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Principal Engineer - Classical Cryptography & Architecture (m/w/x)
Architecting classical cryptography for PQC hardware acceleration products, including symmetric ciphers and hash functions. FIPS 140-3 or Common Criteria evaluation experience required. Unlimited PTO, 401(k) matching.
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Anforderungen
- Master’s or PhD in Cryptography, Computer Science, Electrical Engineering or related field
- Deep command of symmetric and asymmetric primitives, modes of operation, key management and entropy generation
- Taken cryptographic subsystems through FIPS 140-3 or Common Criteria evaluation
- Solid working knowledge of NIST post-quantum algorithms (ML-KEM, ML-DSA, SLH-DSA)
- Ability to architect hybrid schemes with one
- Understanding of practical constraints of deployed security infrastructure (HSMs, PKI, TLS and IPsec ecosystems)
- Understanding of how hybrid classical/post-quantum schemes are standardized and deployed
- Precise specification writing
- Effective guidance of implementers
- Sound architecture decisions under real-world interoperability constraints
- Fluency in English
- French or German language skills
- Proven architect of classical cryptographic subsystems
- Certification experience (FIPS 140-3, CAVP, Common Criteria)
- Practical knowledge of hybrid classical/PQC schemes
- Practical knowledge of crypto agility
- Practical knowledge of key-management architecture
- Working command of NIST PQC standards
- U.S. citizen or national
- U.S. permanent resident (Green Card holder)
- Lawfully admitted into the U.S. as refugee or granted asylum
Aufgaben
- Own classical cryptography architecture for PQC hardware acceleration products
- Define architecture and implementation strategy for symmetric ciphers and modes
- Define architecture and implementation strategy for hash functions and KDF constructions
- Define architecture and implementation strategy for RSA/ECC offload
- Define architecture and implementation strategy for true random number generation and entropy
- Define hybrid classical/post-quantum schemes for key establishment and dual signatures
- Define hybrid classical/post-quantum schemes for composite certificates
- Define crypto-agility mechanisms for safe customer migration
- Track standardization of hybrid and composite approaches
- Guide RTL and software engineers implementing classical cores
- Technically evaluate third-party IP
- Support FIPS 140-3 certification of classical algorithm suite
- Support CAVP certification of classical algorithm suite
- Own key-management and key-hierarchy architecture
- Ensure interoperability with deployed HSM, TLS, and IPsec ecosystems
- Define crypto-agility and migration mechanisms for quantum-safe deployments
Berufserfahrung
Ausbildung
Sprachen
Tools & Technologien
Benefits
- Comprehensive medical plan
- Dental plan
- Vision plan
- Legal insurance
- 401(k) matching
- Unlimited PTO
- Parental leave
- Adoption leave
- Home technology stipend
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IonQ is developing the world's most powerful full-stack quantum computer based on trapped-ion technology.
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