GUWAHATI : Indian Institute of Technology Guwahati is inviting applications for the second batch of M.Tech. degree program in Flood and Water Resources Management, designed specifically for working professionals and graduates aiming to enhance their skills on flood and water resources management. Offered by the Department of Civil Engineering, this degree program will be conducted in hybrid mode (classes online, labs and final exam on IIT Guwahati campus). It is designed to equip students with advanced knowledge and applied skills to address complex challenges related to water scarcity, climate variability, and sustainable development.

The application portal for the second batch is now open. Interested candidates can apply using the following link – Apply Now.

Application Deadline: 15^th July 2026

Program Starts: 10^th August 2026

More details about the program are available at: https://iitg.ac.in/oes/odp/mtech/fwrm/

For any queries, write to: [email protected]

A key feature of the program is that no GATE score is required to apply for the same. Candidates will be selected based on the written test/ interview conducted by the department.

Speaking about key features of the program, Prof. Hemant B. Kaushik, Dean, Outreach Education and Skilling, IIT Guwahati, said, “With increasing challenges due to floods, climate variability, and growing demands on water resources, the need for skilled professionals in flood and water resources management has never been greater. This degree program at IIT Guwahati provides a unique opportunity to gain advanced knowledge and practical expertise to address these critical challenges and contribute towards sustainable water management.”

Key program highlights include:

• The program duration is 2 years, which can be extended up to 5 years
• The program will follow Trimester-based system, with each term having 12 weeks of instructions
• With emphasis on integrated and sustainable water resource management, the curriculum will prepare graduates to develop data-driven solutions for flood risk assessment, and climate adaptation strategies across diverse hydrological and socio-economic contexts
• Designed for working professionals having at least one-year professional experience in water resources sector
• The program is designed to fit into students’ professional schedule, with multi-entry and multi-exit options
• No age or location restriction for applicants
• All classes will be conducted in online mode and will be recorded for the students to learn at their own pace
• All laboratories and examinations will be conducted on IIT Guwahati campus

Throughout the program, the students will be able to visit IIT Guwahati campus to connect with experts, gain hands-on training in various relevant fields, and receive support from faculty members for their project work.

The program allows students to exit at different stages with recognised certifications. These include:

• After completion of 4 courses (2 – 3 Trimesters) – PG Certificate in Basics in Flood and Water Resources Management
• After completion of 7 courses (3 – 6 Trimesters) – PG Diploma in Flood and Water Resources Management
• After completion of all 10 courses (4 – 10 Trimesters) – Master of Science (Engineering) in Flood and Water Resources Management
• After completion of all courses and Capstone projects (6 – 15 Trimesters) – MTech in Flood and Water Resources Management

Students who exit at PG Certificate, Diploma, or Master of Science degree stage can rejoin after a one-year gap to continue their education.

Eligibility criteria and Admission process:

• 4-year Bachelor’s Degree (or Equivalent) in Civil/Agricultural Engineering or Allied Disciplines with at least 60% marks or 6.0/10 CPI
• Minimum 1 year of professional experience in water resource sector

With expertise in advanced tools and methods including hydrological modeling, GIS, remote sensing, and flood forecasting, the graduates of this program will be fit for diverse roles in government agencies, international organisations, consultancy firms, and research institutions focused on water and climate resilience. Their expertise to design and implement sustainable water resource management strategies will play a vital role in developing adaptive strategies to manage the impacts of climate change on water systems and vulnerable communities.