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DTSTART;TZID=Australia/Melbourne:20260219T090000
DTEND;TZID=Australia/Melbourne:20260304T170000
DTSTAMP:20260430T071741
CREATED:20251123T001212Z
LAST-MODIFIED:20260105T031751Z
UID:4873-1771491600-1772643600@rvac.com.au
SUMMARY:CPL Aerodynamics (CADA) - February 2026
DESCRIPTION:Course Description\nCPL Aerodynamics (CADA) is an advanced course designed to provide comprehensive knowledge and understanding of aerodynamics principles and their application in the context of commercial pilot training. This course is ideal for individuals aspiring to become commercial pilots or those who seek to enhance their understanding of aerodynamics at a professional level. \nThroughout the course duration\, students will delve into the intricacies of aerodynamic theory and gain practical insights into how aerodynamics directly influences aircraft performance. The course will cover essential topics such as lift and drag forces\, airflow over wings\, aircraft stability and control\, and the effects of various factors\, including air density\, altitude\, and speed. \nKey Course Topics: \n\nIntroduction to Aerodynamics: An overview of the fundamental principles and concepts of aerodynamics\, including aerofoil theory\, Bernoulli’s principle\, and the basic forces acting on an aircraft.\nWing Design and Aerodynamic Forces: Exploration of wing design principles\, wing profiles\, and the generation of lift and drag forces. Students will examine the relationship between wing geometry\, airspeed\, and the production of lift.\nFlight Performance and Limitations: Analysis of the factors influencing aircraft performance\, including takeoff and landing performance\, climb and descent performance\, and the effect of weight\, altitude\, and temperature on aircraft operations.\nStability and Control: In-depth study of aircraft stability and control\, including the effects of centre of gravity\, control surfaces\, and flight controls. Students will explore the concepts of longitudinal\, lateral\, and directional stability and the role of the flight control system.\nHigh-Speed Aerodynamics: Examination of the aerodynamic principles and considerations specific to high-speed flight\, including the effects of compress-ability\, shock waves\, and supersonic and trans-sonic flight.\nLow-Speed Aerodynamics: Analysis of aerodynamic characteristics during low-speed flight\, including stall and post-stall behaviour\, lift augmentation devices\, and the importance of control effectiveness at low speeds.\nFlight Manoeuvers and Aerodynamics: Application of aerodynamics principles to various flight manoeuvres\, such as turns\, climbs\, descents\, and stalls. Students will gain a deeper understanding of how aerodynamic forces and control inputs affect aircraft performance during different phases of flight.\nPractical Applications and Case Studies: Integration of theoretical concepts with real-world scenarios and case studies to enhance practical application and problem-solving skills. Students will analyse and discuss practical aerodynamic challenges faced by commercial pilots.\n\nCourse Benefits: \n\nComprehensive understanding of aerodynamic principles and their application to commercial pilot training.\nEnhanced ability to analyse and interpret aircraft performance based on aerodynamic factors.\nProficiency in making informed decisions regarding aircraft stability\, control\, and manoeuvring.\nIncreased awareness of the impact of various atmospheric conditions on aircraft operations.\nImproved problem-solving skills through practical application and case studies.\n\nJoin the CPL Aerodynamics (CADA) course today and take a significant step toward mastering the science behind flight and becoming a skilled commercial pilot. \nFor any questions in relation to this course\, or if you would like to pay via PayID\, Bank Transfer or Cash\, please call our friendly staff on 03 8586 7777
URL:https://rvac.com.au/theory/cpl-aerodynamics-feb2026/
LOCATION:Royal Victorian Aero Club\, 31 First Avenue\, Moorabbin Airport\, VIC\, 3194\, Australia
CATEGORIES:CPL Theory
ATTACH;FMTTYPE=image/webp:https://rvac.com.au/wp-content/uploads/air-flow-around-airplane-body-footage-101355400_iconl.webp
ORGANIZER;CN="Deborah Fanning":MAILTO:deborah.fanning@rvac.com.au
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Australia/Melbourne:20260223T090000
DTEND;TZID=Australia/Melbourne:20260306T170000
DTSTAMP:20260430T071741
CREATED:20251116T035032Z
LAST-MODIFIED:20260105T031710Z
UID:4799-1771837200-1772816400@rvac.com.au
SUMMARY:IREX Theory (Instrument Flight Rating) - February 2026
