Aviation Safety Management, Risk and Regulation MSc

Program Overview

The Aviation Safety Management, Risk and Regulation MSc program, offered in partnership with CAA International, provides a comprehensive understanding of safety management, risk-based regulation, law, and human factors in aviation. It equips professionals with advanced knowledge and skills to make informed risk management decisions, enhance safety, and bridge the gap between industry and regulatory perspectives. The program features a blend of theoretical knowledge and practical application through real-world case studies and current challenges in the aviation industry.

Program Outline

Degree Overview:

Aviation Safety Management, Risk and Regulation MSc

This part-time MSc program, delivered in partnership with CAA International, aims to provide a comprehensive understanding of safety management, risk-based regulation, law, and human factors in aviation. The program caters to safety professionals and regulators seeking to deepen their knowledge and skills in these areas.

Objectives:

• Equip professionals with advanced knowledge and skills in aviation safety management, risk-based regulation, and human factors.
• Enhance understanding of existing and emerging safety management issues in the aviation industry.
• Enable professionals to make informed risk management decisions leading to safer and more cost-effective operations.
• Provide a unique offering bridging the gap between industry and regulatory perspectives on safety management.

Program Description:

The program offers a blend of theoretical knowledge and practical application through real-world case studies and current challenges in the aviation industry. Participants will gain insights into:

• Safety Management Systems (SMS): Implementing and managing effective SMS within aviation organizations.
• Risk-Based Regulation: Understanding and applying risk-based approaches to regulatory oversight.
• Aviation Law: Exploring the legal framework governing aviation safety and its implications.
• Human Factors: Analyzing the role of human factors in aviation accidents and safety management.

Outline:

Structure:

• Part-time program spanning three years for the MSc, two years for the Postgraduate Diploma (PgDip), and one year for the Postgraduate Certificate (PgCert).
• Blended learning approach with online live-streamed classes and supplementary pre-recorded materials.
• Each year is divided into two semesters, with each semester focusing on two modules.
• Group projects are incorporated in both the first and second years, providing collaboration and project management experience.

Course Schedule:

• Year 1:
• Module 1: Advanced Safety and Risk Management
• Module 2: Aviation Legislation and Regulatory Approach
• Group Project 1: Managing Current Safety Issues
• Year 2:
• Module 3: Aircraft Accident Investigation and Response
• Module 4: Responding to Risk in Sociotechnical Systems
• Group Project 2: Managing Emerging Safety Issues
• Year 3 (MSc only):
• Individual Research Project

Modules:

• Advanced Safety and Risk Management: Delves into the methods, tools, and techniques for effective safety management and risk assessment in aviation.
• Aviation Legislation and Regulatory Approach: Explores the International Civil Aviation Organization (ICAO) framework, national regulations, and the shift towards performance-based regulation.
• Aircraft Accident Investigation and Response: Provides a practical understanding of the aircraft accident investigation process, including evidence collection, analysis, and reporting.
• Responding to Risk in Sociotechnical Systems: Examines the complexities of human-machine interactions in aviation and strategies for mitigating risks within sociotechnical systems.

Assessment:

Assessment Methods:

• Continuous assessment: Assignments, quizzes, and participation in online discussions contribute to the overall grade for each module.
• Group projects: Collaborative projects assess teamwork, communication, and problem-solving skills.
• Individual research project (MSc only): An independent research project demonstrates the student's ability to apply knowledge and research skills to a specific topic in aviation safety.

Assessment Criteria:

• Knowledge and understanding: Demonstrating a thorough grasp of the theoretical concepts and practical applications within each module.
• Critical analysis and evaluation: Applying critical thinking skills to analyze aviation safety issues and propose solutions.
• Communication and presentation: Effectively communicating knowledge and findings through written and oral presentations.
• Teamwork and collaboration: Demonstrating effective collaboration and communication skills in group projects.

Teaching:

Teaching Methods:

• Interactive online lectures: Live-streamed classes with opportunities for real-time interaction and discussion.
• Pre-recorded materials: Supplementary videos, readings, and other resources to enhance learning.
• Group discussions and activities: Online forums and collaborative exercises to foster peer-to-peer learning.
• Guest lectures: Industry experts and practitioners分享 their insights and experiences.

Faculty:

• Experienced and qualified instructors with expertise in aviation safety, risk management, human factors, and aviation law.
• Industry practitioners contributing real-world perspectives and case studies.

Unique Approach:

• Partnership with CAA International: The program benefits from the combined expertise of Cranfield University and a leading aviation regulatory authority.
• Focus on current and emerging issues: The program addresses