OVERVIEW As an Associate Broadcast Engineer, you will be responsible for ensuring the seamless operation and optimal performance of all broadcast equipment and systems. Your role will involve maintaining high technical standards to guarantee the continuous and uninterrupted transmission of our originated channels. You will play a pivotal role in ensuring that all systems are fully operational, facilitating smooth broadcasting and minimal downtime. You will be the backbone of our broadcast operations, ensuring everything runs efficiently across CNBC Asia Pacific’s platforms.

We are seeking an experienced and strategic Manager for Collaboration Engineering to oversee a team of engineers supporting NBCUniversal’s Collaboration Systems. This role encompasses a technical leadership with oversight on operational activities and expertise to drive strategic projects and initiatives, ensuring the reliability and scalability of our Collaboration infrastructure. The Manager will also drive strategy and manage relationships with external vendors and internal application/business technology teams.

NBCUniversal is seeking a Staff Fullstack Software Engineer to lead the development of innovative new systems and solutions making use of a rapidly changing landscape of emerging technologies. This is a special role that's part of a team focused on proving the value of new tech and bringing it to production quickly. We are seeking a candidate well versed in full stack web application software development. Responsibilities: Develop prototypes rapidly for new proofs of concept, ensuring high usability and adherence to design specifications.

NBCUniversal is looking for a talented individual for our Director of Production Design & Project Engineering for NBCU Operations and Technology (O&T) based in 30 Rockefeller Plaza in New York. O&T supports Enterprise Technology, Broadcast, and Production systems across NBCU globally.

In this role, you'll be programming in Python to create the core software that powers advanced computer vision and modeling applications. These tools use complex math to interpret and generate visual data, like images or 3D models. You’ll get to work with the latest research in fields like artificial intelligence, computer vision (helping users “see” and understand images), and computer graphics (generating images or animations).

In this role, you’ll create software that automatically generates 3D environments or objects. Instead of random designs, your software will use real-world data, such as maps or object details, to make these environments look more realistic. The output from your work will be compatible with popular 3D platforms like Unreal and Unity, or as standalone 3D models. You’ll work closely with the Pipeline and AI/ML teams to plan and improve the way this 3D data flows through our production process, helping it fit well with game environments.

In this role, you’ll create software that automatically generates 3D environments or objects. Instead of random designs, your software will use real-world data, such as maps or object details, to make these environments look more realistic. The output from your work will be compatible with popular 3D platforms like Unreal and Unity, or as standalone 3D models. You’ll work closely with the Pipeline and AI/ML teams to plan and improve the way this 3D data flows through our production process, helping it fit well with game environments.

In this role, you’ll create software that automatically generates 3D environments or objects. Instead of random designs, your software will use real-world data, such as maps or object details, to make these environments look more realistic. The output from your work will be compatible with popular 3D platforms like Unreal and Unity, or as standalone 3D models. You’ll work closely with the Pipeline and AI/ML teams to plan and improve the way this 3D data flows through our production process, helping it fit well with game environments.

In this role, you'll be programming in Python to create the core software that powers advanced computer vision and modeling applications. These tools use complex math to interpret and generate visual data, like images or 3D models. You’ll get to work with the latest research in fields like artificial intelligence, computer vision (helping users “see” and understand images), and computer graphics (generating images or animations).

In this role, you’ll use C++ to build important software that powers machine learning, computer vision, and 3D modeling applications. This software will rely on mathematical concepts to analyze images and create realistic 3D models based on real-world data. You’ll get to work with the latest research in fields like artificial intelligence, computer vision, and computer graphics. To keep track of your code and changes, you’ll use Git.