The mandate of the Sri Jayendra Saraswathi Centre For Advanced Research, SJCAR for short , set up in early 2014, is to capitalise on the mature infrastructure of equipment and expertise that has been established in the University. The Centre channelizes these resources towards the realization of products that will aid industry and educational institutes of higher learning as also achieving the twin goal of moving towards excellence in the academic standards of the university
The idea of the Sri Jayendra Saraswathi Centre For Advanced Research, SJCAR for short , was conceived with a view to capitalizing on the mature infrastructure of equipment and expertise that has been established in the University. The Centre channelizes these resources towards the realization of products that will aid industry and achieve the twin goal of moving towards excellence in the academic standards of the university.
Minor Project of general societal application (an electro-gym)
The Centre has its mandate to prospect for projects of significance in economic and industrial development from agencies funding mission oriented research.
Projects Submitted to Government Funding agencies:1. Design of an Indigenous Differential Scanning Calorimeter at a cost affordable to Educational Institutions.
2. Dual Emission-Absorption Spectrophotometer
3. Intelligent Energy Audit system backed by IR profiling
4. Remote Controlled Robot For diffusing of Explosive Devices.
The Centre has formed tie-ups with Industry Partners for the development and propagation of these products.
As part of the minor project scheme, an ‘electro-gym-cycle’ was demonstrated wherein, the energy expended by an exerciser on the cycle, is harnesses as electrical energy to charge a battery. Performance data was collected and the project was found viable. Communication has started with Industry, for first bringing out the commercial version and thereafter for marketing the product.
Over the last one year, the Centre has charted its activities under the following heads:
Development of Instruments as import substitution –
a) a preliminary model to serve as an educational aid to institutions that have the theory relating to the instrument in the syllabus but cannot afford to import the instrument.
b) an upgraded industrial version for process needs.
Channelising the research proposals received from various departments of the university, to position to possible funding agencies after identifying the suitable agency and then tailoring the proposal to the proposal format of the agency.
Low cost (affordable) innovations of social relevance, for widespread use.
Reaching out to students in the form of lectures, to create a flavor for advanced science.The following have been the activities in the area of instrument development:
Project relating to the development of an indigenous Differential Scanning Calorimeter (DSC) which was put up to DST.
The Centre is happy to convey that DST has accorded its approval for the above project, conveying sanction to the tune of Rs. 8.5 lakhs.
In anticipation of approval, design work relating to furnace-temperature Controller as well as the Sample & Reference assembly for the ‘power compensated DSC’, has been completed and dialog has commenced with prospective fabricators. The 100W furnace of compact dimensions (8 cm X 10 cm) is the central sub-system. A technically competent quotation has been obtained for the fabrication of the above.
A successful ‘proof-of-concept’ experimental run involving the melting of tin, was carried out as part of the final year project of a team from the EIE department. The team developed a LABVIEW platform to view the calorimetric results.
Bringing out the University brand Spectro-photometer
As part of the Instrument Development Programme towards affordable analytical instruments, the Centre has set out to develop three progressively upscaled versions of spectrophotometers.
The University has teamed with an industry partner for the manufacture and marketing of these products.
Low Cost processor based pH meter
In pursuance of the goal to develop affordable instruments, the Centre has taken up a 'low cost pH meter' ,the need for which in large numbers exist in many laboratories. The front end electronic circuit designed at the Centre was wired and tested with standard solutions. The results compared well with the results obtained from the commercial instrument. We have almost completed the suit of programs in Embedded C and the fully automated measurement / calibration will soon be tested in the University’s Chemistry Lab.
PublicationThe Centre has brought out a book titled “Analytical Instrumentation for Engineers” , covering the Instrumentation aspects involved in sophisticated Analytical Instruments. The book will enable researchers to understand how the principles governing the instruments are implemented by the electronics. For the electronics engineer, it provides the science context and shows the role of electronics in facilitating the reactions and measuring and interpreting the response.. This book seeks to enable the engineer to come out with improved design of instruments.
Minor Project of general societal application (an electro-gym)As part of the minor project scheme, an ‘electro-gym-cycle’ was demonstrated wherein, the energy expended by an exerciser on the cycle, is harnesses as electrical energy to charge a battery. Performance data was collected and the project was found viable. Communication has started with Industry, for first bringing out the commercial version and thereafter for marketing the product.
Several projects of social relevance have been identified in the fields of Management and Engineering and are in the process of being articulated as detailed proposals.
- Generation of a GIS based database of monuments of national importance, so as to clearly define their areas in latitude and longitude and thereby protect their boundaries against encroachments.
- Evolving a scheme of ‘eco-tourism’ whereby places of pilgrimage could enjoy mass patronage, without having a negative impact on environment.
- Studying and suggesting methods by which impediments to fund flow from willing financers to enterprising industries, could be removed, thereby giving a fillip to the GDP.
- Studying the dynamics of supply chain management for the highly productive vegetable and fruit farming sector , to the wide spread consumption centers, using the economic traditional methods of storage and preservation techniques.
- Insights into HR policies for pruning to suit the special needs of women employees.
- Studies relating to the development of education of the girl student in the classroom environment.
- Effective utilization of information in the cloud environment, without infringement of privacy issues.
- Using the techniques of image processing for the restoration of eroded sculptures in ancient monuments.