A Milestone for Penn State Hockey
Gavin McKenna, a standout forward for the Penn State Nittany Lions, has been projected as the top overall selection in the 2026 NHL Entry Draft, a development that would mark a historic first for the university’s men’s hockey program.
McKenna’s projected ascent comes after a standout collegiate season in which he combined elite playmaking with a relentless work ethic, drawing comparisons to previous NHL stars who honed their craft in State College.
From State College to the Maple Leafs
If the projection holds, McKenna will join the Toronto Maple Leafs, becoming the first player from Penn State to be chosen first overall in the NHL draft. The move would also place him alongside a lineage of Nittany Lions who have successfully transitioned to the professional ranks.
The Maple Leafs’ scouting department praised McKenna’s vision, durability and ability to elevate teammates, traits that align with the franchise’s long‑term strategy. His arrival is expected to inject fresh energy into a roster that has been seeking a dynamic offensive catalyst.
A Legacy of NHL Talent
Penn State’s impact on the NHL extends beyond McKenna’s projected selection. The university has produced a steady stream of draft picks, beginning with Max Gardiner in 2010, followed by Eamon McAdam and Mike Williamson in 2013, and Casey Bailey’s professional signing in 2015. Over the past decade, the program has seen five consecutive drafts featuring Nittany Lion talent, underscoring a robust development pipeline.
The recent draft histories of other collegiate powerhouses reveal that only Penn State and the University of Michigan have simultaneously yielded No. 1 overall picks in both the NFL and NHL drafts, a testament to the athletic excellence cultivated at these institutions.
As the 2026 draft approaches, the hockey community watches closely, anticipating how McKenna’s selection will further cement Penn State’s reputation as a breeding ground for elite talent and potentially inspire the next generation of collegiate players.