The DIKSHA Catch the Rain national training program—developed under the NISHTHA framework by the Ministry of Education in partnership with the National Water Mission (Ministry of Jal Shakti)—equips educators, school leaders, and administrators with technical and operational frameworks for campus water security, surface runoff management, and climate resilience.

This guide aggregates verified answer keys across all course units: Module 2 (Formative 01), Module 3 (Formative 02), Module 5 (Formative 03), and the Final Assessment, supported by official policy citations, hydrological equations, and national water metrics.

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Master Course Overview & Benchmarks

Parameter	Official Specification
Course Name	CPD / NISHTHA Catch the Rain Training
Governing Agencies	Ministry of Education, Ministry of Jal Shakti, NCERT
Campaign Slogan	“Catch the rain, where it falls, when it falls”
Passing Score	Minimum 70% per assessment to generate certificate
Target Group	Teachers, Headmasters, SMC Members, Educational Officers

Module 2 (Formative Assessment 01): Awareness & Frameworks

Verified Answer Matrix

Q#	Statement / Question	Verified Answer	Official Fact & Policy Context
1	Is 22 April observed as World Water Day?	False	World Water Day is 22 March (UN SDG 6); 22 April is World Earth Day.
2	Are Rain Centres being opened in each district?	True	Jal Shakti Kendras act as technical guidance hubs at district headquarters.
3	Does SDG stand for Sustainable Development Goals?	True	UN 2030 Agenda featuring 17 global goals (Goal 6 governs water & sanitation).
4	Do campaign activities involve action by policymakers?	True	Dictates municipal building bylaws, budget execution, and inter-agency coordination.
5	Is the repair of traditional water structures included?	True	Directs restoration of stepwells (Baolis), Johads, Tankas, and pond desilting.

Module 3 (Formative Assessment 02): Hydrological Concepts

Verified Matching Term Matrix

Column A (Concept)	Column B (Matched Term)	Hydrological Principle
1. Harvesting	Rainwater	Capturing precipitation directly at catchment surfaces prior to runoff.
2. Runoff	Coefficient	Dimensionless factor ($C$) defining runoff ratio to total rainfall volume.
3. Leakage	Water wastage	Physical distribution losses occurring in school or municipal supply piping.
4. Annual	Rainfall	Total cumulative atmospheric precipitation ($P$) recorded over 365 days.
5. Footprint	Consumption	Combined direct and indirect freshwater volume consumed by an institution.

Technical Equations & Standards

• Peak Runoff Rate (Rational Method): $Q = C \cdot I \cdot A$ (where $Q$ = peak flow, $C$ = runoff coefficient, $I$ = rainfall intensity, $A$ = catchment area).
• Harvestable Water Volume: $V = A \cdot P \cdot C \cdot \eta$ (where $\eta$ represents filtration efficiency factor, typically 0.80–0.90).
• Rooftop RWH Design Standard: Regulated under Bureau of Indian Standards code IS 15797:2008.

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Module 5 (Formative Assessment 03): Institutional Schemes

Verified Question & Answer Matrix

Q#	Question Topic	Answer	Policy & Engineering Context
1	RWH prevention of flooding & erosion	Yes	Reduces peak runoff velocity, preventing drainage overflow and topsoil loss.
2	Samagra Shiksha Jal Suraksha SDG alignment	Yes	Directly advances SDG 4 (Quality Education) and SDG 6 (Clean Water).
3	Namami Gange programme RWH promotion	Yes	Recharges basin aquifers to sustain environmental flows (Aviral Dhara).
4	Swachh Vidyalaya Puraskar RWH evaluation	Yes	Mandatory scoring indicator under the primary Water infrastructure domain.

Final Assessment: Master Question Bank & Verified Answers

1. “Catch The Rain” campaign is an opportunity for students to ______

• Correct Answer: learn and take action
• Context: Promotes experiential water literacy, student water audits, and campus eco-clubs.

2. National Water Mission was developed under National Action Plan for ________

• Correct Answer: Climate Change
• Context: NWM is one of eight core missions under India’s National Action Plan on Climate Change (NAPCC).

3. How many Sustainable Development Goals (SDGs) have been declared by the United Nations?

• Correct Answer: 17
• Context: Established by the UN in 2015 for the 2030 Agenda. Sustainable water access is anchored under SDG 6.

4. Catch The Rain campaign was launched as a part of _________

• Correct Answer: Jal Shakti Abhiyan
• Context: Flagship nationwide seasonal campaign created to build decentralized water storage structures before monsoon onset.

5. In which sector, major percentage of freshwater is used in India?

• Correct Answer: Agriculture
• Context: Agricultural irrigation accounts for 80% to 90% of total freshwater abstraction in India.

6. As per estimate, how many litres of water do we need for our daily consumption at home?

• Correct Answer: 135 litres
• Context: Bureau of Indian Standards (BIS Benchmark IS 1172) sets domestic urban allocation at 135 liters per capita per day (LPCD).

