NBCUniversal is a global media and entertainment company that creates and distributes diverse content across film, television, streaming, and theme parks, operating under prominent brands.
New York City, NY
NBCUniversal is one of the world’s leading media and entertainment companies. We create world-class content, which we distribute across our portfolio of film, television, and streaming, and bring to life through our global theme park destinations, consumer products, and experiences. We own and operate leading entertainment and news brands, including NBC, NBC News, NBC Sports, Telemundo, NBC Local Stations, Bravo, and Peacock, our premium ad-supported streaming service. We produce and distribute premier filmed entertainment and programming through our powerhouse film and television studios, including Universal Pictures, DreamWorks Animation, and Focus Features, and the four global television studios under the Universal Studio Group banner, and operate industry-leading theme parks and experiences around the world through Universal Destinations & Experiences, including Universal Orlando Resort, home to Universal Epic Universe, and Universal Studios Hollywood. NBCUniversal is a subsidiary of Comcast Corporation. Our impact is rooted in improving the communities where our employees, customers, and audiences live and work. We have a rich tradition of giving back and ensuring our employees have the opportunity to serve their communities. We champion an inclusive culture and strive to attract and develop a talented workforce to create and deliver a wide range of content reflecting our world.
On-site · Montréal
The engineer will design and maintain high-fidelity 2D/3D simulation environments to train autonomous agents using reinforcement learning. They will also develop reward functions and optimize algorithms to ensure reliable agent performance in real-world scenarios.
On-site · Montréal
Design and maintain high-fidelity 2D/3D simulation environments and reward structures to train autonomous agents. Develop and optimize RL algorithms while implementing sim-to-real strategies to ensure reliable real-world performance.