Maple Leaf Sports & Entertainment Ltd. (MLSE) is Canada’s preeminent leader in delivering top quality sport and entertainment experiences to our fans. MLSE is one of North America’s leading providers of exceptional experiences. It is the parent company of the National Hockey League’s Toronto Maple Leafs, the National Basketball Association’s Toronto Raptors Major League Soccer’s Toronto FC, the Canadian Football League’s Toronto Argonauts and development teams with the Toronto Marlies (American Hockey League), Raptors 905 (NBA G League) and Toronto FC II (MLS NEXT Pro League). MLSE owns or operates all of the venues its teams play and train in, including Scotiabank Arena, BMO Field, Coca-Cola Coliseum, Ford Performance Centre, BMO Training Ground, and the OVO Athletic Centre. MLSE also provides fans in Toronto incredible live music and entertainment events. MLSE strives to deliver championships to our city and our fans and bring the world to its feet.
On-site · Toronto
Design, build, and maintain predictive statistical and machine learning models to optimize player evaluation and tactical performance. Translate complex data insights into actionable visualizations and briefs for front-office leaders and coaching staff.
On-site · Toronto
The developer will build and maintain team coaching applications by focusing on frontend React development, backend Python/AWS integration, and mobile support via React Native. They will also collaborate with engineering teams to define technical strategies, implement testing solutions, and ensure high-quality code delivery.
On-site · Toronto
Design and maintain predictive machine learning models for player evaluation, acquisition, and performance optimization. Translate complex data insights into actionable visualizations and briefs for front-office leaders and coaching staff.
On-site · Toronto
Develop and maintain web and mobile coaching applications using React, Python, and AWS. Collaborate with infrastructure teams to design APIs and implement automated testing solutions to ensure application reliability.