BioMedical

Breasy^© (In-vivo Oxygen production methods)

Present stage - problem identification, data collection and concept development

This is a future oriented project that aims to cut short the load of heavy air-cylinders or other in vitro oxygen-generating systems that limit efficiency in outer space. Key objective of the project is to develop a product concept that can be implanted in human body to facilitate oxygen production in vivo. This project deals with applying Materials Engineering in Biological Science.

Secondary Objectives

To study the physiology of human respiration and affects of low/zero oxygen saturation in inhaled gaseous mixture

To specify the target market for evaluation and prognosis

To identify oxygen producing materials, their stability and application in varying proportions and combinations

To structure possible designs with technical feasibility

To choose the most appropriate design and further develop it aided with CAD modeling, foam modeling and prototype development

To set guidelines to surgical implant the product

To do SWOT analysis and mark business strategies and prognosis for market success

Diabetic Patch

Present Stage - data collection

This concept deals with accurate and continuous release of Insulin into the blood stream along via subdermal patches and also playing role in hunger management of the human being. Aim is to creat roboted food habits in a living organism.

Solar Energy utilization in Human Body

Present Stage - data collection, concept generation

Solar Energy is the most abundant and never ending source of energy. Is it present throughout the day. It is variable in intensity according to the geographical areas. Idea is to use solar energy as the primary source of energy by mortals. If successfully developed, it can solve the problem of hunger among the poor in most of the developing and under-developed countries.