BTech Water Engineering admissions are done through entrance examination mode or direct admission through quota.
What is it About?
BTech Water Engineering: What is it About?
- BTech Water Engineering is a specialized branch of civil engineering involving the designing of new systems and equipment that help manage human water resources.
- It is a four year undergraduate course for the students who want to study the planning, development, and management of water resources.
- BTech Water Engineering aims to provide students with educational skills and background necessary for water resources management career positions in private industry, government, and nongovernmental organizations.
- Throughout the course, students are trained on the institutional, socio-economic, and policies related to water resources development and management.
- This course studies the physical processes of water flow which is essential to the understanding, protection, and improvement of the environment.
- BTech Water Engineering students gain knowledge about the connections between biology, hydrology, geology, policy, and planning.
- Students possess an understanding of problems related to water quality in streams and aquifers, erosion, sedimentation, protection of ecosystems and other natural resources throughout the course.
Why Study BTech Water Engineering?
- BTech Water Engineering is associated with various job profiles and opens many channels for the graduates of this course.
- This course involves the designing, building, and management of water intakes, the water treatment plants, and the network of pipes to ensure access to clean safe drinking water.
- BTech Water Engineering students get to work to prevent floods, to supply water to cities, industries and irrigation purposes, to treat wastewater, to protect beaches, to manage and reuse stormwater, to involve in water-sensitive urban design (WSUD) and to manage river systems.
- They are also involved in the designing, construction, or maintenance of stormwater harvesting, and re-use systems, wastewater treatments, desalination systems, dams, pipelines, pumping stations, locks or seaport facilities throughout the course.
- It also has a strong remote sensing and GIS component to prepare students to use these skills in their careers.
BTech Water Engineering: Syllabus
Below given is a semester wise breakdown of the subjects that will be studied in BTech Water Engineering courses.
|Organization Behavior||Linear Programming|
|Qualitative Research Methods||Dynamic Programming|
|Business Communication Skills||Integrated River Basin Development|
|Management information system||Elements of Water Resources Development|
|Community Based Participatory Action Research||Surface Irrigation Systems|
|Applied statistics||Management of Hydraulic Systems|
|Core Courses||Planning and Design of Water Resources Systems|
|Water Resources Engineering||Sustainable Development Approach|
|Water Resources Systems Planning and Management||Transportation Engineering|
|Water Control and Measurement||Hydraulic Structures & Water Quality Modelling|
|Irrigation Management of Water Quality||Planning, Management & Economics of Water Resource Projects|
|Behaviour of Solids, Fluids, and Soils||Watershed Behaviour and its conservation Materials|
|Computational Hydraulics||Computational Fluid Mechanics|
|Channel & Fluvial Hydraulics||Hydraulics & Environmental Engineering|
|Applied Hydrology||Systems Engineering|
|Groundwater Technology||Urban Storm Water Drainage|
|Environmental Impact Assessment of Water Resource Projects||Internship|
|Project Planning||Industrial visit|
BTech Water Engineering: Recommended Books
Below given is a list of important books that are a vital part of the BTech Water Engineering curriculum. Students must have these books to understand the concepts of water engineering with ease.
|Geographic Information Systems in Water Resources Engineering||Lynn E. Johnson|
|Modern Water Resources Engineering||Chih Ted Yang, Lawrence K. Wang|
|Water Resources Engineering||Larry Mays|
|Practical Hydraulics||Melvyn Kay|
|Water 4.0: The Past, Present, and Future of the World’s Most Vital Resource||David Sedlak|