Ph.D. positions in Environment and Water Resources Engineering are currently available with a full scholarship for students enrolled in a Joint Ph.D. program at the BITS Pilani, and RMIT University, Australia.
Application Deadline: April 24, 2024, for July 2024 intake
How to Apply: Send in your complete application using the following link:
Closing date: 24th April 2024 for the July 2024 intake.
For more information visit: https://tinyurl.com/586rdn5d
To register and apply visit: https://bitsrmit.edu.in/publicResources/ResearchProjects
Minimum and desirable qualifications needed
Ensure you meet the requirements specified below before applying. Applications that do not provide evidence of meeting the minimum requirements will not progress further. Master’s degree (MTech/ME in Water Resources/Civil Engineering/Environmental Engineering or similar fields with aggregate percentage of 65% or equivalent). Candidates having experience of Data analytics and machine learning, numerical an simulation modeling using MATLAB, programming skills (Python, MATLAB) would be preferred.*
GATE Score OR a high score in UGC-NET, CSIR, ICAR, ICMR, DST-INSPIRE**
* Where degree certificate or final year transcripts are not yet available, applicants may upload the previous semester / year transcripts
**Candidates without a valid GATE/ UGC-NET, CSIR, ICAR, ICMR, DST-INSPIRE score can be considered if they have undertaken GATE in the last five years AND/OR have a minimum of two years professional work experience, AND if they meet all other eligibility requirements. Where applicants wish to use the option of providing 2 years professional work experience as evidence – please include evidence within your uploaded documents
For candidates enrolled in a Joint Ph.D. between RMIT University and BITS Pilani:
Candidates admitted to the program are jointly supervised by faculty from BITS and RMIT.
Project ID: BITSRMIT024B001265
Project title: Climate-Resilient Smart Groundwater Recharge Solutions for Arid and Semi-Arid Areas
Project Team: Prof. Rallapalli Srinivas & Prof. Ajit Pratap Singh, BITS Pilani | Prof. Guomin (Kevin) Zhang, Dr. Muhammed Bhuiyan RMIT University, Australia
Description: Groundwater levels over much of India and some regions of Australia are declining because usage exceeds seasonal monsoonal recharge. This proposal aims to increase groundwater recharge through groundwater recharge potential zones using remote sensing and geospatial technology to target areas of more efficient infiltration for installing rainwater harvesting (RWH) infrastructure. Machine learning algorithms will be used to map groundwater recharge potential zones (GWRP). Changes in groundwater levels within these areas will be compared with estimations using climate projections from AI systems to
determine the effectiveness of the increased recharge in ameliorating the effects of climate change. Water sample data will be collected from source water, which is rainwater and groundwater samples, to assess water quality parameters. Groundwater users in the target areas will be surveyed to design an incentivization and capacity-building program to encourage the adoption of improved infiltration technology across suitable regions of India.
For more information write to: r.srinivas@pilani.bits-pilani.ac.in