DESCRIPTION:Course Description\nThe Instrument Rating Examination (IREX) Theory course is a comprehensive program designed to prepare pilots for the challenging Instrument Rating examination. This course is essential for aspiring pilots seeking to enhance their skills and knowledge in instrument flight operations and regulations. \nOver the duration of three weeks\, students will engage in intensive theoretical instruction\, practical exercises\, and simulated scenarios to develop a solid foundation in instrument flight rules (IFR) procedures\, navigation aids\, instrument approach procedures\, and regulations governing instrument flight. \nKey Course Topics: \n\nIFR Regulations and Procedures: A comprehensive overview of instrument flight regulations\, including IFR rules\, clearances\, airspace classifications\, and communication procedures. Students will gain a thorough understanding of regulatory requirements for instrument flight operations.\nInstrument Flight Planning: Instruction on the principles of instrument flight planning\, including route selection\, navigation aids\, weather considerations\, alternate airport planning\, fuel requirements\, and NOTAMs. Students will learn to develop effective instrument flight plans.\nInstrument Navigation Aids: In-depth study of various navigation aids used in instrument flight\, including VOR (VHF Omni-directional Range)\, NDB (Non-Directional Beacon)\, DME (Distance Measuring Equipment)\, GPS (Global Positioning System)\, and ILS (Instrument Landing System). Students will understand the functionality and interpretation of these aids.\nInstrument Flight Instruments: Analysis of the primary flight instruments and navigation equipment used in instrument flight\, such as attitude indicators\, heading indicators\, altimeters\, vertical speed indicators\, and autopilot systems. Students will develop proficiency in using and interpreting these instruments.\nInstrument Approach Procedures: Detailed examination of instrument approach procedures\, including precision and non-precision approaches\, instrument landing systems (ILS)\, VOR/DME approaches\, GPS approaches\, and RNAV (Area Navigation) procedures. Students will gain practical experience in conducting and briefing instrument approaches.\nInstrument Flight Performance and Limitations: Study of aircraft performance and limitations during instrument flight operations\, including takeoff and landing performance\, climb and descent performance\, and weight and balance considerations. Students will learn to calculate performance adjustments based on instrument flight conditions.\nInstrument Meteorology: Introduction to meteorological factors and considerations specific to instrument flight\, including icing conditions\, turbulence\, thunderstorms\, and low visibility conditions. Students will develop strategies to mitigate weather-related risks during instrument flight.\nInstrument Flight Simulations: Practical exercises using flight simulators to reinforce theoretical knowledge and develop instrument flight skills. Students will engage in simulated scenarios\, including IFR flight planning\, navigation\, instrument approaches\, and emergency procedures.\n\nCourse Benefits: \n\nComprehensive understanding of instrument flight regulations\, procedures\, and operations.\nProficiency in instrument flight planning\, navigation aids\, and approach procedures.\nAbility to interpret and use flight instruments effectively during instrument flight.\nEnhanced decision-making skills for instrument flight operations in various weather conditions.\nPractical experience through simulated instrument flight scenarios.\n\nEnrolment Requirements: \n\nPrivate Pilot License (PPL) or Commercial Pilot License (CPL)\nBasic knowledge of aviation regulations and procedures\nProficiency in mathematics and physics is beneficial but not mandatory\n\nEnrol in the IREX Theory course today and prepare yourself to successfully pass the Instrument Rating Examination\, taking a significant step towards becoming a skilled instrument-rated pilot. \nFor any questions in relation to this course\, or if you would like to pay via PayID\, Bank Transfer or Cash\, please call our friendly staff on 03 8586 7777
URL:https://rvac.com.au/theory/irex-feb2026/
LOCATION:Royal Victorian Aero Club\, 31 First Avenue\, Moorabbin Airport\, VIC\, 3194\, Australia
CATEGORIES:IREX Theory
ATTACH;FMTTYPE=image/jpeg:https://rvac.com.au/wp-content/uploads/2470586.jpg
ORGANIZER;CN="Tim Newman":MAILTO:training@rvac.com.au
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Australia/Melbourne:20260223T090000
DTEND;TZID=Australia/Melbourne:20260306T170000
DTSTAMP:20260430T071741
CREATED:20251123T013136Z
LAST-MODIFIED:20260105T031725Z
UID:4908-1771837200-1772816400@rvac.com.au
SUMMARY:Principles and Methods of Instruction (PMI) - February 2026
DESCRIPTION:Course Description\nThe Principles and Methods of Instruction (PMI) Course delivered by the Royal Victorian Aero Club is designed to prepare future flight instructors with the instructional knowledge and teaching skills required to train student pilots effectively. The course is conducted in a classroom environment by highly experienced Grade 1 flight instructors. \nThroughout the program\, participants will explore the core theories of learning and instruction\, communication strategies\, lesson planning\, student evaluation\, and the human factors that influence training. Content is aligned with the Civil Aviation Safety Authority (CASA) requirements for flight instructor training. \nEach session incorporates interactive presentations\, collaborative activities\, micro-teaching opportunities\, and guided discussions to reinforce instructional techniques. Students will also have access to training resources\, including reference texts\, lesson plan