• Lead the software engineering process from concept to production systems, setting technical direction for the products that operate the enterprise. • Mentor and guide a team of engineers building the most critical internal tools for a rapidly scaling space company. • Engage with hardware engineers, supply chain managers, and executives to understand their needs, turning operational bottlenecks into elegant, AI-driven software solutions. • Architect business-critical systems including Hyperdrive, AI inference platforms, and enterprise data pipelines. • Build and maintain APIs that let any internal developer integrate enterprise data into their specific applications. • Collaborate with cross-functional teams including Ground Software, Flight Software, Hardware, and Finance. • Drive architectural decisions for enterprise systems that must scale rapidly and remain highly reliable. • Deliver solutions that simplify complex operations, making aerospace manufacturing and business logic as intuitive as deploying to AWS.

• Design, develop, and support clinical trial software with emphasis on patient safety and integrity of clinical study data • Review product requirements and verify that all requirements can be implemented • Assist with the creation of technical design and implementation documentation • Design and code software applications and fix defects • Provide unit testing coverage for delivered code • Work with others to ensure timely delivery of high-quality code • Manage software deployment into all environments and complete all required documentation • Assist support team with troubleshooting and resolution of production issues • Perform other related duties as required

• Act as the primary technical point of contact between our engineering teams and customer leadership • Turn customer requirements, contract scope, and certification needs into a clear, executable architecture approach • Lead architecture discussions, trade studies, and key technical decisions with customer stakeholders • Help guide customer technical direction while staying aligned with program scope and delivery commitments • Present architecture, compliance approach, and technical risks in customer and executive reviews • Define and lead software architecture for embedded, real-time, high-assurance systems • Ensure alignment with key standards and processes, including DO-178C (DAL A–C), ARP4754A system allocations, safety assessments and hazard mitigation, certification objectives, and supporting evidence • Drive core architectural decisions around modernization approaches, partitioning strategy, interface design, timing and resource management, fault containment and system robustness, safety-driven design patterns • Provide hands-on architectural guidance across multiple engineers and/or scrum teams • Help break down requirements into clear, testable, and implementable components • Mentor engineers at all levels in safety-critical development practices • Lead design reviews, interface reviews, and technical quality checks • Ensure consistency in how solutions are implemented across teams • Identify architectural risks early and put mitigation plans in place

• Own APF Core Services: Build and harden the Runtime Policy Verifier, signed policy bundle verification, trust-root handling, freshness, rollback protection, subject binding to attested runtime context, revocation checks, and authorization APIs used by APF-compatible enforcement points. • Design Policy Projection: Implement deterministic projections from the canonical APF policy into OpenShell-native runtime policy, adapter constraints, credential constraints, audit requirements, and model-visible tool hints, while preserving the atomic projection-admission contract. • Build Conformance and Verification: Create golden fixtures, compatibility tests, negative tests, fuzz/property tests, and conformance suites that prove APF-compatible runtimes and adapters honor the same contract. • Collaborate with Runtime Owners: Engage alongside OpenShell and Infrastructure engineers on public runtime interfaces for projection consumption, runtime context attestation, approved adapter paths, direct egress verification, and admission/rejection semantics. • Land the Runtime integration surfaces. Own the cross-team work with OpenShell and other runtime owners to land public substrate interfaces APF composes against — runtime-context attestation, approved adapter path declaration, projection acceptance and rejection semantics, quarantine, and stop-session hooks. Land each as a public RFC or PR. • Drive Architecture Maturity: Define versioning, schema compatibility, latency budgets, availability behavior, fail-closed defaults, last-known-good policy handling, and engineering review artifacts for Product Security, Fleet, Identity, and partner teams. Evolve technical specifications. Write specifications, defend bounded claims in security and architecture reviews, drive open-decision resolution, and turn working-draft contracts into engineering artifacts that Product Security, Fleet, Identity, and partner runtimes can adopt.