Engineering Staff College of India | Hyderabad Top

WRD Division is the oldest division established at the time of inception of ESCI. The primary objective of the division is to enhance professional development skills of engineers working in Irrigation, Agriculture, Water Supply and Sanitation Sectors. WRD Division also aims to elevate capabilities and performance levels of engineers for improved delivery levels of engineers in their respective fields.

Area of Expertise

  • Irrigation Sector
  • Water Conservation including Rainwater Harvesting
  • Agriculture including Watershed Management
  • Rural Water Supply including Software Applications
  • Sanitation Sector
  • Remote Sensing, GIS& GPS Applications and Total Station
  • Project Management & Contract Management
  • Induction Training for Newly Recruited Engineers

The capacity building areas covered include Integrated Water Resources Management, Flood Computation Management, Dam Safety, Irrigation Systems Management, More Crop per Drop, Integrated Watershed Management, PIM, Hydraulic Gates & Hoists, Rural Water Supply & Sanitation, Total Station GIS & GPS Applications, Contract Management etc., are few representative programmes of the division. Participants from Water Resources, Irrigation & Command Area Development, PHED, RWS&S, Agriculture, Irrigation Development Corporations, Ground Water, Housing Boards of various State & Central Government Departments and Government undertakings participate in our programmes. Participants from Nepal, Bhutan, Ethiopia and other developing countries are also represented in our programmes

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STP PROGRAMS

Specific Training Programs for
your customized in-house Training

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Faculty

Highly Qualified
and Experienced Faculty

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INFRASTRUCTURE

Modern Laboratories and
Excellent Infrastructural Facilities

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Division Contact Info
    Er. K RajaShekar Reddy, Head & Sr. Faculty
  • Ph: 040 – 66304117, Mob: 9440904199
  • Er. G Naresh, Faculty
  • Ph: 040 – 66304117, Mob: 8801193075
  • Ms. S A Kavitha, Prog. Officer, I/C
  • Ph: 040 – 66304118, Mob: 9866977370
  • wrd@escihyd,org
  • Water Resources Development Division
    Engineering Staff College of India
    Gachibowli, Hyderabad, Telangana 500032.

I would like to discuss:

Automation in Micro Irrigation Systems for improving Irrigation Efficiency
09 - 13 June, 2025 Course Fee : Rs. 27500 + GST %
In India, water is the most crucial input for agricultural production. The consumption of water is quite high for agriculture production. With a growing world population, agriculture will face more competition from industrial and domestic water users. This is why agriculture will have to use water more efficiently. The irrigated area in developing countri... Read More

In India, water is the most crucial input for agricultural production. The consumption of water is quite high for agriculture production. With a growing world population, agriculture will face more competition from industrial and domestic water users. This is why agriculture will have to use water more efficiently. The irrigated area in developing countries is expected to increase by 40 million hectares (20 percent) by 2030. By 2050, human population is projected to increase to 9 billion people and it is estimated that 70% of additional food have to be produced in order to feed the humanity over the next 40 years. Water demands increase not only for food production but also for other sectors like industry, domestic, power etc. to meet the needs of the increased population. Strategies for efficient management of water for agricultural use involves reduction in water losses in conveyance and distribution system through periodic maintenance, applying the right quantity at right time, participation of farmers in water management, right cultivation techniques and irrigation practices including increased use of water saving devices like sprinkler and drip, conjunctive use of surface and ground waters and moisture conservation practices. The use of pressurized irrigation technology could increase water-use efficiency and reduce cost.

Course Objectives

Course Shedule

Course Shedule

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Reservoir Sedimentation Impact and Management Strategies
23 - 25 June, 2025 Course Fee : Rs. 16500 + GST %
Among the various components of a water resources systems, reservoirs are the most important. There are about 5334 completed large dams in India. The dams which were constructed long back with the data, design and construction technologies available at that time are to be reviewed in view of the changes in the hydrological inputs, latest design parameters and other technological advancements in terms of Dam Safety Act 2021 and necessary steps are to be tak... Read More

Among the various components of a water resources systems, reservoirs are the most important. There are about 5334 completed large dams in India. The dams which were constructed long back with the data, design and construction technologies available at that time are to be reviewed in view of the changes in the hydrological inputs, latest design parameters and other technological advancements in terms of Dam Safety Act 2021 and necessary steps are to be taken to sustain the safety of the dams. Soil erosion, transportation and its deposition in reservoirs is a universal phenomenon. Siltation in some of them has impacted their storage capacity thus, limiting economic benefits of these investments. Despite decades of research, sedimentation still probably is a serious technical problem faced by dam engineers.

