• Developing process improvement strategies and risk mitigation activities to be utilized across supply base • Closely interface with external/internal customers and key partners to establishing effective relationships • Must have the ability to manage issues at multiple stakeholder levels • Leveraging quality assurance to influence business decision-makers, ensuring efforts are focused on the customer’s priorities and mission success requirements • Interpreting purchase order quality notes and quality requirements to ensure subcontractor/supplier understanding • Ensuring flow down of product requirements both internally and to sub-tier suppliers and ensuring compliance with quality requirements • Assessing subcontractor/supplier quality capabilities throughout the program life cycle to achieve full program objectives • Identifying supplier risk and systemic performance issues ensuring root-cause analysis and corrective solutions are identified and implemented with closure plans • Driving continuous product / process improvements using statistical / analytical improvement tools such as Six Sigma and lean methodologies • Working with other Quality functions and Cross Business Teams (CBTs), to affect rapid closure of issues utilizing analytical capabilities and communications skills • Support the First Article Verification and Source Inspection • Manage Supplier Requests including presenting to the Change Control Board (CCB) and Customer. • Perform Raytheon Enterprise Supplier Assessment (RESA) Chapter 1-7 assessments • Manage the Technical Data Package(s) being manufactured at supplier. • Perform Supplier Engineering Price Analysis Support (SEPA) and Cost Analysis Technical Evaluation Requests (CATER) for Supply Chain • Understand Raytheon Global Export Management System (RGEMS) and License and Agreements for (EXIM). • Perform Capacity Analysis • Perform Hardware Acceptance Reviews on deliverable hardware. • Travel 50% internationally – valid passport required

• Own Our Recovery Architecture • Standardize and Automate Infrastructure • Validate, Test, and Lead Exercises • Drive Engineering Standards

• Own Our Recovery Architecture • Design and build our Isolated Recovery Environment — a hardened AWS account with immutable vaults that break the attacker’s kill chain before it reaches our data. • Threat model our environment with a deep understanding of cloud-native attack patterns: IAM privilege escalation, backup deletion, ransomware persistence, and lateral movement across accounts. • Validate and continuously improve backup configurations to ensure recoverability, not just existence. • Standardize and Automate Infrastructure • Lead our transition to 100% Infrastructure as Code. Every asset (VPCs, IAM roles, security groups) must be defined in Terraform so we can redeploy the entire stack into a clean account via automated pipeline. • Build automated recovery workflows that can tear down a compromised environment and bootstrap a fresh, hardened one from verified code and clean data. • Write and maintain executable recovery playbooks that detail the exact API calls and CLI commands needed to restore the application — tested, versioned, and runnable, not static documents. • Validate, Test, and Lead Exercises • Develop automated scripts (Python or Go) to smoke test recovered data and validate integrity post-restoration. • Lead regular hands-on recovery drills that simulate total loss of a critical environment and full recovery into a secondary clean account. Own the after-action process and drive improvements. • Drive Engineering Standards • Act as the resilience authority for the engineering organization — shaping high-availability architecture decisions, influencing design reviews, and raising the floor on how we think about recoverability. • Partner with the Site Reliability Engineering team on multi-region deployments and high-availability design, ensuring cyber resilience is embedded in architecture from the start. • Champion IaC and immutable infrastructure practices across teams, not just within your own workstream.

• Own Our Recovery Architecture • Design and build our Isolated Recovery Environment • Threat model our environment with a deep understanding of cloud-native attack patterns • Validate and continuously improve backup configurations • Standardize and Automate Infrastructure • Lead our transition to 100% Infrastructure as Code • Build automated recovery workflows • Write and maintain executable recovery playbooks • Validate, Test, and Lead Exercises • Develop automated scripts to smoke test recovered data • Lead regular hands-on recovery drills • Drive Engineering Standards • Act as the resilience authority for the engineering organization • Partner with the Site Reliability Engineering team for high-availability design. • Champion IaC and immutable infrastructure practices across teams.