Principal Machine Learning Engineer - Content Safety
- Machine learning
- Other places
- 06/12/2024
- -
Roblox is a global platform where millions of users gather daily to create, explore, and enjoy immersive 3D experiences. This vibrant interaction is powered by a creative community and cutting-edge technology, driving forward our mission to connect a billion people through optimism and civility. At the core of our efforts is our commitment to safety and civility, making every interaction within Roblox secure and inclusive.
As a Principal Machine Learning Engineer on our Content Safety team, you will tackle critical challenges to maintain a safe and civil environment across Roblox. This role is crucial in developing systems to detect and mitigate unsafe content, leveraging machine learning models and backend services to enhance user experience and community well-being.
Embarking on a career at Roblox means more than just working; it means shaping the future of digital social interaction. We prioritize safety and civility, investing in comprehensive tools and technologies to safeguard our expansive online community. Here, we offer competitive salaries, outstanding benefits, and a work environment that supports your best work every day.
For our San Mateo, CA-based role, the salary range is $267,720—$331,640 USD, complemented by an industry-leading benefits package including health coverage, robust retirement plans, and flexible work policies. Moreover, employees enjoy perks like free meals, unlimited snacks, on-site fitness, and commutation programs.
Roblox is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all employees. Discrimination of any kind is strictly prohibited, and we strive to provide fair treatment across all aspects of employment.
If you’re ready to build safe and engaging online communities with a leading tech company, apply to Roblox today as a Principal Machine Learning Engineer - Content Safety and join us in shaping the future of online interactions.