templates\, and practice teaching exercises to support their development as instructors. \nUpon completion\, participants will possess a strong understanding of instructional principles\, learning theory\, and effective teaching methods. They will be well prepared to undertake the instructional flight training component and complete their Pilot Instructor Rating Exam (PIRC). \n\nCourse Objectives\n\nTo develop a comprehensive understanding of adult learning principles and effective instructional methods\nTo prepare students for the PMI requirements of the Flight Instructor Rating syllabus\nTo build core skills in communication\, lesson planning\, and student evaluation\nTo promote a culture of safety\, professionalism\, and effective instruction within aviation training environments\nTo provide a foundational understanding of human factors as they relate to teaching and learning\n\n\nPrerequisites\nYou must holding a valid Australian PPL\, CPL or ATPL licence\, of either aeroplane or helicopter category\, to complete the Pilot Instructor Rating Exam (PIRC). \nIf you do not hold an Australian PPL or CPL or ATPL licence or Certificate of Validation (CoV)\, then any pass obtained in this exam won’t be valid. \n\nRequired Materials (not included in course fee)\n\nCASA Flight Instructor Rating reference materials\nWriting materials\nLaptop or tablet\nAny additional resources recommended by your instructor\n\n\nFor any questions regarding this course\, please contact our friendly team on 03 8586 7777.If you wish to pay via PayID\, Bank Transfer\, or Cash\, please call Flight Operations (Monday to Friday) on 03 8586 7777.
URL:https://rvac.com.au/theory/pmi-feb2026/
LOCATION:Royal Victorian Aero Club\, 31 First Avenue\, Moorabbin Airport\, VIC\, 3194\, Australia
CATEGORIES:PIRC Theory
ATTACH;FMTTYPE=image/jpeg:https://rvac.com.au/wp-content/uploads/R.jpg
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BEGIN:VEVENT
DTSTART;TZID=Australia/Melbourne:20260305T090000
DTEND;TZID=Australia/Melbourne:20260323T170000
DTSTAMP:20260430T071741
CREATED:20251123T002140Z
LAST-MODIFIED:20260105T031652Z
UID:4876-1772701200-1774285200@rvac.com.au
SUMMARY:CPL Operation\, Performance & Flight Planning (CFPA) - March 2026
DESCRIPTION:Course Description\nThe CPL Operation\, Performance and Flight Planning (CFPA) course is specifically designed for aspiring commercial pilots who are pursuing a Commercial Pilot License (CPL) and seeking to enhance their understanding of operational procedures\, aircraft performance\, and flight planning techniques. \nThis comprehensive course equips students with the knowledge and skills necessary to effectively plan and execute flights in a professional aviation environment. The course curriculum covers a wide range of topics\, combining theoretical concepts with practical applications\, enabling students to develop a solid foundation in CPL operations. \nKey areas of focus within the CFPA course include: \n\nAircraft Performance: Students will gain an in-depth understanding of aircraft performance parameters\, including takeoff and landing distances\, climb performance\, cruise performance\, and fuel consumption. They will explore factors affecting aircraft performance\, such as weight and balance\, temperature\, altitude\, and runway conditions.\nOperational Procedures: This section covers essential operational procedures for commercial pilots. Students will learn about pre-flight inspections\, aircraft systems\, flight deck management\, communication protocols\, crew resource management\, emergency procedures\, and handling abnormal situations.\nFlight Planning: Students will acquire the necessary skills to plan and prepare flight operations effectively. They will learn to interpret weather charts\, analyze meteorological data\, assess NOTAMs (Notices to Airmen)\, and calculate fuel requirements. The course will also cover route selection\, air traffic control considerations\, and flight plan filing procedures.\nNavigation Systems and Instruments: This module focuses on the various navigation systems and instruments used in modern aviation. Students will learn to use radio navigation aids\, GPS (Global Positioning System)\, and electronic flight instruments. They will also explore the principles of instrument flight and the use of charts and publications for navigation.\nPerformance-based Navigation (PBN): PBN is becoming increasingly prevalent in aviation. Students will study the concepts and procedures associated with PBN\, including Area Navigation (RNAV) and Required Navigation Performance (RNP). They will understand the benefits of PBN and its impact on flight planning and operations.\n\nThroughout the course\, students will engage in practical exercises\, case studies\, and simulations to reinforce their understanding of operational procedures\, aircraft performance\, and flight planning techniques. They will have the opportunity to apply their knowledge through realistic scenarios and simulated flight missions. \nFor any questions in relation to this course please call our friendly staff on 03 8586 7777.\nIf you would like to pay via PayID\, Bank Transfer or Cash\, please call flight operations Monday to Friday on 03 8586 7777. 
