Date of Award
6-2025
Document Type
Thesis
Publisher
Santa Clara : Santa Clara University, 2025
Department
Civil, Environmental and Sustainable Engineering
First Advisor
Laura Doyle
Second Advisor
Rachel He
Third Advisor
Aria Amirbahman
Abstract
This senior design project presents a comprehensive infrastructure improvement plan for Pinecrest Lake, a popular recreation area in the Sierra Nevada Mountains. The multidisciplinary approach addresses key issues including parking and traffic flow, public restroom upgrades, water treatment plant analysis, and day-use area enhancements. Special attention is given to long-term sustainability and stakeholder engagement across diverse user groups. Data collection and site analysis were conducted to inform decisions on circulation redesigns, potential tolling, environmental impact mitigation, and improved amenities that reflect both user needs and regulatory compliance.
The project emphasizes future-proofing and resiliency through cost-benefit analyses, scalable design strategies, and phased implementation plans. Proposed alternatives were evaluated based on economic, environmental, ethical, and social criteria. This project aims to provide a blueprint for enhancing user experience at Pinecrest Lake while balancing accessibility, ecological integrity, and long-term operational feasibility.
Recommended Citation
Brisk, Andre; Ralston, Kyle; and King, John, "Sustainable Solutions for Managing Overcrowding at Pinecrest Lake" (2025). Civil, Environmental and Sustainable Engineering Senior Theses. 123.
https://scholarcommons.scu.edu/ceng_senior/123
