2-Day EO/IR Workshop by Tonex
This intensive 2-day workshop on Electro-Optical/Infrared (EO/IR) Systems offers a deep dive into the fundamental principles, design considerations, performance analysis, and maintenance of EO/IR systems. Participants will gain practical knowledge through lectures, hands-on activities, and case studies, focusing on applications in military and surveillance contexts, as well as the physical limitations and design intricacies of EO/IR systems. The workshop will also cover field and lab maintenance procedures to ensure effective operation and longevity of EO/IR equipment.
Learning Objectives:
By the end of this workshop, participants will be able to:
- Understand EO/IR Applications: Identify and describe the various military and surveillance applications of EO/IR systems.
- Assess Physical Limitations: Explain the physical principles affecting EO/IR system performance, including optics, line of sight, and lens quality.
- Design EO/IR Systems: Make informed decisions on optics, gimbal systems, and third-party integrations for EO/IR system design.
- Conduct Performance Analysis: Apply range calculation methodologies and performance simulation techniques to evaluate EO/IR system capabilities.
- Perform Field Maintenance: Execute LRU replacements, troubleshoot issues, and make adjustments for optimal field performance.
- Execute Lab Maintenance: Carry out component replacements and maintain lab setups, including collimators and clean rooms.
Audience:
- Engineers and Technicians working with EO/IR systems in military, defense, or surveillance sectors.
- System Designers and Developers involved in the design and integration of EO/IR systems.
- Maintenance Personnel responsible for the upkeep and repair of EO/IR equipment.
- Technical Managers and Supervisors overseeing EO/IR system operations and maintenance.
Course outlines:
Day 1: Fundamentals and Design Considerations
Session 1: EO/IR Applications
- Military Applications: Surveillance, targeting, reconnaissance, and protection.
- Wide and Long Area Surveillance: Techniques and use cases.
- Protection Systems: Integration with defense systems and threat detection.
Session 2: EO/IR Physical Limitations
- Physics Behind Optics: Understanding light propagation, diffraction, and refraction.
- Line of Sight: Impact on performance and system design.
- Focal Length and Aperture Designs: Effects on image quality and system capabilities.
- Lens Quality: Impact on resolution and detection performance.
Session 3: Design Considerations of EO/IR Systems
- Choice of Optics: Selecting the right optics for different applications.
- Gimbal Systems: Importance of stabilization and positioning.
- Third-Party Integrations: Market standards and compatibility.
- Hardware and Software Design: Best practices and industry standards.
Day 2: Performance Analysis, Maintenance, and Practical Applications
Session 4: Performance Analysis and Assessments
- Range Calculations Methodologies: Johnson DRI, STANAG 4347, NVIPM.
- Simulations of Assumptions and Performance: Factors including environment, target sizes, pixels, resolution, and probability of detection.
- Case Studies and Practical Examples: Application of methodologies in real-world scenarios.
Session 5: Field Maintenance
- LRU Replacements: Procedures for replacing line-replaceable units.
- Troubleshooting: Common issues and diagnostic techniques.
- Adjustments and Setting to Work: Calibration and fine-tuning processes.
- General Tools Required: Essential tools and equipment for field maintenance.
Session 6: Maintenance Procedures
- Component Replacements: Procedures for replacing and repairing components.
- Lab Space Requirements: Collimator setups, clean rooms, and testing equipment.
- Maintenance Best Practices: Ensuring optimal performance and longevity of EO/IR systems.
Activities and Discussions
- Design Discussions: Participants work on hypothetical design ideas for an EO/IR system based on provided requirements.
- Performance Analysis Exercise: Analyze EO/IR system performance under various scenarios.
- Maintenance Scenarios: Field and lab maintenance role-playing exercises.
Certification Exam
Format: The certification exam will consist of multiple-choice questions, short answer questions, and practical case studies.
Exam Topics:
- EO/IR Applications
- Physical Limitations of EO/IR Systems
- Design Considerations and Best Practices
- Performance Analysis Methodologies
- Field and Lab Maintenance Procedures
Duration: 1 hour Passing Criteria: Participants must achieve a minimum score of 75% to pass the exam.
Workshop Materials
- Manuals and Handouts: Detailed content on EO/IR systems, including theory, design, performance, and maintenance.
- Case Studies: Real-world scenarios for practical understanding and application.
- Simulation Tools: Access to design and performance simulation software for hands-on activities.
Certification
- Certificate of Completion: Participants who successfully complete the workshop and pass the certification exam will receive a Certificate of Completion, validating their proficiency in EO/IR systems.