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Provide chief legal leadership for STR: advise CEO and Board on corporate governance, oversee securities/IPO readiness, government contracts, export compliance, IP, litigation management, regulatory affairs, compliance programs, employment law support, and lead the legal team and outside counsel to enable strategic growth and risk mitigation.

As a Lead Software Integration & Test Engineer, you will integrate, test, and verify C++ software for embedded radar systems, develop test frameworks, and mentor team members. You will also document processes and implement best practices to enhance integration and testing capabilities across programs.

The role involves supporting senior administrators in managing Linux and Windows operating systems, configuring storage and networking, and automating processes using PowerShell. Requires maintaining security compliance and providing after-hours support.

As a Lead Software Engineer, you will design, develop, and implement algorithms and software for autonomous systems, providing technical leadership and managing engineering teams throughout the software development lifecycle.

The Lead Model-Based Systems Engineer will utilize their expertise in Systems Engineering and MBSE to design, implement, and deploy advanced software systems that address complex defense and national security challenges.

Lead technical teams to research, develop, test, integrate, and demonstrate advanced signal processing, optimization, and ML algorithms for radar, electronic warfare, and sensor systems. Direct modeling/simulation and plan test & evaluation in lab and field environments. Communicate results and translate customer requirements for stakeholders and primes.

Lead the development of AI/ML algorithms for signals exploitation, estimation theory, and resource management. Collaborate and lead teams in a national security context.

The Embedded Systems Emulation Engineer will develop tools for emulating cyber-physical systems, analyze binaries, and create integrated simulations while ensuring model quality and correctness.

Lead and mentor small multidisciplinary teams to develop, test, integrate, and demonstrate novel signal processing, optimization, and machine learning algorithms for radar, electronic warfare, and advanced sensor systems. Direct modeling & simulation, plan and support lab and field test & evaluation, and communicate technical results to customers and stakeholders.

The GNC Engineer will develop advanced control algorithms for aerospace applications, analyze GNC systems, and implement models in C/C++, Python, and MATLAB while collaborating with skilled teams and participating in tests for validation.