• Research and develop advanced state estimation and navigation algorithms to ensure assured Position, Navigation, and Timing (PNT) in contested environments. • Design, write, and deploy production-quality C++ software for aviation platforms requiring real-time, deterministic performance. • Build and maintain comprehensive unit, integration, and system-level tests to validate navigation software performance under operational constraints. • Develop modeling, calibration, and simulation tools for inertial and aided navigation technologies used in airborne platforms. • Participate in agile-based product planning, feature definition, capacity estimation, and cross-team collaboration. • Contribute to ongoing system performance evaluation, regression analysis, and V&V (Verification and Validation) efforts.

• Analyze various data sources and design processes for cleansing, consolidating, and preparing data for a single relational database; • Design, implement, and manage robust, scalable data pipelines; • Develop, optimize, and maintain databases and data warehouses; • Implement ETL/ELT processes to integrate multiple data sources; • Ensure data quality, security, and integrity throughout the data lifecycle; • Monitor performance, identify bottlenecks, and propose continuous improvements; • Collaborate with software engineering, data science, and business teams; • Stay up to date on best practices, tools, and trends in data engineering.

• Review architectural drawings and submitted quotes to determine suitable installation options for our systems, including glass, aluminum, and steel partitions. • Perform precise take-offs for all door and partition openings based on architectural and shop drawings. • Read and interpret door schedules and hardware sets to ensure accurate product selection and full compatibility. • Communicate effectively with the sales team to clarify project scope, technical requirements, and deadlines. • Request necessary documentation, including compliance and regulatory certifications, as needed. • Prepare detailed quotes that clearly define included materials, scope of work, exclusions, and any relevant assumptions or conditions. • Identify and correct technical errors made by sales managers and propose appropriate alternatives or solutions.

• Design, implement, and evolve core engine systems that power the AtomEngine runtime and editor. • Design, build, and maintain complex, reusable engine systems and tools that form the foundation of AtomEngine. • Analyze and lead efforts to improve performance, scalability, and stability across the engine and its dependent systems. • Balance short-term delivery needs with long-term architectural clarity and maintainability • Collaborate closely with simulation engineers, tools developers, and AI engineers to integrate engine capabilities into higher-level systems • Contribute to code quality, technical standards, and best practices across the engine codebase • Identify technical risks and propose pragmatic solutions that preserve system integrity while maintaining development velocity