We are committed to the endeavor of bringing together Biomedical Engineering, Healthcare and Pharmaceutical Science fraternities, to seek solutions to the challenges in biomedical systems using contemporary technologies.

• To design, model, simulate and develop biomedical devices using the concepts of bio-control engineering, bio-mechanics, biomedical instrumentation, and digital signal processing/​image processing algorithms.

• To design and develop healthcare mobile applications, Clinical Database Management Software (CDMS) and virtual surgery/​surgical simulations.

• To analyse biomechanics and fluid dynamics of the human body. 

• To develop a novel simulation model of biomedical imaging and image processing systems.

• Optimising signal processing, image processing, machine learning and pattern recognition algorithms.

• To model, simulate and analyse the human physiological systems and subsystems from the pharmaco-kinetics and pharmaco-dynamics perspective.

• To develop 3D modelling from 2D CT/MRI images and 3D printing of anatomy models.

• To transfer technologies developed for commercialisation and entrepreneurship.

• To disseminate knowledge on principles and current practices of biomedical and 3D printing research.

• To initiate collaboration and partnership with universities, research centers and industries.

• To publish the research work in reputed peer reviewed journals. 

• To participate in international competitions.

To file patents of the work.

Available

• LabVIEW

• Fusion Deposit Layer based 3D Printing Machine 

• Multi Jet Fusion Powder based 3D Printing Machine 

• CATIA

• HYPERMESH

• ANSYS

Being Created

• Biomedical Real-Time Data Acquisition Lab 

• Biosensor Modules

• IOT Development Facility

• Advanced Signal and Image Processing Software Tool

• Graphic Tools for Software Apps Development

• Digital Oscilloscopes

• Work Station

• Biomedical related Journals