Domestic

Festival Beach Community Garden

Austin, Texas

In Summer 2024, the Domestic Subteam partnered with the Festival Beach Community Garden and Food Forest in Austin, Texas to address water insecurity and escalating water costs through practical engineering approaches. Over the Fall of 2024, the team collaborated with local stakeholders to develop a comprehensive Work Plan, focusing on five key components: assessing flow diversion strategies for stormwater management, designing an efficient irrigation system, establishing cistern water storage, evaluating reclaimed water reuse, and integrating solar-powered water pumping.

The project aims to mitigate flooding and optimize water distribution through flow diversion strategies while ensuring consistent irrigation. The cistern design maximizes rainwater capture, and reclaimed water reuse is explored as a way to reduce reliance on potable water. Solar energy is assessed for its feasibility in powering water pumping systems, enhancing energy efficiency, and long-term cost savings.

By leveraging Civil3D, GIS, and hydraulic modeling tools, the team ensures that each component is technically viable and adheres to industry best practices. With guidance from professional engineers and alignment with EWB-USA’s quality standards, the project is positioned to deliver scalable, impactful solutions that enhance climate-resilient infrastructure. In Spring 2025, the team will conduct an alternatives analysis, refine technical designs, and begin implementation, providing pro-bono engineering services that offer tangible, lasting benefits for the community at large.

Pine Ridge Reservation

South Dakota

In response to the pressing challenges of housing insecurity and overcrowding on the Pine Ridge Reservation in South Dakota, our team designed and completed a Sustainable Housing Unit (SHU) to deliver a lasting, community-driven solution. This four-person home provides essential amenities, including a kitchen, full bathroom, and comfortable living spaces, while focusing on affordability, sustainability, and functionality.

The project incorporated sustainable materials and construction practices, alongside rigorous quality assurance processes, to ensure cost-effective, durable, and accessible housing. Comprehensive construction sets were developed, including structural, architectural, and MEP drawings, to guide every phase of execution with precision and reliability.

Completed in Fall 2024, the SHU exemplifies the power of engineering to create meaningful change, addressing critical infrastructure needs while fostering resilience in partnership with EWB-USA.

Meet the Team

  • Gregory Pepin

    Vice President and Domestic Lead

    Civil Engineering - Class of 2027

  • Connor Roche

    Biomedical Engineering - Class of 2026

  • Swecha Agarwal

    Mechanical Engineering - Class of 2027

  • Hathaway Heart

    Environmental Engineering - Class of 2025

  • Emily Li

    Bioengineering - Class of 2027

  • Zach Miller

    Civil Engineering - Class of 2025

  • Kaitlin Kelly

    Mechanical Engineering - Class of 2025

  • Juliet Sencion

    Environmental Engineering - Class of 2027

  • Jennifer Permenter

    Civil Engineering - Class of 2026

  • Anona Joshi

    Biomedical Engineering - Class of 2027

  • Isabel Camara

    Environmental Engineering - Class of 2025