URL:https://rvac.com.au/theory/cpl-performance-mar2026/
LOCATION:Royal Victorian Aero Club\, 31 First Avenue\, Moorabbin Airport\, VIC\, 3194\, Australia
CATEGORIES:CPL Theory
ATTACH;FMTTYPE=image/jpeg:https://rvac.com.au/wp-content/uploads/03293_021-scaled.jpg
ORGANIZER;CN="Deborah Fanning":MAILTO:deborah.fanning@rvac.com.au
END:VEVENT
BEGIN:VEVENT
DTSTART;TZID=Australia/Melbourne:20260324T090000
DTEND;TZID=Australia/Melbourne:20260403T170000
DTSTAMP:20260430T071741
CREATED:20251123T002601Z
LAST-MODIFIED:20260105T031633Z
UID:4880-1774342800-1775235600@rvac.com.au
SUMMARY:CPL Aircraft General Knowledge (CSYA) - March 2026
DESCRIPTION:Course Description\nThe CPL Aircraft General Knowledge course (CSYA) is a comprehensive program designed to equip aspiring commercial pilots with a solid foundation of knowledge in aircraft systems\, operations\, and regulations. This course is specifically tailored for individuals pursuing a Commercial Pilot License (CPL) and seeking to enhance their understanding of the essential aspects of aviation. \nThroughout the course duration\, students will delve into various topics crucial for professional pilots\, including aircraft systems\, flight instruments\, aerodynamics\, aircraft performance\, meteorology\, navigation\, and aviation regulations. The course content is structured to provide a comprehensive understanding of the fundamental principles governing aircraft operations and the aviation industry. \nKey Course Highlights: \n\nAircraft Systems: Gain in-depth knowledge of aircraft systems\, including electrical\, hydraulic\, fuel\, and environmental systems. Understand the interconnections and functions of these systems to ensure safe and efficient aircraft operations.\nFlight Instruments: Familiarise yourself with the different flight instruments and their functions. Learn to interpret instrument readings and understand their role in maintaining control and situational awareness during flight.\nAerodynamics: Explore the principles of aerodynamics and their application to flight. Understand the forces acting on an aircraft and how they affect its performance and manoeuvrability.\nAircraft Performance: Study the factors influencing aircraft performance\, such as weight and balance\, takeoff and landing distances\, climb rates\, and cruise performance. Learn to calculate and analyse performance parameters critical for flight planning.\nMeteorology: Develop an understanding of meteorological concepts and their impact on aviation. Learn to interpret weather charts\, understand weather phenomena\, and make informed decisions regarding flight planning and safety.\nNavigation: Acquire knowledge of navigation techniques\, including pilotage\, dead reckoning\, radio navigation aids\, and Global Navigation Satellite Systems (GNSS). Learn to plan and execute flights using various navigation methods.\nAviation Regulations: Gain insights into aviation regulations and legal frameworks governing commercial aviation. Familiarise yourself with relevant national and international regulations\, safety protocols\, and operational guidelines.\n\nBy the end of this course\, participants will have a comprehensive understanding of aircraft systems\, flight operations\, and aviation regulations necessary for the successful completion of the CPL examination. They will be well-prepared to apply their knowledge in real-world scenarios\, ensuring safe and efficient operations as commercial pilots. \nEnrol in the CPL Aircraft General Knowledge (CSYA) course today and take a significant step towards achieving your dream of becoming a professional commercial pilot. \nFor any questions in relation to this course please call our friendly staff on 03 8586 7777.\nIf you would like to pay via PayID\, Bank Transfer or Cash\, please call flight operations Monday to Friday on 03 8586 7777. 
URL:https://rvac.com.au/theory/cpl-aircraft-general-knowledge-mar2026/
LOCATION:Royal Victorian Aero Club\, 31 First Avenue\, Moorabbin Airport\, VIC\, 3194\, Australia
CATEGORIES:CPL Theory
ATTACH;FMTTYPE=image/jpeg:https://rvac.com.au/wp-content/uploads/2025/01/0M4A2288.jpg
ORGANIZER;CN="Deborah Fanning":MAILTO:deborah.fanning@rvac.com.au
END:VEVENT
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