Pranav Hamde

• Developing Centrifugal micro-fluidics compatible method for extracting 'Extracellular vesicles' from Human plasma
• Improving the working of the chromatography column using centrifugal micro-fluidics

• Department: Chemistry and Physics of Interfaces
• Developing a polymer capable to absorb excess water to concentrate DNA in the sample

• Department: Laboratory for Biomedical Microtechnology
• Programming arduino board to generate ultrasound in pulsar signals form
• Designed mold to make artificial arteries

• Department: Sensors chair
• Collaborated with students in sensors lab course and boosting their understanding of working of sensors

• Supported engineering design and product development through design, analysis and simulation of prototypes of automotive plastic parts like rear-view mirror
• Managed projects from procurement to commission.
• Hands on experience: Siemens UG Nx design software, AUTOCAD, Injection molding tools, and injection-molded plastic parts

• Subjects of interest are Micro-fluidics, BioMEMS, Biomedical Instrumentation, Biomedical Microsystems, Biotechnology for engineers

• Subjects of interest: Fluid Mechanics, Applied biology, Nanobiotechnology and Bioengineering, Machine Design, IC engines, Heat Transfer
• Member of Indian government's National Service Scheme (NSS)

• Professional development completed in Product Design
• Integrated course on computer aided design using 'Siemens UG-NX' with basic concepts of Plastic Products and Injection Mold Design

Trained to perform stack calculations for multiple mating parts in an assembly