New IATA Course Aims to Optimize Aviation Fuel Efficiency

The IATA 'Aviation Fuel Essentials' course aims to equip participants with a comprehensive understanding of aviation fuel technical specifications, pricing and procurement strategies, sustainable aviation fuel (SAF) development trends, and fuel efficiency improvement methods. Through this course, participants will be able to effectively reduce aviation fuel costs, improve airline operational efficiency while ensuring safety, and contribute to the sustainable development of the aviation industry. The course covers key aspects of fuel management, enabling informed decision-making and strategic planning for optimized fuel consumption and cost control.
New IATA Course Aims to Optimize Aviation Fuel Efficiency

The International Air Transport Association (IATA) has introduced a new professional development program focused on aviation fuel management, designed to help industry professionals optimize fuel costs while maintaining operational safety standards.

Course Overview

The three-day virtual program, titled "Essentials of Aviation Fuel Management," offers nine hours of instruction through live sessions, case studies, and group discussions. Led by IATA-certified instructors, the course covers critical aspects of fuel procurement, quality control, risk management, and sustainability practices.

Key Curriculum Components

1. Fuel Quality Standards and Technical Specifications

Participants will examine the technical parameters distinguishing aviation fuel from other transportation fuels, including:

  • Comparative analysis of aviation fuel versus gasoline and diesel
  • Critical quality metrics: density, viscosity, flash point, and freezing point
  • Factors influencing fuel specifications from crude sourcing to refining processes
  • Quality assurance systems across the supply chain
  • Contamination identification and mitigation techniques

2. Fuel Procurement and Pricing Strategies

The course addresses volatile fuel markets through modules on:

  • Price composition fundamentals and market drivers
  • Strategic procurement cycle management
  • Financial instruments for price risk mitigation
  • Vendor selection criteria and competitive bidding processes

3. Sustainable Aviation Fuel (SAF) Development

Environmental considerations feature prominently, with instruction on:

  • SAF production methods and environmental benefits
  • Current adoption challenges and future market projections
  • Global policy frameworks supporting SAF implementation

4. Fuel Efficiency Optimization

Operational improvements are explored through:

  • Emerging aircraft and engine technologies
  • Flight operations optimization techniques
  • Ground operations efficiency measures

Target Audience

The program is designed for aviation fuel procurement specialists, airline operations managers, fuel suppliers, airport fuel system operators, and regulatory personnel involved in fuel management.

Learning Outcomes

Upon completion, participants will be equipped to:

  • Make informed decisions regarding fuel quality, safety, and environmental impact
  • Evaluate procurement timing and supply chain alternatives
  • Implement competitive bidding processes
  • Identify operational efficiency opportunities