Betting OnlineNewsTransforming Qualcomm Stadium into Snapdragon Stadium: A Remarkable Feat of Speed and Sustainability
In 2017, the San Diego Chargers relocated to Los Angeles, leaving behind Qualcomm Stadium. After careful consideration, San Diego State University (SDSU) took ownership of the site in August 2020. The goal was to transform the stadium into the new Snapdragon Stadium at SDSU Mission Valley, which would serve as the home for SDSU Aztecs football, San Diego Wave FC of the National Women’s Soccer League, and the San Diego Legion of Major League Rugby.
The transformation of Qualcomm Stadium into Snapdragon Stadium was a remarkable feat accomplished in a relatively short period of time. The project plans, led by architectural firm Gensler, called for a complete demolition of the old stadium and a fresh build. Despite the logistical challenge of operating the old stadium while constructing the new one right next to it, the project was completed on time and opened its doors on September 3, 2022.
The project also aimed to address environmental concerns associated with the old stadium's location on a floodplain. The new construction provided an opportunity to put an end to the flooding issues by raising the site above the floodplain level. Additionally, the future phases of the SDSU Mission Valley master plan include the incorporation of mixed-use residential and retail spaces, affordable housing, biking and pedestrian trails, and an innovation district.
Several factors contributed to the rapid construction of Snapdragon Stadium. The COVID-19 pandemic, while challenging, had a silver lining in this case. The demolition of Qualcomm Stadium was expedited, allowing the construction crews to work without the constraints of an operational public structure nearby. Furthermore, the existing soil structure of the old stadium provided a significant amount of infill, reducing the need for external sourcing of soil.
The use of Building Information Modeling (BIM) tools played a crucial role in the successful transformation of Qualcomm Stadium. BIM was applied not only to the interior but also to the exterior and underground areas of Snapdragon Stadium. This meticulous approach ensured that every element, from support piles to underground infrastructure, was accounted for, minimizing unexpected challenges during the construction process.
SDSU's unwavering preparedness was a key factor in the project's success. The university began comprehensive design work early on, allowing construction to commence shortly after taking ownership of the site. This proactive approach helped streamline the process and avoid delays.
The transformation of Qualcomm Stadium into Snapdragon Stadium stands as a testament to the collaborative efforts of various stakeholders. The project's success not only provides SDSU with a state-of-the-art venue for sports and events but also addresses environmental concerns and paves the way for future development. Snapdragon Stadium is a symbol of progress and innovation, showcasing what can be achieved when vision, planning, and execution align.
