Dr. Sanyasi Naidu Dadi holds a doctorate degree from Geo-Engineering Department of Andhra University in India, as well as a Master of Applications (M.C.A) from Osmania University in India and Master of Science in Computer Science from the University of North America in Fairfax, VA, USA. Published numerous articles in the world's top Geographic Information System and Information System journals such as Springer. He served as a reviewer for Elsevier journals such as Egyptian Journal of Aquatic Research and Journal of Hydrology: Regional Studies.
In the early 2000, he began his career as a software developer, using his strong knowledge of multiple computer programming languages to inspire users with new tools and abilities. After a few years, he moved into roles centered on full stack developer. Dadi has expertise in multiple programming languages. Throughout his career, Dr. Dadi has been developed, implement, and optimize complex technology solutions for a wide range of stakeholders, including end users, C-Suite executives, and fellow IT professionals. Among his many projects and successes are the creation of hybrid cloud environments, the development of applications using Microsoft Dot Net Framework with CI/CD systems, the automation of Cloud Infrastructure deployment, and the creation of centralized log management for multiple applications and database servers.
Dr. Dadi's contributions to the IT field as a Research Scholar continue to grow today, with publications in international journals aimed at technical audiences. He also writes popular articles for professional development platforms. Dr. Dadi's articles have gained traction with audiences in the tech space and beyond due to a unique combination of deep industry knowledge and the ability to make information accessible to the average reader. Dr. Dadi received a NESA ENVIRONMENTALIST OF THE YEAR AWARD 2021 in addition to his formal education (List).
Dr. Dadi hopes to continue pushing the boundaries of IT and computer science in the coming years. He enjoys the opportunity to share his findings with colleagues, tech enthusiasts, and anyone else who may benefit from his research and help to expand the potential of IT work.
Hi Dr. Dadi, What is about your research area?
Groundwater is a most significant asset for cultivating horticultural, water system, fabricating processes, quarrying, mining, and drinking water. The US Land Study (USGS) reports that 30.1% of the world's new water comprises of groundwater, while 1.2% comprises of surface water in lakes, waterways, and streams (Gleick, 1993). Although new groundwater is more than adequate, involving this asset in a capable and feasible way represents a critical test.
What is the Hydroinformatics and what is the scope for Hydroinformatics?
Hydroinformatics is a part of informatics, which focusses on the utilization of data and correspondences innovations (ICTs) in, focusses the continuously serious confusions of the sensible and effective utilization of water for the vast majority various purposes. Outgrowing the previous discipline of computational power through pressure, the mathematical recreation of water streams and related processes stays a backbone of hydroinformatics, which energizes an emphasis on the innovation as well as on its application in a social setting. On the specialized side, notwithstanding computational water power, hydroinformatics has serious areas of strength for an in the utilization of strategies starting in the supposed man-made consciousness local area, like fake brain organizations or as of late help vector machines and hereditary programming. These may be utilized with huge assortments of noticed information with the end goal of information digging for information disclosure, or with information created from a current, genuinely based model to produce a computationally effective emulator of that model for some reason.
Hydroinformatics sees the naturally well-disposed nature of the issues of water the leaders and of dynamic cycles, and tries to understand the social cycles by which developments are brought into use. Since the issues of water the chiefs are generally outrageous in the larger part world, while the resources for get and cultivate mechanical game plans are amassed in the ownership of the minority, the need to break down these social cycles are particularly extreme.
Hydroinformatics draws on and consolidates waterpower, hydrology, natural planning and various disciplines. It sees application at all spots in the water cycle from environment to the ocean, and in fake intercessions in that cycle, for instance, metropolitan leakage and water supply systems. It offers assistance for autonomous heading at all levels from organization and technique through organization to assignments.
Hydroinformatics has a creating largely neighborhood researchers and practitioners, There is a creating prerequisite for specialists and chiefs to appreciate and work with these new developments and instruments.
What are the large issues in your exploration region?
The ability to perfectly perceive the changing state of a spring after some time is a critical issue and huge request for organic groundwater the chiefs. Right gathering considers the execution of ecological methods and rules. Notwithstanding the way, that new groundwater is as frequently as conceivable plentiful and for the most part used, it is problematic and exorbitant to unequivocally evaluate and appear differently in relation to surface water resources. The state of surface water resources is successfully perceptible to the independent eye, noticeable from satellites, still up in the air. This is not legitimate for groundwater. Which customarily includes debilitating a movement of taking a gander at wells to view as the phreatic surface and depict spring properties while surface limit in a waterbody shows up at commonly a comparable level all through, groundwater surface ascents can move in a general sense across a spring dependent upon overlying region use, water framework well siphoning, spring recharge, and various components. A grouping of lithological, climatic, geographic, and anthropological components influence groundwater levels. Because of these factors, assessing and arranging spring water levels and limit volume changes is problematic.
