System Architect

Role: System Architect - Radar Systems Role Purpose: Own the complete technical architecture and ensure that all subsystems operate as one coherent product. Required Competencies: ▪ Must have experience with Doppler Radar / Lidar, Digital Signal Processing, Fast Fourier Transformation ▪ Ability to define architectures for fixed, portable, vehicle-mounted, and mobile systems. ▪ Ability to translate operational requirements into system and subsystem requirements. ▪ Ability to define software interfaces and sdk’s between various hardware devices. ▪ Ability to produce system block diagrams, interface-control documents, timing diagrams, data-flow diagrams, state diagrams, and deployment architectures. ▪ Ability to define coordinate systems and data relationships between sensing devices. ▪ Strong understanding of coordinate transformations, geometry, linear algebra, and three-dimensional spatial relationships ▪ Ability to establish system timing, latency, synchronization, bandwidth, storage, and power budgets. ▪ Ability to allocate functions between hardware, firmware, software, and mechanical subsystems. ▪ Ability to define normal, degraded, fault, recovery, maintenance, and calibration operating modes. ▪ Strong understanding of system availability, redundancy, maintainability, scalability, and fault tolerance. ▪ Ability to lead design reviews and technical decision-making across engineering disciplines. ▪ Ability to maintain requirements traceability from operational need through design, implementation, and validation. ▪ Ability to manage technical risks, assumptions, dependencies, and engineering changes. Education: • Minimum Bachelors degree in IT/Engineering or equivalent required Preferred Background: ▪ Systems engineering ▪ Intelligent transportation systems ▪ Industrial automation ▪ Defense systems ▪ Automotive systems ▪ Machine-vision platforms ▪ Sensor fusion ▪ ADAS ▪ Navigation Systems ▪ Complex embedded products Show more Show less

Required Competencies: Must have experience with Doppler Radar / Lidar, Digital Signal Processing, Fast Fourier Transformation. Ability to define architectures for fixed, portable, vehicle-mounted, and mobile systems. Ability to translate operational requirements into system and subsystem requirements. Ability to define software interfaces and sdk’s between various hardware devices. Ability to produce system block diagrams, interface-control documents, timing diagrams, data-flow diagrams, state diagrams, and deployment architectures. Ability to define coordinate systems and data relationships between sensing devices. Strong understanding of coordinate transformations, geometry, linear algebra, and three-dimensional spatial relationships. Ability to establish system timing, latency, synchronization, bandwidth, storage, and power budgets. Ability to allocate functions between hardware, firmware, software, and mechanical subsystems. Ability to define normal, degraded, fault, recovery, maintenance, and calibration operating modes. Strong understanding of system availability, redundancy, maintainability, scalability, and fault tolerance. Ability to lead design reviews and technical decision-making across engineering disciplines. Ability to maintain requirements traceability from operational need through design, implementation, and validation. Ability to manage technical risks, assumptions, dependencies, and engineering changes. Education: Minimum Bachelors degree in IT/Engineering or equivalent required. Preferred Background: Systems engineering, Intelligent transportation systems, Industrial automation, Defense systems, Automotive systems, Machine-vision platforms, Sensor fusion, ADAS, Navigation Systems, Complex embedded products.

Own the complete technical architecture and ensure that all subsystems operate as one coherent product.