Shri. T. T. Jagannathan, Chairman and Mr. P. K. Ghosh, Zonal Commercial Manager (West), TTK Prestige Group, visited IDC, IIT Bombay to discuss the Technology Transfer of Solar Oven.
Experimental setup at Jaisalmer:
Solar Oven with and without reflector.
Cooking Rajastani Cuisine with local residential.
The Honourable PM appraised the new design of letterbox and the low cost vein tracer developed under the Design Innovation Center project.
Discussion on the progress of Solar Oven with Prof. Shireesh B. Kedare and Prof. Anish Modi of Department of Energy Science and Engineering, IIT Bombay.
Meeting with Prof. Goyal and Facade India Testing Inc. (FITI) team for structural details of glass crystal monument tower.
Discussion on finalizing design of salt making pot with Prof.B. K. Chakravarthy and Prof. Raja Mohanty
(Student Name: Avinash Prabune, M.des, IDC)
Our student’s concept was to make cookers for urban apartment dwellers. This sleek looking appliance that is as “convenient as a microwave oven”. Can be mounted on any south facing window, for quick cooking—reaching 120 degrees in about 20 minutes. It removes the requirement of a large open terrace or garden, as well as the need to continuously check and change the cookers directions, while drastically cutting down cooking time.
Window-mounted Solar Cooker project by our student, Avinash Prabhune, has won the Gandhian Young Technological Innovation (GYTI) Award/Appreciation 2018. The award function was held at Rashtrapati Bhavan on 19th March 2018, where Dr. R.A. Malshekar, Chairperson of the Research Advisory Committee, SRISTI and NIF felicitated the awardees in the presence of the Hon’ble President Shri Ram Nath Kovind.
Designed By : Avinash Prabhune, IDC Student
Product Development : Avinash Prabhune, Project Manager; Prakash S. , Project Manager; Aniket Bhagat, CAD Support – Design Innovation Center (DIC)
Guided by Prof. B. K. Chakravarthy
Supported by: Design Innovation Center (DIC)
(Student Name: Trivikram A., M.des, IDC)
The thought of getting injected is traumatizing to many and when you have to undergo multiple attempts of needle insertions – It’s nightmarish.
This simple light-weight device humanizes a simple technology (NIR Spectroscopy), helping medical practitioners to identify the veins easily, during vein-puncture procedures.
The Convenient and affordable vein tracer helps to locate the vein in the first attempt. Hence, reducing patients’ trauma. Difficulty in locating the veins —especially in children, darker skinned and obese people—leads to unnecessary multiple needle pricks that cause agony due to injury and time taking process. NIR Spectroscopy is an existing technology which can easily be applied to solve the problem. The LED lights are deflected by the deoxygenated blood —giving a clear silhouette of veins. However for this technology to be actually used by the masses— in blood camps, small and medium sized hospitals—it needs to be extremely easy to use, ergonomic and a low cost product. All these issues are well addressed by this Vein Tracer.
The USP of the device are as follows:
Currently a working prototype has been developed and pilot testing is in progress.
Mock-up Model :
Working Prototype:
Low Cost Vein Tracer project by our student, Trivikram A., has won the Gandhian Young Technological Innovation (GYTI) Award/Appreciation 2018. The award function was held at Rashtrapati Bhavan on 19th March 2018, where Dr. R.A. Malshekar, Chairperson of the Research Advisory Committee, SRISTI and NIF felicitated the awardees in the presence of the Hon’ble President Shri Ram Nath Kovind.
Designed by Trivikram Annamali, IDC Student
Product Development : Avinash Prabhune, Project Manager; Ashwathi Kaimal, Project Engineer – Design Innovation Center (DIC)
Guided by Prof. Purba Joshi and Co- Guided by Prof. B.K. Chakravarthy
Supported by: Design Innovation Center (DIC)
