They are looking for Aircraft Maintenance Engineer to join the Kansai Airport Line Maintenance team. As an Engineer, you will play a vital role in ensuring the safety and reliability of their operations. You will help deliver industry-leading performance by supporting their fleet and upholding the highest standards of safety for their people and customers. Working in a dynamic and customer-focused environment, you will supervise daily operations to provide exceptional on-time performance and an outstanding cabin experience for every traveler. You will be part of an ambitious, progressive, and customer-centric engineering team dedicated to delivering safe, reliable, and cost-effective line maintenance services for Cathay and their valued third-party customers. Location : Osaka, Japan Aircraft Maintenance Engineer Aircraft Maintenance Engineer Key Responsibilities Item 1 of 10, Conduct and certify routine and non-routine maintenance for Cathay Group aircraft in accordance with the H...

An “ anvil cloud ” is the flattened, spreading top part of a mature Cumulonimbus thunderstorm cloud (also known as Cumulonimbus incus). When strong updrafts push the cloud top up toward the tropopause (the boundary between the troposphere and stratosphere), horizontal winds blow the rising air outward, forming a wide, flat “anvil”‐shaped top.  In aviation contexts, spotting an anvil cloud is a strong visual cue of a potentially severe thunderstorm in place or nearby.  Anvil Clouds Why Are Anvil Clouds Significant in Aviation? Anvil clouds are more than just scenic—they represent serious risks for aircraft operations: Turbulence & wind shear: The strong convective updrafts and downdrafts associated with the parent cumulonimbus often extend into or beneath the anvil region. Aircraft encountering these can experience rapid changes in airflow and altitude.  Lightning and electrical hazards: The anvil region carries charge and may trigger lightning or other discharges....

Aircraft Technician Jobs include carrying out maintenance tasks on Emirates and third party aircraft and components in accordance with laid down procedures and regulations. The Aircraft Technician will work as part of a team under the direction and guidance of the assigned Licensed Aircraft Engineer within the trade disciplines for which they have been trained. Location : Port Louis, Mauritius Aircraft Technician Jobs Aircraft Technician Jobs Key Responsibilities Generic: - To carry out routine aircraft/engine/component servicing/ maintenance and/or approved structural repairs compliant to manufacturers procedures whilst observing all safety procedures for fluid replenishment, aircraft refuelling, aircraft systems charging/servicing as required. -To complete any component replacement and other maintenance activities as directed by immediate supervisor. This will include the ability to obtain and understand Aircraft Maintenance Manual (AMM), Illustrated Parts catalogue (IPC), Compo...

An anemometer is an instrument used to measure wind speed, direction, and pressure. It plays a vital role in meteorology, environmental monitoring, and industrial applications. The term comes from the Greek word “anemos,” meaning wind. Modern anemometers are equipped with digital sensors, AI-based data analysis, and IoT connectivity, making them essential tools in weather forecasting, renewable energy, and aerospace engineering. Anemometer How Does an Anemometer Work? An anemometer works by detecting airflow movement and converting it into electrical signals that correspond to wind velocity. Depending on the type, it measures either mechanical rotation, thermal cooling rate, or ultrasonic sound travel time. Basic Working Principle: 1. Air Movement Detection: The sensor detects the force of moving air. 2. Signal Conversion: This motion or pressure is converted into an electrical signal. 3. Data Processing: A microcontroller or AI-based system calculates real-time wind speed and d...

In aviation, technical skill alone isn’t enough to ensure safety and excellence. The true hallmark of a great pilot is airmanship — the combination of skill, discipline, judgment, and attitude that defines how one flies and manages every situation in the air. Whether you’re a student pilot, a commercial aviator, or part of an aircrew, mastering airmanship is essential for flight safety, crew coordination, and operational effectiveness. What is Airmanship? Airmanship refers to the consistent display of sound judgment, proficiency, and awareness in all aspects of flight operations. It’s not limited to flying skills — it includes decision-making, situational awareness, communication, and adherence to aviation ethics. ad In simple terms, airmanship is the mindset and behavior of a responsible pilot who always prioritizes safety, discipline, and professionalism in the sky. Core Elements of Airmanship Airmanship is built upon several interrelated components. The most important include: ...

