DAKSH 2.0 would be focused on developing the foundation of our research and product development activities related to ultra-efficient AI methods to establish ourselves in the global technology market. In this regard, we aim at the following deliverab
A. A Custom Development Board (CDB) optimized for high performance in mining applications B. High performance Flight Controller (FC) for heavy lift multicopters & VTOL for mining applications. C. Electronic Speed Controller (ESC) designed with robust
The objectives of the proposed project are as follows: I. Design of a cost effective, distributed and automatic dust suppression system for haul roads in opencast coal mines. II. Development of a sensor-based water sprinkling system for reducing wast
The proposed project aims to deliver a robust instrumentation system for underground positioning of miners and machinery to avoid accidents. We aim to provide an instrumentation system that combines all the components and validation at the laboratory
i. Design norms (formulations) for roof bolt-based goaf edge support and rib during depillaring with stowing for given geo-mining conditions. ii. Design norms for critical roof span (critical volume of void) between stowed goaf and working face. iii.
Development of electronics instruments for monitoring of environment pollutants (PM10, PM2.5, SO2, NO2, CO, NH3, O3, AMBIENT TEMPERATURE, RELATIVE HUMIDITY, LUMINOSITY) generated from Mines industry. • Development of electronics instruments for mon
i. Developing and designing a self-heating calorimetric apparatus will characterise coal from various coal mines based on their tendency to self-heating. ii. Provide valuable insight to the coal mining industry about the pressing fire risk of coal so
a) To develop and deploy smart sensor modules for an underground mine to monitor the environmental conditions and alert the workers about air quality-associated risks. b) To develop a system to transfer the data to the cloud database to fetch these d
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