Paige Charette

Global Challenge: I worked to address need for sustainable urban development and climate resilience, particularly in rapidly urbanizing areas vulnerable to the impacts of climate change, such as extreme weather events and rising sea levels.

Abstract:

This research explores proactive climate change solutions for Jakarta, Indonesia, focusing on sustainable strategies to address the city’s vulnerability to rising sea levels and frequent flooding. Jakarta faces significant environmental challenges, as it is one of the most rapidly sinking cities in the world. The paper examines engineering solutions such as flood management infrastructure, sustainable building practices, and innovative urban design to reduce the impacts of climate change. It combines data analysis and case studies to evaluate the feasibility and implementation of these solutions within Jakarta's unique socio-political and economic context. The goal of this research is to offer practical, long-term strategies that enhance Jakarta's climate resilience and serve as a model for other cities facing similar environmental threats. This paper also underscores the crucial role of engineers in combating climate change and advancing sustainable urban development through proactive, well-designed solutions.

This project directly aligns with my commitment to the United Nations Sustainable Development Goals (SDGs), particularly SDG 11: Sustainable Cities and Communities, and SDG 13: Climate Action. Over the past three years, my participation in the GLASS program has allowed me to deepen my understanding of climate resilience and sustainable engineering solutions through hands-on experiences in diverse global settings, including in Indonesia. Through catering my studies at NYU Tandon and engaging in various international experiences, I have cultivated a passion for engineering solutions that address both local and global climate challenges. The GLASS program has provided me with the platform to combine academic learning and real-world application, reinforcing my dedication to developing sustainable, impactful solutions.

Bio:

Originally from Massachusetts, Paige will graduate from NYU Tandon with a Bachelor’s Degree in Chemical and Biomolecular Engineering, complemented by a minor in Biomolecular Sciences. In addition to academic pursuits, Paige serves as an undergraduate teaching assistant for NYU’s general engineering course, holding the leadership role of Head of Communications and mentoring first-year students. Paige has also conducted research for the general engineering department, evaluating first-year self-efficacy as a result of engineering design scaffolding activities, which has shaped her approach to teaching engineering concepts. Outside of academic responsibilities, Paige enjoys dancing in the NYU dance education program, reading, crocheting, and attending Broadway musicals.

Through the GLASS program, Paige has had the opportunity to study Chemical Engineering at the Master’s level at Politecnico di Milano in Milan, Italy, and participate in global education and volunteering programs in Indonesia, Sri Lanka, and Peru. These experiences have been guided by her belief that engineers have a profound ethical responsibility, with engineering education being central to fulfilling this role. Paige has always been inspired by the role engineers play in bettering society and believes that engineers have the unique ability to both design and implement the changes needed to create a better world. As the world faces the challenges of climate change, Paige believes that engineers have the unique ability to shift from reactive responses to proactive, sustainable solutions.

This philosophy has been central to her work within the GLASS program, including her final research project, which focuses on developing proactive climate change solutions for Jakarta, Indonesia.