Full-Stack Software Engineer (Child Safety Tools & Systems)

Quick Facts

• Role: Full-stack engineer building child-safety tools and systems
• Focus: Intelligence systems that detect, triage, and enable efficient human review of potential high-severity harm
• Scope: End-to-end development across UIs, services, pipelines, and infrastructure

Description

Build data-intensive, AI-powered applications and infrastructure that help operators and investigators work effectively and responsibly on child safety. You’ll prototype, build, and maintain intelligence systems that detect and triage potential high-severity harm, enabling efficient human review. This role involves exposure to sensitive and egregious content.

Role Responsibilities

• Prototype, build, and maintain intelligence systems for detection, triage, and human review workflows
• Work hand in hand with operators and investigators to deliver tooling that improves speed, accuracy, and safety
• Develop across the stack: UIs, services, and pipelines required to solve safety problems
• Collaborate with cross-functional partners across policy, platform integrity, safety systems, and research
• Contribute to technical strategy for child safety related tools and systems
• Report on impact in a data-driven fashion

Requirements

• 7+ years of experience as a software engineer
• Own systems end-to-end, from infrastructure and data ingestion to frontend tooling
• Integrate new AI models and APIs into practical systems
• Build and operate large-scale data pipelines and/or search/retrieval systems
• Proficiency in Python and/or TypeScript
• Familiarity with Spark, Kafka, Flink, data warehouses, and SQL
• Product-minded approach focused on user workflows and quick iteration
• Deliver pragmatic solutions in ambiguous, fast-moving environments
• Prior experience engineering for high-severity harms

Benefits

• Work at the frontier of AI capabilities while improving child safety tooling
• Develop reliable, well-crafted systems for high-severity safety operations
• Measure impact using data-driven reporting