Women’s Swimming and Diving 2025-26 Season Review
The Augustana Vikings women's swimming and diving team excelled in the 2025-26 season, finishing with a 7-2 dual meet record and securing second place at the CCIW Championships. The team showed remarkable resilience, ending the season on a six-meet winning streak, while achieving significant individual and team accomplishments, including three conference championships. Kendle Mihm's standout performance earned her both individual titles and recognition through the CCIW Elite 26 Award. Academic success paralleled their athletic achievements as the team maintained a strong GPA and several athletes received academic honors. The Vikings also etched their names into the program's history with numerous top-10 performances.
By the Numbers- 7-2 record in dual competition.
- Second place finish at CCIW Championships for the second time in four seasons.
- Kendle Mihm won championships in 50 and 100 freestyle events.
- Team GPA of 3.36 earned recognition as CSCAA Spring Scholar All-America Team.
Despite a strong season, there are challenges ahead as the team faces increased competition in upcoming championships, alongside the pressure of maintaining academic and athletic excellence.
State of Play- The team finished strong with multiple podium finishes at the CCIW Championships.
- Kendle Mihm emerged as a leader in individual performances, while others also made significant program contributions.
- Augustana is positioned among the conference elite, reflecting growth and competitiveness.
As the 2026-27 schedule unfolds, the team will aim to build on last season's momentum, training to improve their standings and secure more conference titles in the upcoming competitions.
Bottom LineThe Augustana women's swimming and diving team demonstrated remarkable endurance and talent this season, showcasing their ability to compete at high levels both in and out of the pool. Maintaining this trajectory will be crucial for future success.
Read more at Augustana College Athletics
The summary of the linked article was generated with the assistance of artificial intelligence technology from OpenAI

