Designed as a 2-year program, the Diploma requires 20 courses across 60 credit hours (3 credits per course), distributed across four academic semesters. Graduates will emerge as valuable contributors to Kuwait’s aviation goals, prepared to excel in the operation and management of the aviation and airport sector nationally and internationally. Key areas of study include:

• Comprehensive understanding of diversified air traffic control functions:
  • Aerodrome Controllers: Based in airport control towers, they manage aircraft movements around airfields. They issue takeoff and landing clearances and direct aircraft safely between runways and stands.
  • Area Controllers: Located at control centers and manage aircraft at higher altitudes during climb, descent, and enroute phases. They provide levels, headings, and speeds to ensure safe routing through an allocated airspace sector.
  • Approach Controllers: Typically found at airports, they guide aircraft during arrival and departure.
• Management, service provision and separation of all air traffic within terminal and enroute phases of flight.

• Hands on simulation opportunities to transfer theory knowledge to real life traffic scenarios in a Tower Visual Simulator and an Area (Enroute) Air Traffic Control Simulator (Procedural and Surveillance).
• In-depth knowledge of the equipment and technologies utilized in air traffic control encompassing the principles, operations, and applications of different systems, such as radar, communication tools, navigation aids, and surveillance technologies.
• Understanding of the aerodynamic principles of flight and aircraft performance, recognition, and the knowledge of atmospheric and man-made phenomena to aircraft and their effect on performance.
• Comprehensive understanding of the impact of weather phenomena and its impact on airline and air traffic control operations.
• Overview of operations of radio and electronic aids for navigation used in the air traffic service environment, in addition, the knowledge of the principal properties and applications of various navigation aids used in the air traffic service environment.
• Introduction to airspace procedure design principles including conventional navigation, approach procedures, and terminal area design practices and understanding environmental considerations when designing procedures.
• Foundation in mathematical principles and statistical methods essential for data-driven decision-making in aviation.
• Communication skills and technical writing abilities, vital for professional interactions and clear documentation in aviation contexts.
• Comprehensive overview of the aviation industry and airport operations, laying the groundwork for specialized studies in aviation management.
• Human factors in aviation safety and performance, covering safety principles and risk management strategies to ensure safe and efficient operations.
• Key management theories, business applications, and project management skills necessary for effective leadership and operations management in the aviation sector.
• Strategic planning, crisis management, and effective communication strategies to navigate market shifts and operational disruptions in the aviation industry.
• In-depth analysis of legal and regulatory frameworks governing the aviation sector, including compliance and international standards.
• Exposure to the latest technological advancements and innovations in aviation.

By successful completion of the Diploma of Air Traffic Control program, graduates will have:

• • Understanding of aviation regulations and procedures: Students will be familiar with national and international aviation regulations, including airspace classifications, flight rules, and communication protocols.
  • Proficiency in communication skills: Students will develop effective verbal communication skills for clear and concise radio transmissions with pilots, colleagues, and other relevant personnel.
  • Mastery of air traffic control terminology: The course will ensure students understand and can effectively use the terminology specific to air traffic control operations, including standard phraseology and abbreviations.
  • Ability to interpret radar and other surveillance data: Students will be able to interpret radar displays, understand aircraft movement, identify potential conflicts, and take appropriate actions to maintain safe separation.
  • Competence in weather interpretation: Understanding weather phenomena and its impact on aviation operations is crucial for air traffic controllers. Students will be able to interpret weather reports and forecasts to make informed decisions.
  • Proficiency in conflict resolution and decision-making: Students will develop skills to identify and resolve potential conflicts between aircraft, manage traffic flow efficiently, and make timely decisions under pressure.
  • Familiarity with air traffic control equipment and technology: The course will provide hands-on experience within (a simulated environment) radar systems, communication equipment, and other tools used in air traffic control operations.
  • Knowledge of emergency procedures: Students will be trained in the basic handling of emergency situations, including aircraft diversions, equipment failures, and other unforeseen events that may impact air traffic control operations.
  • Understanding of human factors in air traffic control: Recognizing the impact of stress, fatigue, and other human factors on performance is essential for effective air traffic control. Students will be aware of strategies to mitigate these factors and maintain optimal performance.
  • Compliance with safety and security protocols: Ensuring the safety and security of aircraft and passengers is paramount in air traffic control. Students should understand relevant safety protocols, security measures, and emergency response procedures.