Aircraft Maintenance Engineer has to lead and supervise a team of Aircraft Technicians / Aircraft Mechanics in performing operational functions ensuring delivery of a safe and exceptionally reliable travel experience that supports their brand and business.  To deliver the highest levels of safety, compliance and service delivery by stringent oversight and management of third party suppliers. Location : Bangkok, Thailand Aircraft Maintenance Engineer Aircraft Maintenance Engineer Key Responsibilities Operational Accountabilities Working on a shift basis, supervise and certify routine and non-routine maintenance for Cathay Group aircraft in accordance with the HKAR-145 and company requirements Working on a shift basis, supervise and certify routine and non-routine maintenance for third party customer aircraft (if applicable) in accordance with the appropriate national authority and customer requirements Perform local or overseas operational relief duties or the duties of an Ai...

The term air sock can refer to a couple of different products, so it’s important to clarify which one you mean. Wind-direction sock (windsock) In one sense, an “air sock” simply means a Windsock — a conical textile tube mounted so it rotates and indicates wind direction (and sometimes speed).  Textile air-duct system (HVAC/ventilation) More relevant in HVAC, industrial, or large-space buildings is the “air sock” meaning a fabric duct or textile ducting system. These flexible ducts distribute conditioned air (heated or cooled) via fabric tubing rather than rigid metal ducts.  Air Sock Why “air socks” (fabric ducts) are gaining popularity Here are the main advantages of fabric duct systems (air socks) compared to conventional rigid ducts: Even air distribution: Because the fabric allows either permeation (micro-holes) or calibrated perforations, the air is gently diffused over a large area, reducing drafts and “jet” airflow.  Lightweight and flexible: Fabric ducts we...

An Air Data Computer (ADC) is a vital avionics component used in modern aircraft. Broadly defined, it is an electronic device that collects sensor inputs (such as pitot-tube dynamic pressure, static port pressure, total air temperature) and computes key flight parameters like calibrated airspeed (CAS), true airspeed (TAS), pressure altitude, Mach number, vertical speed, and static air temperature.  In simpler terms: instead of having multiple separate instruments to measure speed, altitude, temperature etc., the ADC combines the inputs, computes the necessary data, and provides it to other systems and displays in the aircraft.  Air Data Computer (ADC) Why is the ADC Important for Aviation? The ADC plays several critical roles: 1. Flight Safety & Accuracy It provides accurate altitude and airspeed data which are essential for maintaining flight paths, controlling the aircraft, managing climb/descent, and ensuring separation from other aircraft or terrain.  Becau...

In the realm of aviation safety, one of the most vital technologies to prevent mid-air collisions is the Airborne Collision Avoidance System (ACAS) . This article explores ACAS in detail—its purpose, how it works, regulatory context, recent developments (including AI/machine-learning links), and why it matters for aviation stakeholders. Airborne Collision Avoidance System (ACAS) What is ACAS? The term ACAS stands for Airborne Collision Avoidance System. Essentially, it is an on-board aircraft system that operates independently of ground-based air traffic control (ATC) separation services. It monitors surrounding airspace using replies from transponders on other aircraft (secondary surveillance radar / SSR) and issues alerts or manoeuvre guidance to the flight crew if a potential collision threat is detected.  Key definitions: ACAS (general): An aircraft system based on SSR transponder signals which operates independently of ground-based equipment to provide advice to the pilo...

Air to Air Refuelling (AAR) — also known as aerial refuelling or in-flight refuelling — is one of the most significant force multipliers in modern aviation. In simple terms, it is the process by which one aircraft (the tanker) transfers fuel to another (the receiver) while both are airborne. This capability extends mission endurance, range, and flexibility of air operations, often becoming a critical enabler in military, strategic, humanitarian, and surveillance missions.  Over time, AAR has evolved from experimental hose transfers in the 1920s to highly advanced systems today involving automation, drones, and sophisticated planning algorithms. This article will delve into the history, methods/techniques, technological developments (especially AI/automation), operational benefits & challenges, strategic implications and future outlook of air-to-air refuelling. Air to Air Refuelling 1. Historical Evolution 1.1 The Pioneering Days The first experiments in airborne fuel transf...