural products, as plant extracts, peptides, proteins and carbohydrates
Development of chromatographic separation and detection techniques for natural products, as plant extracts, peptides, proteins and carbohydrates
Large Magnetoresistance Electrodeposited Bismuth Films for Low Magnetic Field Sensing
Large Magnetoresistance Electrodeposited Bismuth Films for Low Magnetic Field Sensing
Burning velocity measurment of biodiesel components using divergent chennal technique and Heat Flux Method
Burning velocity measurment of biodiesel components using divergent chennal technique and Heat Flux Method
Dissecting Vitamin K Pathways in Human Subjects Using Next Generation Sequencing
Dissecting Vitamin K Pathways in Human Subjects Using Next Generation Sequencing
Admissions Apply Now