Internship on Minimization of Climatic Impact on Water and Water Based Renewable Energy Systems by Cognitive and Hierarchical Techniques

Description about the Internship

This short-term course on Hydroinformatics is about an internship program proposed for 2025, aimed at minimizing the climatic impact on water and water-based renewable energy systems. The internship will last two months and can be completed online or offline. The goal is to find the best possible mitigation alternatives for the minimization of climate change's impact on these systems.

The first objective is to determine if these systems are truly impacted by climate change. If so, how can they be mitigated? Artificial intelligence-based models like group method of data handling will be employed to predict the climate change impact on the output of these systems. The second objective is to propose multiple alternatives and collect multiple mitigative alternatives.

The internship will involve consulting literature on the topic and identifying the best alternative among them. The team will use MCDM techniques, such as the nature-inspired optimization technique, which is rare but not common in water resource management or renewable energy systems. These techniques include invasive weed optimization technique, cat swarm optimization technique, and glow warm optimization technique.

Thanks for reading Baipatra VSC! This post is public so feel free to share it.

If you are interested in participating in this internship, please comment on this post or follow the instructions I gave in the audio.

If you are planning to launch your own internship program, please email me at contact@energyinstyle.website. Your internship opportunity will be featured in this newsletter and on our website:

https://energyinstyle.website/

Five open source free hydrologic models that you can use to model runoff of micro to macro watersheds

The principal objective of hydrologic models is to forecast the runoff of a surface water body, especially dendritic systems like rivers, streams, etc. The inputs to these models are generally Rainfall/Precipitation, Soil Characteristics, and other Climatic parameters like evapotranspiration, humidity, etc. LULC and geo-morphology are also used as the required input parameters of the hydrologic models. Both input and output of these models are temporally as well as spatially variable. Now the resolution varies with different models. Some models consider all the sub-basins to be a single watershed and determine the output based on the characteristics of this single watershed(lumped).In contrast, some other models will consider the {impact|effect} of each of the sub-basins on the central outflow of the watershed(distributed).In a few models, the entire watershed is divided into grids or units of uniform dimension. However, the accuracy is highest for the models, which considers the {impa...

Five project ideas for "Hydroinformatics in Groundwater"

In recent years, advanced soft computation techniques such as Multi-Criteria Decision Making and Geographical Information Systems have been widely used to solve water resource development problems. Hydroinformatics (Hydro means Hydrus or water, and informatics means information science) is a branch of science concerned with the application of advanced soft computation techniques and information and communication technologies (ICTs) to water-related problems. The following are five hydro informatics project topics that can be applied to groundwater problems. Complete Article at HydroGeek Thanks, @Mrinmoy's Page @data_hydrology , @Merchandise or @ @products_sustainability Add to Listy /

5 Most Sustainable Decision Making Techniques Used In Water Resources Management

This video depicts the application of MCDM and Optimization Techniques in Water Resource Management Problems. A total of five studies were discussed which have the maximum citation among the papers published under the topic of Water Resource Management. The video also provides the links to the tutorials of five Multi-Attribute Decision-Making techniques and five Multi-Objective Decision-Making methods which are mostly used in solving decision-making problems in sustainable water management objectives. Thanking you, Dr.Mrinmoy Majumder Subscribe to Hydrogeek Enroll in the MCDM course

Hydrology Newsletter

Search This Blog