ZeroFox protects organizations from external threats across the public attack surface, and we're building agentic AI into the core of how that work gets done. You'll define and build the production agentic systems that power ZeroFox's product: the architectures, tooling, and practices that make agents manage state across steps, handle failures without losing context, and know when to escalate to a human. This is deep agent systems work. You'll be solving the hardest problems in multi-step orchestration, reliability, and evaluation for non-deterministic systems operating on adversarial data. What you'll do - Design and implement production agent architectures: state management, error handling, retry logic, graceful degradation, human-in-the-loop escalation - Build evaluation and testing frameworks for non-deterministic agent workflows: offline tests, synthetic data generation, regression checks, and post-deploy monitoring - Implement orchestration patterns: multi-agent coordination, tool-calling chains, memory management, context window optimization - Define deployment and governance practices: agent versioning, rollback, behavioral telemetry, anomaly detection - Instrument agents with tracing, logging, and observability that make production behavior debuggable - Establish architectural standards and best practices for agentic development through design reviews, pairing, and mentorship

• Research and develop innovative new solutions that will help to shape the future direction of Broadcom • Work within a scrum team in an agile development environment, with an opportunity to gain exposure to many of the key agile roles • Participate in design and code reviews • Participate in test plan reviews and develop automated test scripts to deliver high quality software solutions

• Perform modeling and technical analyses to evaluate proposed data center/large load sites for flexible interconnections, such as: • Time series power flow simulations • Contingency analyses • Production cost model simulations • Configuring probabilistic scenario analyses • Inform and shape the product roadmap for flexible interconnection planning and operations • In collaboration with Camus’ Customer Success team, engage with data center and utility customers to evaluate and implement flexible interconnections. • Work with our utility customers/partners to evaluate and understand utility data sets so that they can be integrated into the Camus platform. • Collaborate with Camus’ Customer Success and Engineering teams to integrate utility-specific transmission models, GIS data, and time series data into the Camus platform. • Stay informed on the regulatory and policy landscape around large load interconnection processes for the relevant utility and/or ISO/RTO regions of focus • Inform development of the operational model supporting flexible interconnections in utility and ISO/RTO operations • Document product capabilities and requirements that support the analysis and adoption of flexible interconnections in the transmission system

• Work closely with circuit designers to optimize the floor plan; • Perform daily layout editing, DRC/LVS tasks to ensure the quality of the layout; • Employ efficient design methodologies to reduce the number of iterations and promptly deliver the product.