(L4) Identity Cybersecurity Engineer

The MITRE Corporation•McLean, VA

1d•Onsite

About The Position

The Cyber for Identity Trust and Assurance department is comprised of an inspired multi-disciplinary team of researchers and practitioners driving innovation in the department’s technical areas of focus, with particular emphasis in Cryptography; Software Assurance (SWA); Identity, Credential and Access Management (ICAM); and Trustworthy Artificial Intelligence (AI). We develop and apply scalable approaches for systems and software, evaluate technology and solutions, lead and foster external partnerships within the communities we support, and conduct novel research and development. We serve in critical roles including: Aiding the Federal Government as a community in architecting and applying modern ICAM technologies to secure systems, software, and protocols. We specialize in the application of well-founded ICAM techniques including the design and application of emerging ICAM technologies for security and privacy, zero trust architectures, post-quantum cryptography, non-human and agentic identity, and secure multi-party federation, among others. Developing strategies, assessing policy and technical constraints, and facilitating the deployment of ICAM solutions into cloud, hybrid, and on-premises infrastructures for enterprise and tactical environments. As senior trusted advisors and leaders within the ICAM community internally and external to MITRE, we apply our knowledge of industry trends, advances in commercial technology, and relevant industry standards and protocols to inform our sponsors’ decision-making. Working at the intersection of Cybersecurity and AI on trustworthy approaches to applying AI to ICAM applications (e.g., autonomous network defense, assessing code for software weaknesses) as well as developing and applying frameworks for evaluating the assurance of AI-based techniques. Performing research and development, evaluation and testing and operational support for high-priority sponsor mission applications, MITRE Labs strategic initiatives, and MITRE’s internal research and development program.

Requirements

BS with 8-10 years relevant experience, or MS with 6-8 years, or PhD with 3-5 years; or equivalent combination of education and experience.
Strong analytical/problem-solving skills and sound technical judgment.
Strong written and verbal communication skills.
Demonstrated ability to deliver results and collaborate across teams.
Ability to work effectively in secure/classified environments.
Candidate must be willing to take and successfully complete a CI polygraph.
Continued employment on this work is contingent upon meeting and maintaining government security eligibility requirements (requirements may change based on sponsor needs).
Active Top Secret Clearance Required.
Per the U.S. Government’s eligibility requirements, you must be a U.S Citizen to be considered for a security clearance.

Nice To Haves

Degree in Computer Science, Cybersecurity, Electrical/Computer Engineering, or related field.
Systems engineering experience (requirements, architecture, integration, test) and familiarity with development lifecycles.
Experience applying security principles to enterprise architecture and system design.
Strong understanding of ICAM concepts supporting a Zero Trust security model.
Familiarity with threats/attack patterns relevant to identity and access systems.
Interest in applied research and building reusable, scalable technical approaches.
Active TS/SCI with CI polygraph preferred.

Responsibilities

Translate mission needs into ICAM technical requirements, interfaces, and measurable outcomes.
Design and assess Zero‑Trust‑aligned ICAM architectures and reference designs.
Engineer authentication, authorization, and federation solutions (e.g., SAML/OIDC, step‑up auth) and manage credentials/trust services (PKI, certificates).
Lead Identity Governance & Administration (IGA) including provisioning, joiner‑mover‑leaver workflows, and authoritative source integration.
Develop, evaluate, and steer RBAC/ABAC/PBAC models, entitlement/attribute strategies, and privileged‑access controls.
Build solutions for constrained environments (limited connectivity, offline sync) and define test strategies, roadmaps, and integration plans.
Partner with security assessors and stakeholders to ensure auditable solutions that map to required controls.
Collaborate with engineers, integrators, and vendors on technology evaluation, trade studies, reusable assets, and mentorship.