Electro-Optics System Engineer

Role Purpose

Responsibilities

• Implement systems engineering processes for electro-optic and imaging systems, including requirements definition, system design, implementation, and verification.
• Develop system architectures by translating user needs into functional designs for sensor systems, optical assemblies, and image processing components.
• Create detailed specifications, including System and Subsystem Specifications (SSS), Hardware Requirements Specifications (HRS), and Software Requirements Specifications (SRS).
• Support system verification and validation through the documentation of test results and compliance reports related to optical performance and sensor accuracy.
• Lead or contribute to cross-functional teams across optics, electronics, software, and mechanical engineering, addressing performance trade-offs and integration challenges.
• Participate in Design Reviews (SRR, SDR, PDR, CDR) and Test Readiness Reviews (TRR), ensuring adherence to established engineering processes and checklists.
• Compile and maintain comprehensive project documentation, including Concepts of Operation (CONOPS), Systems Engineering Management Plans (SEMP), and Test & Evaluation Plans.
• Conduct market research to assess the electro-optics landscape, analyze emerging technologies, and identify competitive products.
• Manage technical processes including risk management, configuration control, and design decision-making.
• Prepare and present technical papers, proposals, and reports to internal and external stakeholders.
• Provide mentorship, technical guidance, and task delegation to junior engineers or team members as appropriate.

Requirements

• Master’s degree in Engineering or a relevant discipline related to Electro-Optics or Imaging Systems.
• Minimum 5+ years of experience in system engineering, with proven experience in electro-optical systems design, imaging sensors, and system integration for optronic applications.
• Hands-on experience in creating systems specifications, managing development cycles, and validating optical performance.
• Exposure to system lifecycle methodologies, such as the V-model or Model-Based Systems Engineering (MBSE).

Key Skills

• Strong understanding of systems engineering processes and lifecycle management.
• Technical expertise in imaging technologies, sensor systems, optical assemblies, and performance modeling.
• Familiarity with system validation, optical testing procedures, and imaging calibration techniques.
• Proficiency in requirement management tools such as IBM DOORS
• INCOSE Systems Engineering Professional (SEP) certification or equivalent.