Senior Software Engineer, Agentic AI Systems

Responsibilities

• Design and implement intelligent systems capable of reasoning, planning, and executing complex multi-step workflows.
• Develop architectures that integrate LLMs, retrieval systems, memory, tools, and feedback loops.
• Build autonomous and semi-autonomous workflows to enhance engineering productivity and operational efficiency.
• Design scalable backend services, APIs, and distributed systems to support AI-native applications.
• Build orchestration frameworks for multi-agent and tool-based systems.
• Develop evaluation frameworks to measure accuracy, reliability, latency, and task completion.
• Partner with AI researchers, infrastructure teams, and product organizations to drive innovation.

Requirements

• BS, MS, or PhD in Computer Science, Computer Engineering, or a related field.
• 5+ years of software engineering experience with strong proficiency in Python.
• Experience building scalable distributed systems and cloud-native services.
• Experience developing AI-enabled applications using LLMs, RAG, agent frameworks, or workflow orchestration.
• Proven track record of designing, building, and operating large-scale production software systems.
• Strong understanding of distributed systems, scalability, reliability, and performance engineering.

Preferred Qualifications

• Experience building production AI agents or autonomous systems involving reasoning and planning.
• Experience with vector databases, retrieval systems, knowledge graphs, or semantic search.
• Experience with AI evaluation, benchmarking, and observability platforms.
• Expertise in modernizing early-stage prototypes into robust, business-critical production systems.
• Deep expertise in system architecture and technical leadership.

About the Company

NVIDIA is building the next generation of AI-native software systems. As AI evolves from assistant-based workflows to autonomous systems capable of reasoning and acting, we are defining the underlying platforms that power this global transformation.