Course Objectives

Course Shedule

Course Shedule

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S.No Course Title Code Date_From-Date_To Duration (Days) Online/
Classroom
Offline Fee Online Fee
1 Instrumentation and Seismic Analysis of Gravity Dams with Software Applications WR 7118 22/04/2025 - 24/04/2025 3 Classroom 16500 NA
2 Dam Safety Guidelines - Monitoring and Protection Measures and Emergency Action Plan WR 7130 19/05/2025 - 21/05/2025 3 Classroom 27500 NA
3 Automation in Micro Irrigation Systems for improving Irrigation Efficiency WR 7058 09/06/2025 - 13/06/2025 5 Classroom 27500 NA
4 Reservoir Sedimentation Impact and Management Strategies WR 7046 23/06/2025 - 25/06/2025 3 Classroom 16500 NA
5 Project Management using MS Project and Primavera Software WR 7019 09/07/2025 - 11/07/2025 3 Classroom 16500 NA
6 Failure of Gates & Dams and Preventions WR 7085 16/07/2025 - 18/07/2025 3 Classroom 16500 NA
7 Assessment of Irrigation Demand and Irrigation Scheduling using Latest Software Applications WR 7054 21/07/2025 - 23/07/2025 3 Classroom 16500 NA
8 Benchmarking Studies of Water Use Efficiency WR 7052 04/08/2025 - 08/08/2025 5 Classroom 27500 NA
9 Soil & Water Conservation : Importance and Best Practices WR 7083 18/08/2025 - 20/08/2025 3 Classroom 16500 NA
10 Structural Safety of Existing Dams - Evaluation and Impacts WR 7088 10/09/2025 - 12/09/2025 3 Classroom 27500 NA
11 Hydraulic Gates and Hoists - Design, Erection and Operation & Maintenance including Dismantling WR 7024 22/09/2025 - 26/09/2025 5 Classroom 27500 NA
12 Hydrological Observations, Data Collection and Formulation of Flood Forecasting WR 7081 06/10/2025 - 08/10/2025 3 Classroom 16500 NA
13 Hydro Dynamic Analysis using MIKE including Dam Break Analysis WR 7086 27/10/2025 - 29/10/2025 3 Classroom 16500 NA
14 LiDAR Technology for Irrigation & Agriculture Sector WR 7050 10/11/2025 - 12/11/2025 3 Classroom 16500 NA
15 Contract Management and Arbitration in Engineering Projects WR 7778 17/11/2025 - 21/11/2025 5 Classroom 27500 NA
16 Conjunctive Groundwater Studies & Their Impact in Irrigation Projects WR 7091 24/11/2025 - 26/11/2025 3 Classroom 16500 NA
17 Planning, Design, Construction and O&M of Lift Irrigation Schemes WR 7059 02/12/2025 - 05/12/2025 4 Classroom 22,000 NA
18 Micro Irrigation Systems Implementation, Fertilizer Management including System Maintenance WR 7096 10/12/2025 - 12/12/2025 3 Classroom 27500 NA
19 Use of Total station & DGPs for Engineering Project WR 7041 17/12/2025 - 19/12/2025 3 Classroom 16500 NA
20 Planning, Design and Implementation of Water Supply Network and Distribution using GIS WR 7135 05/01/2026 - 09/01/2026 5 Classroom 27500 NA
21 Design and Optimization of IoT Based Smart Irrigation System WR 7053 19/01/2026 - 21/01/2026 3 Classroom 16500 NA
22 Operation & maintenance of Hydro Mechanical Equipment Effective WR 7092 28/01/2026 - 30/01/2026 3 Classroom 16500 NA
23 Mapping and Modelling coastal Protection zones for sediment transport WR 7093 04/02/2026 - 06/02/2026 3 Classroom 16500 NA
24 Water Pollution and Contamination Modelling – Climate Change Impact Analysis WR 7149 16/02/2026 - 18/02/2026 3 Classroom 16500 NA
25 Cloud-Based Water Resources Data collation, Analysis and Decision Making WR 7094 25/02/2026 - 27/02/2026 3 Classroom 16500 NA
26 Mapping and Monitoring of Irrigation Projects using RS&GIS Technologies WR 7095 09/03/2026 - 11/03/2026 3 Classroom 16500 NA
27 Planning, Design of Pipe Distribution Network system WR 7137 11/03/2026 - 13/03/2026 3 Classroom 16500 NA
28 Water Budget, Water Audit and Water Security Plans WR 7082 23/03/2026 - 25/03/2026 3 Classroom 16500 NA

JOB DESCRIPTION

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Old Bombay Road, Gachibowli, Hyderabad, Telangana - 500 032, India
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