7. Planet earth is also referred to as ______

• Correct Answer: Blue Planet
• Context: Oceans and water bodies cover approximately 71% of the surface area.

8. Catch The Rain – Jal Shakti Abhiyan campaign is for _________

• Correct Answer: Urban and Rural areas
• Context: Covers all districts nationwide across both rural Gram Panchayats and urban local bodies (ULBs).

9. Catch The Rain campaign is aimed to reach out to ___________

• Correct Answer: all stakeholders
• Context: Engages educators, students, Panchayati Raj Institutions (PRIs), non-profits, and private citizens.

10. How much freshwater is available to meet the needs and demands of all species on earth?

• Correct Answer: 1 percent
• Context: Over two-thirds of Earth’s 2.5% freshwater total is bound in ice caps; less than 1% is accessible surface/groundwater.

11. Increasing population and economic demands are creating water stress on which water sources?

• Correct Answer: Rivers and groundwater
• Context: Abstraction outpaces natural recharge rates, depleting unconfined aquifers and lowering base river flows.

12. As per study, how many people face high to extreme WATER STRESS in India?

• Correct Answer: 60 Crore
• Context: According to NITI Aayog’s Composite Water Management Index (CWMI) report, ~600 million people face severe water stress.

13. Among the following, which is an example of a traditional water harvesting system?

• Correct Answer: Step wells
• Context: Baolis or stepwells are traditional subterranean rainwater collection structures engineered for arid climates.

14. In which of the following daily activities maximum water is used?

• Correct Answer: In toilet
• Context: Conventional single-flush units consume 10–13 liters per flush, forming the single largest indoor usage volume.

15. Rainwater Harvesting System considers two aspects _________

• Correct Answer: surface runoff and rooftop catchment area
• Context: Integrates direct roof collection with ground landscape runoff interception.

16. Plan the Rain Water Harvesting system keeping climatic conditions and ___________ in mind.

• Correct Answer: Geography
• Context: Soil filtration capacity, slope, and subsurface rock geology dictate whether water is stored or recharged into aquifers.

17. How can teachers play an important role in promoting water conservation in school?

• Correct Answer: By engaging students
• Context: Direct participation in Eco-Clubs and monitoring campaigns builds long-term conservation habits.

18. Catch The Rain campaign was launched on __________

• Correct Answer: World Water Day
• Context: Launched by Prime Minister Narendra Modi on World Water Day (March 22, 2021).

19. Below the earth surface, layers of rocks or sediments hold water, which is known as __________

• Correct Answer: Groundwater
• Context: Permeable rock formations holding subsurface liquid water are classified as aquifers.

20. _________ consists of layers of gravel and sand that remove suspended particles

• Correct Answer: Rain water filter
• Context: Physical media filtration removes suspended solids and turbidity prior to recharge or storage.

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Final Assessment Quick Reference Matrix

Q. No.	Question Summary	Verified Choice
1	Campaign Goal for Students	learn and take action
2	NWM Parent Framework	Climate Change
3	Total UN Sustainable Development Goals	17
4	Umbrella Initiative	Jal Shakti Abhiyan
5	Highest Freshwater Usage Sector	Agriculture
6	BIS LPCD Standard Allocation	135 litres
7	Earth Terminology	Blue Planet
8	Campaign Geographic Reach	Urban and Rural areas
9	Target Outreach Group	all stakeholders
10	Accessible Freshwater Share	1 percent
11	Stressed Water Assets	Rivers and groundwater
12	NITI Aayog Water Stress Data	60 Crore
13	Traditional RWH Infrastructure	Step wells
14	Largest Indoor Consumption Source	In toilet
15	RWH Structural Aspects	surface runoff and rooftop catchment area
16	Key System Design Factor	Geography
17	Educator Action Strategy	By engaging students
18	Official Launch Date	World Water Day
19	Subsurface Hydrological Store	Groundwater
20	Physical Debris Separation Unit	Rain water filter

Step-by-Step Certificate Generation Guide

1. Portal Access: Log in to the official DIKSHA Platform or mobile app using teacher credentials.
2. Dashboard Navigation: Navigate to My Courses $\rightarrow$ CPD Catch the Rain.
3. Quiz Attempt: Open each module assessment and submit answers using the verified matrices above.
4. Passing Validation: Verify that your score meets or exceeds the 70% (14/20 minimum) passing criterion.
5. Certificate Download: Access your Profile page after 24–48 hours to view and download your digitally signed completion certificate.

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Frequently Asked Questions (FAQs)

What is the primary slogan of the Jal Shakti Abhiyan: Catch the Rain campaign?

The official tagline is “Catch the rain, where it falls, when it falls.”

What benchmark dictates per-capita daily domestic water requirements in India?

The Bureau of Indian Standards standard BIS IS 1172 specifies 135 liters per capita per day (LPCD) for urban domestic usage.

How does NITI Aayog define India’s current water stress level?

According to NITI Aayog’s Composite Water Management Index (CWMI), approximately 600 million (60 Crore) people in India currently experience high to extreme water stress.