PQC Program Manager: Quantum-Safe Crypto

Amazon.com Services LLC; Herndon (VA); On-site; USD 180,000 - 240,000; Full time

Job summary

Amazon.com Services LLC seeks a Technical Program Manager for the SBS-wide PQProgram to own the cross-cutting PQC problems across teams and turn a fast-evolving space into clear tracked plans and measurable readiness outcomes.

You will drive end-to-end PQC migrations, coordinate across organizations, and define strategy with leadership while balancing device constraints and cryptographic trade-offs.

Qualifications

• 7+ years working directly with engineering teams.

Responsibilities

• Own the end-to-end PQC journey for shared crypto problems: code signing, PKI infrastructure, CBOM, and PQC migration of backend services.
• Coordinate PQC work across Amazon organizations, importing and exporting reusable techniques and artifacts so related hardware and software efforts build on each other rather than in isolation.
• Enumerate PQC readiness across device-relevant industry standards (Matter, Bluetooth, OAuth 2.0, DRM), clarify each standard's trajectory, and drive informed next steps with product and security teams.
• Define program strategy, objectives, and success metrics; align stakeholders; and drive delivery across engineering teams while navigating crypto trade-offs, including device form-factor constraints (limited RAM/ROM/CPU).
• Run recurring program business reviews, proactively identify and mitigate risk, and write and present narratives to senior leadership.

Skills

Engineering collaboration

Technical product management

Program management with software teams

Cross-functional coordination

Release coordination

Job description

Amazon.com Services LLC seeks a Technical Program Manager for the SBS-wide PQProgram to own the cross-cutting PQC problems across teams and turn a fast-evolving space into clear tracked plans and measurable readiness outcomes.

You will drive end-to-end PQC migrations, coordinate across organizations, and define strategy with leadership while balancing device constraints and cryptographic trade-offs.