Top Tech Jobs & Startup Jobs

Owns product vision, requirements, prioritization, stakeholder engagement, and delivery for NASIC intelligence software, architectures, and networks. Advises development teams, coordinates architecture across multiple teams, supports cloud-native solutions, and provides technical leadership for complex hardware and software projects. Applies Agile and systems engineering methodologies while working with Intelligence Community and Department of Defense stakeholders.

Conduct applied systems security research across ideation, proposal development, prototyping, experimentation, and technology transition. Design secure systems software, evaluate features in projects such as Linux, Xen, QEMU, and LLVM, and develop research tools using C/C++, Rust, Python, and Assembly. Lead technical investigations, mentor colleagues, author proposals and publications, communicate findings, and collaborate across research and engineering teams.

Leads development, validation, and sustainment of EO/IR spectral signature and radiometric models for defense and intelligence customers. Translates materials characterization data into physics-based models, integrates environmental and atmospheric corrections, improves space-weathering degradation models, and validates results using laboratory measurements and synthetic environments. Provides scientific leadership, mentors modeling teams, maintains model-database interoperability, and presents technical findings to government and internal stakeholders.

The Product Owner supports NASIC intelligence software and architecture programs by engaging stakeholders, prioritizing requirements, communicating product vision, coordinating development teams, and guiding cloud-based software integration. The role provides technical leadership across hardware and software solutions, applies Agile and systems engineering methodologies, and supports complex Intelligence Community and DoD projects.

Conduct cryptography and formal methods research focused on developing models, mechanized proofs, verification techniques, and security research prototypes. Collaborate across cryptography, programming languages, formal methods, and systems software. Communicate findings through publications, reports, presentations, and briefings, while supporting research planning and proposal development. The role requires cryptographic research experience, formal verification expertise, U.S. citizenship, and the ability to obtain and maintain a government security clearance.

Leads autonomous warfare programs for the Defense Innovation Unit, translating military operational needs into executable acquisition and technology programs. Responsibilities include identifying commercial technologies, managing multidisciplinary teams, overseeing schedules, budgets, risks, vendors, testing, contracting, prototyping, and transition to production or operational use. The role requires strong technical fluency, DoD acquisition knowledge, stakeholder management, independent judgment, and the ability to operate in ambiguous environments.

Analyze and model infrared and OPIR sensor data, develop sensor exploitation algorithms in Python and MATLAB, investigate infrared phenomenology, troubleshoot processing workflows, and support testing, documentation, CONOPS, and technology transition efforts for national security missions.

Leads cybersecurity research and development involving offensive cyber, systems security engineering, formal methods, and security software. Develops prototypes, guides technical execution, mentors researchers, supports customer relationships and business development, and shares research outcomes. The role requires strong computing expertise, research experience, technical leadership, U.S. citizenship, and the ability to obtain a Top Secret clearance.

Analyze and model infrared and OPIR sensor data, including SBIRS systems. Develop and test data-processing algorithms in Python and MATLAB, investigate sensor and target phenomenology, troubleshoot processing workflows, and address detection and tracking challenges. Support CONOPS, technical documentation, experiments, and transition plans while collaborating with government, defense, research, and intelligence-community partners on emerging sensing and exploitation technologies.

Summer 2027 intern supporting computational electromagnetics research. Responsibilities include developing, testing, and optimizing tools for solving Maxwell’s equations; contributing to code, data analysis, and visualization; participating in research meetings; and presenting findings. The role involves simulation tools, high-performance computing, antenna design, and radar cross-section analysis.