Kaitlyn Chen Drafted by Valkyries in WNBA 2025

Kaitlyn Chen, a standout guard who began her collegiate basketball career at Princeton University, has been selected 30th overall in the third round of the 2025 WNBA Draft by the Golden State Valkyries. This selection marks a significant milestone, as Chen becomes the first female player of Taiwanese descent to be drafted into the WNBA .​

🏆 Collegiate Achievements: A Blend of Talent and Leadership

During her time at Princeton, Chen earned the title of Ivy League Player of the Year three times, showcasing her exceptional skills and leadership on the court. Seeking to challenge herself further, she transferred to the University of Connecticut (UConn) for her final year of eligibility. At UConn, Chen played a pivotal role in the Huskies' journey to their 12th national championship, contributing significantly in high-stakes games, including a notable performance against USC in the NCAA tournament .

🎉 Draft Night Surprise: From Supporter to Draftee

Initially attending the WNBA Draft to support her teammate Paige Bueckers, Chen was pleasantly surprised when her own name was called by the Golden State Valkyries. This unexpected turn of events was met with enthusiasm from fans of both UConn and the Valkyries, who took to social media to express their excitement over the selection .​

🌐 Cultural Significance: A Trailblazer for Taiwanese Representation

Chen's selection is not only a personal achievement but also a cultural milestone. As the first woman of Taiwanese descent to be drafted into the WNBA, she serves as a trailblazer, inspiring aspiring athletes from diverse backgrounds

Looking Ahead: Potential Impact with the Valkyries

Joining the newly established Golden State Valkyries, Chen brings a wealth of experience and a proven track record of leadership. Her adaptability and court vision are expected to be valuable assets as the team builds its identity in the league. Analysts have highlighted her as a potential steal in the draft, noting her mature playmaking abilities and consistent performance under pressure