Megan Mallgrave

May 14, 2023, Evanston, IL: A game between Northwestern Lacrosse and University of Michigan during the Second Round of the NCAA Women’s Lacrosse Championships at Lanny and Sharon Martin Stadium in Evanston, Illinois Sunday, May 14, 2023. (Photo by Joshua Hoffman/Northwestern Athletics)

Photo by: Joshua Hoffman/Northwestern Athletics

Height:
5-11
Class:
Senior
High School:
St. Paul's School
Hometown:
Spring Lake, N.J.

Awards:

Big Ten Distinguished Scholar (2024)
Academic All-Big Ten (2023, 2024)

Career Highs:

Shots...............................3, vs. Niagara (2/18/25)
Ground Balls………….....2 (3x), vs. Penn (5/15/25)
Caused Turnovers...........2 (2x), vs. Penn (5/15/25)

Season Highs:

Shots..............................3, vs. Niagara (2/18/25)
Ground Balls………....…2 (2x), vs. Penn (5/15/25)
Caused Turnovers..........2, vs. Penn (5/15/25)

2025: Tallied a ground ball against Canisius (2/9) ... Recorded two ground balls and three shots against Niagara (2/18) ... Picked up a ground ball at Syracuse (2/25) ... Fired a shot on goal at Marquette (3/7) ... Caused a turnover against Maryland (3/21) ... Logged a ground ball and a caused turnover at USC (3/30) ... Forced a caused turnover at Johns Hopkins (4/3) ... Notched two ground balls and two caused turnovers against Penn to advance to the Final Four (5/15).

2024: Appeared in nine games...Had two ground ball recoveries and two caused turnovers against Central Michigan (3/3)...Picked up a ground ball in NCAA quarterfinal against #9 Penn (5/16).

2023: Appeared in 10 games ... Picked up a ground ball in win over Vanderbilt (3/4) ... Caused a turnover in Senior Day match up against Youngstown State (3/5) ... Added a ground ball in NCAA semifinal win over Denver (5/26).

2022: Appeared in 10 games ... Made her collegiate debut against Marquette (2/14) ... Picked up a ground ball against Ohio State (3/19).

Personal: From Spring Lake, New Jersey ... Played AAU for DEWLAX ... Mother played soccer and lacrosse at Harvard ... Father played Hockey at Harvard