Abstract:
This project, titled "Exploring Green Building Technology for a Greener Tomorrow" addresses
the environmental challenges posed by traditional construction methods, which often result in high
energy consumption, waste generation, and resource depletion. The research explores green building
technologies such as energy-efficient systems, rainwater harvesting, and the use of recycled materials
like steel, glass, and plastic to promote sustainable construction practices.
A case study from Kigali, Rwanda, is presented to demonstrate the real-world application of these
technologies. The research methodology involved data collection through surveys, interviews with
construction professionals, and performance tests comparing green and conventional buildings. The
study aimed to assess the impact of green building technologies on reducing waste, lowering energy
consumption, and conserving natural resources. Results showed that water consumption was reduced
by 30%, power usage by 40%, and solar energy systems provided up to 25% energy savings.
Additionally, improvements in natural lighting and air ventilation resulted in a 20% and 15%
enhancement in indoor environmental quality, respectively.
The findings reveal that green building technologies significantly reduce the environmental impact of
construction while offering cost-saving benefits. However, challenges such as higher initial costs and
the need for increased awareness among stakeholders persist. The study concludes that adopting these
technologies is essential for a sustainable future in construction and recommends further research to
explore their long-term benefits and incorporation into Rwanda’s construction policies.
