HYDRO-HUSTLE
HYDRO-HUSTLE
Water Management
Hydro-Hustle – Round 1 is a technical pipe-layout challenge where teams observe a given water-supply pipe arrangement for 15 seconds, then test their observation, technical knowledge, and teamwork by accurately recreating the layout using the provided pipes and fittings within 4 minutes.
Secure Your Spot
Limited seats available.
- 1st Prize
- ₹ 3000
- 2nd Prize
- ₹ 2000
- 3rd Prize
- ₹ TBA
Event Heads
CivilEvent Round Details
Teams of 3–4 members will observe a given pipe layout for 15 seconds and memorize its arrangement. They will then race against the clock to recreate the layout using the provided pipes and fittings within 4 minutes. The game tests observation, technical knowledge, accuracy, speed, communication, and teamwork.
- Each team must consist of 3–4 members.
- The reference pipe layout will be displayed for 15 seconds only.
- Teams must recreate the layout within 4 minutes using only the provided materials.
- Mobile phones, photographs, notes, and external assistance are not allowed.
- All team members must participate in the setup.
- Points will be awarded based on accuracy, correct connections, and completion time.
- If two or more teams achieve the same highest score, a Tie-Breaker Round will be conducted.
- Judges decision will be final.
If two or more teams achieve the same highest accuracy, a Tie-Breaker Round will be conducted. The team that completes the given task with the highest accuracy in the shortest time will be declared the winner.
CivilHYDRO-HUSTLE
HYDRO-HUSTLE
Water Management
Hydro-Hustle – Round 1 is a technical pipe-layout challenge where teams observe a given water-supply pipe arrangement for 15 seconds, then test their observation, technical knowledge, and teamwork by accurately recreating the layout using the provided pipes and fittings within 4 minutes.
Secure Your Spot
Limited seats available.
- 1st Prize
- ₹ 3000
- 2nd Prize
- ₹ 2000
- 3rd Prize
- ₹ TBA
Event Round Details
Teams of 3–4 members will observe a given pipe layout for 15 seconds and memorize its arrangement. They will then race against the clock to recreate the layout using the provided pipes and fittings within 4 minutes. The game tests observation, technical knowledge, accuracy, speed, communication, and teamwork.
- Each team must consist of 3–4 members.
- The reference pipe layout will be displayed for 15 seconds only.
- Teams must recreate the layout within 4 minutes using only the provided materials.
- Mobile phones, photographs, notes, and external assistance are not allowed.
- All team members must participate in the setup.
- Points will be awarded based on accuracy, correct connections, and completion time.
- If two or more teams achieve the same highest score, a Tie-Breaker Round will be conducted.
- Judges decision will be final.
If two or more teams achieve the same highest accuracy, a Tie-Breaker Round will be conducted. The team that completes the given task with the highest accuracy in the shortest time will be declared the winner.
Event Heads
More Chaos
About the event
"Great ideas become powerful when they are shared." A platform for young civil engineers to showcase their innovative ideas, research, and technical knowledge. This paper presentation encourages participants to explore new concepts, share practical solutions, and present their ideas with confidence. Let your ideas inspire others and contribute to the future of civil engineering and sustainable development.
Go to eventPaper presentation
Structural engineering, Geotechnical engineering, environmental engineering, water and waste water engineering, Highway and traffic engineering
About the event
Shake & Stand is a two-round structural engineering challenge where teams first prove their civil engineering knowledge and teamwork, then put their structural design skills to the ultimate test by building an earthquake-resistant tower and challenging it on a shake table. Design and construct a seismic-resistant multi-storey frame tower using only the materials provided. The tower shall have an overall height of 35–40 cm, with each storey measuring 5–8 cm in height and a base plan of 10 × 10 cm. The frame shall be designed for maximum stability, strength, and resistance to simulated earthquake vibrations. The completed tower will be subjected to shake-table testing to evaluate its seismic performance, lateral deformation, stability, and resistance to earthquake-induced vibrations.
Go to eventShake and stand
Structural Engineering – Earthquake and Seismic Engineering
About the event
Woven Wonders is a two-round creative structural challenge that combines technical knowledge with innovative thinking. Teams will first compete in a technical quiz, followed by a hands-on design challenge.
Go to eventWoven Wonders
Structural Engineering