You have created an effective solution “Hydro Spatial Analysis Information System (HAIS)”. Please can you share more about this project
Hydro Spatial Analysis Information System (HAIS) model has also been used to estimate the quantity of groundwater resources according to GEC Norms-1997. HAIS makes water-quantity analysis simple to understand. The two elements that make up this software are the processing unit and the user interface with cyber security feature.
It is an Open-source web-based assessment instrument. The open-source Groundwater Level Arranging Contraption enables water bosses and different pioneers to process and imagine designs in spring amassing level changes quickly and easily. Made the application to deliver guides and developments of groundwater levels and drawdown that can be used to enlighten pioneers, allowing them to recognize areas of concern and make groundwater the leaders expects to ensure the really long viability of springs. The application is significant for evaluating spring limit change over an extended time, which is generally a repetitive and monotonous task.
Is this Ground-Water Monitoring tool?
The objective of this work was to create a system to work on the rightness of groundwater level arranging using a direct, negligible cost approach. Our strategy makes it potential to make consecutive and back and forth, movement water level aides where multi-straight backslide control associations between wells in a spring to proclaim water levels during periods where volumes are meager. Shown that the strategy is superior to less troublesome sorts of attribution and is generally better compared to spatial Kriging.
Can we inspect underground water level with this Tool?
For sure, wrong, the most trustworthy strategy for concluding the significance of the water table all of a sudden is to use an estimating tape to check the water level in a shallow well. Expecting that no wells are accessible, surface geophysical techniques may irregularly be utilized, dependent upon how successfully electric or acoustic tests may be arranged on a shallow level. A sub pressure transmitter is essentially used to measure groundwater levels. These little expansiveness hydrostatic level transmitters are suspended clearly into the well, borehole, significant drag well or noticing perfect by their connection.
HAIS is a web application or Portable Application. How simple to use for end client?
By utilizing both common and spatial presentation, made an open-source Python-based online application that enables the survey and estimation of groundwater resources. Create groundwater level aides at explicit time adventures by spatially adding time series data at each well involving associations with various wells in the spring. Bosses can do the going with endeavors with the help of this program, which is summarized to around the world engage its usage:
1) Check out at the time series and different data for each well in a spring.
2) View groundwater levels across the entire spring on guides and activities at various minutes.
3) Cycle and view assessments of the general change in spring storing.
Is HAIS Pioneer significantly influencing the logical client local area?
For academic local area it exceptionally helpful to recognize Groundwater charge information strategy. To deal with the precision of this application in arranging and assessing groundwater, encouraged a system for data credit, MLR with associated wells. This strategy for shortly extrapolating recorded data to un-inspected periods, using related data from various wells, was used connected with Kriging spatial contribution to make guides of groundwater levels at demonstrated time steps. This method beat the normal Kriging spatial presentation technique using simply wells with assessed data at the foreordained time steps, yielding more exact aides of groundwater levels.
Spring capacity change gauge. This device and the going with techniques give a basic way to deal with assessing verifiable changes in spring stockpiling. Found that the Groundwater Level Planning Device's computerized strategy yielded results equivalent to a few definite USGS concentrates on in Utah's Cedar Valley and Beryl-Venture region. When figured this spring stockpiling change evaluations can be utilized by directors to approve water financial plan gauges and decide whether a spring is being overseen in a supportable design.
One limit of the instrument is that it presently involves a solitary typical stockpiling coefficient for every spring. While this is a sensible methodology for most springs, there are situations where adequate information exists to portray the spatial variety of the stockpiling coefficient inside a spring. In such cases, the device could be effectively changed to incorporate a lattice of capacity coefficients as info. As of now, just approved the spring stockpiling results utilizing unconfined springs. More examinations are need to test the strategy on bound spring frameworks. One more impediment of the apparatus is that does not presently create a vulnerability gauge.
With the knowledge you gained, were you feeling of making the tech community?
Indeed, obviously, I am chipping away at different ways of sharing my insight and help other people any place conceivable simultaneously, I will generally learn new advances on regular routine with most recent exploration across the world from numerous extraordinary personalities
What is the best way to people can connect with you?
People can connect with me via LinkedIn or google- scholar