The aims of the project include, developing a DIY edible water bottle, evaluating different calcium sources, assessing eco-friendliness, analyzing versatility, investigating commercial viability, creating a comprehensive guide or documentation on how to make these DIY edible water bottles, educational outreach on sustainable alternatives to plastic. The project’s deliverables represent tangible impact on waste reduction, environmental awareness, sustainable & biodegradable alternative to plastic water bottles, promoting eco-conscious consumer behavior, and contributing to the development of innovative and environmentally friendly packaging technologies.

The objective of the Air Quality Index (AQI) monitoring system project is to assess and communicate the  quality of the air in a specific location based on the concentration of various air pollutants. Through  the implementation of AQI, several positive impacts which include, public health protection,  environmental monitoring, scientific research and innovation, regulatory compliance and policy  development, emergency response and planning can be generated. Furthermore, Quantifying  potential economic savings in healthcare costs associated with a decrease in pollution-related health  issues.

The objective of a Net Zero Home is to achieve a balance between the amount of energy a home consumes and the amount of renewable energy it generates, resulting in a net energy consumption of zero. The primary goals of Net Zero Homes include, energy efficiency, carbon emissions reduction, financial savings. Specific methodologies and measures which includes, Energy Consumption and Generation Monitoring, Energy Performance Metrics, Energy Balance, Energy Use Intensity (EUI), Carbon Footprint Analysis, have been employed to quantitatively and qualitatively evaluate the success and effectiveness of Net Zero Home project. The project supports the environment in several ways by incorporating sustainable building practices, energy-efficient technologies, and renewable energy sources.

This project aims to create a system that can efficiently and accurately dispense medications to patients, ensuring that they receive the right dosage at the right time and Incorporates notification features to remind patients when it’s time to take their medication. As the demand for healthcare technology solutions grows, the project presents an opportunity for advancements in Healthcare Patient Satisfaction. Furthermore, it aims to minimize medication waste by accurately dispensing the prescribed dosage for expensive or environmentally impactful medications while enhancing patient safety and time saving for Healthcare Professionals.

The objective of an earthquake and flood detection system project is to provide timely and accurate information about seismic and flood events in order to mitigate their impact on human lives, infrastructure, and the environment. Through this project, warning alerts reach the affected population and relevant authorities promptly as continuous monitoring provides real-time data on seismic and hydrological activities. Timely evacuation warnings allow both human populations and wildlife to move to safer areas, reducing the risk of harm to biodiversity. This is particularly important in areas with diverse ecosystems and endangered species. Through the project, earthquake and flood detection system can support the environment in several ways by contributing to the preservation and protection of natural ecosystems.

The project aims at reducing water wastage on farms, gardens and plantations by providing water to the soil based on moisture content to increase crop yield and productivity by maintaining optimal moisture levels in the soil.

This project aims to conduct research into the impact that the Paris Climate Agreement had on the process of the yearly UN conferences on climate (COP after 2015). Through the project, attempt to illuminate and explore the positive effect which the negotiation and signing of the agreement had on the overall discourse and discussion on the need to have global climate action. Climate change affects all people on the planet, and so everyone should cooperate on solving this problem. The UN is the best place for global cooperation. The project will promote cooperation under the UN umbrella, and call for greater activism and support for global engagement on this important issue.
The Project will be impactful for young people to believe in global cooperation under the UN, become more optimistic about global political coordination, support international Organizations, become aware of the successes achieved so far and the work that yet remains to be done, understand the effect of the Paris Climate agreement and the work all countries of the world accepted to undertake. By advocating global coordination and presenting tangible results of such activity at the highest level, awareness of the need to cooperate and the inspiration resulting from positive results will motivate young people to help stop global warming and to protect the planet.

Meraki aims at promoting the participation and self-management of the supported communities, generating social impact through sustainable projects. With growing interest in holistic education that incorporates cultural and artistic elements, there lies an opportunity to expand the program to reach a broader audience. The Project has increased participation in community activities and events, enhanced cultural understanding and appreciation among community members, development of leadership and teamwork skills among individuals, creation of new educational and career opportunities for community members, Improved overall well-being and self-confidence of individuals within the community. The project aims to support the environment in several ways: community engagement in environmental conservation, promote sustainable practices, environmental education, green spaces and cultural preservation, reduce environmental Impact, Institutional partnerships for environmental support, define specific key performance indicators related to community engagement.

The aim of this project is to design a complex adaptive systemic model that promotes the adoption of eco-innovation in Mexican manufacturing SMEs, overcoming barriers and taking advantage of the identified facilitating factors, in order to boost their sustainability and competitiveness, thus contributing to economic development and environmental care in Mexico. In order to achieve the general objective of the project, spatial objectives were proposed which includes carrying out an exhaustive review of the scientific and technical literature related to the adoption of eco-innovation in manufacturing SMEs, identifying the main approaches, models and best practices used in previous studies. It is also considered important to design a complex adaptive systemic model based on the literature review, which integrates the key elements to promote the adoption of eco-innovation in Mexican manufacturing SMEs, considering internal and external factors, as well as the interactions between them. And to validate the proposed model through interviews and consultations with companies in the manufacturing sector, academic experts in the field and representatives of the government sector involved in policies and regulations related to eco-innovation.