Telkom University, as one of the leading educational institutions in Indonesia, has taken proactive steps in maintaining environmental sustainability through the implementation of infiltration wells. Located in the middle of a rapidly developing city, the campus faces challenges in water management, especially during the rainy season. Infiltration wells are an innovative solution to overcome this problem.

1. Strategic Location and Main Function
   The infiltration well at Telkom University is located next to the Bangkit Building, which is one of the main landmarks of the campus. This location was chosen to optimize the function of the well in capturing surface flow of rainwater. By absorbing rainwater into the ground, the infiltration well functions as a natural “filter” that prevents waterlogging and potential flooding in the campus area.
2. Preventing Floods and Maintaining Groundwater Quality
   One of the main functions of infiltration wells is to prevent flooding by storing surface flow. In a dense urban environment like Telkom University, rainwater management is very important. Infiltration wells help direct rainwater into the ground, thereby reducing the risk of flooding that can disrupt campus activities.
   In addition, infiltration wells also play a role in maintaining the height of the groundwater level. By slowing the flow of surface water, these wells increase groundwater reserves and help reduce pollution. This is very important to maintain the quality of the ecosystem around the campus.
3. Water Conservation and Environmental Management System
   Telkom University has developed a comprehensive water conservation system by installing infiltration wells in each building. This aims to prevent rainwater from flowing directly into the drains, but can seep into the ground in larger volumes. In addition to infiltration wells, the campus also has a water filtration system that ensures that the water entering Lake Situ Tekno is clean from dirt.
4. Positive Impact on Environmental Awareness
   The implementation of infiltration wells at Telkom University is not just physical infrastructure; it also reflects the campus’s commitment to environmental sustainability. The presence of infiltration wells inspires students and staff to care more about environmental issues and contribute to the preservation of natural resources.
5. Conclusion
   With innovative steps such as the construction of infiltration wells, Telkom University shows that higher education can play an active role in environmental conservation. Through good water resource management and high environmental awareness, the campus not only creates a comfortable learning environment but also contributes to the sustainability of the ecosystem as a whole. It is hoped that this initiative will continue to grow and provide long-term benefits to the environment and wider community.