Certified Hypersonic Test and Evaluation Professional (CHTEP™)

Length: 2 Days

The Certified Hypersonic Test and Evaluation Professional (CHTEP™) Certification Course offered by Tonex is meticulously designed to immerse participants in the intricacies of testing and evaluating hypersonic technologies. This comprehensive program equips attendees with the essential knowledge and practical skills required to excel in the dynamic field of hypersonic systems. Through a blend of theoretical instruction and hands-on exercises, participants will delve into various facets of test planning, instrumentation, data acquisition, analysis, and validation specific to hypersonic systems, ensuring they emerge as proficient professionals ready to tackle real-world challenges.

Learning Objectives:

  • Understand the fundamental principles underlying hypersonic technologies.
  • Master the techniques for devising effective test plans tailored to hypersonic systems.
  • Acquire proficiency in selecting and deploying appropriate instrumentation for hypersonic testing.
  • Learn advanced methods for data acquisition, processing, and analysis in the context of hypersonic technologies.
  • Gain insight into the validation processes essential for ensuring the reliability and accuracy of hypersonic systems.
  • Develop the ability to identify and mitigate potential challenges and risks associated with hypersonic testing and evaluation.

Audience: The CHTEP™ Certification Course is ideal for professionals seeking to enhance their expertise in testing and evaluating hypersonic technologies. This includes, but is not limited to:

  • Aerospace engineers
  • Test engineers
  • Research scientists
  • Defense contractors
  • Military personnel involved in hypersonic systems development
  • Government officials overseeing hypersonic technology projects

Participants should possess a foundational understanding of aerospace engineering principles and be familiar with basic testing and evaluation concepts. This course is suitable for both entry-level individuals looking to enter the field of hypersonic technologies and seasoned professionals aiming to expand their skill set and stay abreast of the latest advancements.

Course Outlines:

Module 1: Fundamentals of Hypersonic Technologies

  • Hypersonic Flight Regimes
  • Aerodynamic Principles at Hypersonic Speeds
  • Thermal Management in Hypersonic Systems
  • Materials Challenges and Solutions
  • Propulsion Systems for Hypersonic Vehicles
  • Challenges in Hypersonic Vehicle Design

Module 2: Test Planning for Hypersonic Systems

  • Requirements Analysis for Hypersonic Testing
  • Test Objectives and Success Criteria
  • Test Plan Development and Documentation
  • Risk Assessment and Mitigation Strategies
  • Test Environment Considerations
  • Integration of Test Planning with Overall Development Lifecycle

Module 3: Instrumentation for Hypersonic Testing

  • Selection of Instrumentation for Hypersonic Environments
  • Measurement Techniques for Aerodynamic Parameters
  • Thermal Measurement Instruments and Techniques
  • High-Speed Imaging and Photography
  • Remote Sensing Technologies for Hypersonic Testing
  • Integration and Calibration of Instrumentation Systems

Module 4: Data Acquisition and Processing

  • Data Acquisition Systems Overview
  • Sensor Data Collection and Synchronization
  • Data Processing and Filtering Techniques
  • Real-Time Data Analysis Methods
  • Challenges in Data Acquisition at Hypersonic Speeds
  • Post-Processing and Data Validation Techniques

Module 5: Analysis Techniques for Hypersonic Data

  • Statistical Analysis Methods for Hypersonic Testing
  • Computational Fluid Dynamics (CFD) Analysis
  • Heat Transfer Analysis for Hypersonic Vehicles
  • Structural Analysis of Hypersonic Systems
  • Failure Mode and Effects Analysis (FMEA)
  • Trade Studies and Sensitivity Analysis Techniques

Module 6: Validation and Verification Processes

  • Importance of Validation and Verification in Hypersonic Testing
  • Ground Testing vs. Flight Testing
  • Validation of Computational Models
  • Quantification of Uncertainty in Hypersonic Testing
  • Verification of Performance Metrics
  • Documentation and Reporting of Validation Results