The FEAST test battery comprises: FEAST I, consisting of a set of cognitive ability tests and an English Language test, and FEAST II, with two more complex multi-tasking tests that generally follow the successful completion of FEAST I. In addition, in FEAST III, a personality questionnaire is available and is used by many of the FEAST user organisations.
COGNITIVE
ABILITY
TESTS
CLASSIC PLUS
KNOWLEDGE
English Language Listening & Comprehension
ELICIT
Multi-Tasking
Work Sample Tests
RADAR
MULTI-PASS
Personality
Personality Questionnaire
FPQ
The tests and the accompanying administrative procedures have been designed with a great deal of professional care. They are administered and scored by a computer, thus further adding to the objectivity of the process.
On the day of the testing you will be welcomed by a test administrator who will guide you through the day and explain to you everything you need to know before you actually start the tests. Each test will be preceded by an introduction which explains the principles of the test and which gives example items and solutions. You will be given the opportunity to answer a sample question to make sure that you know what is being asked of you.
Introduction
Practice
Test
Each candidate sits the tests under the same conditions and subject to the same instruction. You may therefore rest assured that all applicants are treated equally and fairly.
The first phase of FEAST is intended to measure your basic skills and abilities in decision-making, planning ability, memory, logical reasoning, visual perception, attention, multi-tasking and spatial orientation. This phase also includes a test on your English language knowledge.
All tests are computer-based, and therefore the use of a keyboard and a mouse will be required.
It will take minimum 2 ½ hours to take the tests. There will be one or several 10 minute breaks during the test session.
Some tests will use a multiple-choice format, i.e. you will receive a number of solutions to choose from. Only one solution will be the correct one. In other tests, you will be required to react as quickly as possible. In general, you should always try to work as quickly and precisely as possible. It is also important to note that you might not be able to answer all items in all tests. This should not discourage you, as it does not necessarily mean that you have failed the test.
Once you have successfully passed the FEAST I tests you may be invited to attend a second round of testing. In this second phase you will take one or two work sample tests:
These tests are intended to measure your multi-tasking abilities. The tests are more complex and will require you to perform a number of different tasks at the same time as is done by an Air Traffic Controller. However, it is important to note again that pre-knowledge of ATC procedures or other specific knowledge is not required. These tests are designed for beginners with no background in ATC. The test instructions are very detailed and ensure that everything is explained before the tests start.
Many FEAST user organisations will also ask you to complete a questionnaire called the FEAST Personality Questionnaire as part of their selection system.
The questionnaire is different from the other FEAST assessments. There are no wrong or right answers. It does, however, give a picture of you as a person in so far as this will be relevant to the job for which you applied.
The questionnaire asks you to rate yourself in relation to a number of questions on a simple scale from 1-5. The questionnaire is easy to complete but full instructions are given to you on screen before you begin. You should try to answer naturally and instinctively and not to spend a long time on each answer. There is no time limit as such but we would expect you to finish in around 35-40 minutes.
The Air Navigation Service Provider (ANSP) to whom you have applied may supplement the FEAST tests with other tests. Usually you will attend a job interview at the end of the process. The ANSP will give you further information separately with regard to other tests in addition to FEAST.
Please note that not all FEAST user organisations will always make use of all FEAST tests on offer.
Please note that the FEAST I session can take up to approximately 4 hours depending on how many tests are used by the FEAST user organisation to whom you have applied.
As a candidate, you want to prepare for the FEAST tests as much as possible. To help you prepare, EUROCONTROL has developed a training platform for applicants. The training platform is free of charge and can be found at https://feast-training.eurocontrol.int/.
The EUROCONTROL Aviation Learning Centre (ALC) is EUROCONTROL’s training centre, located in Luxembourg. It is recognised as a centre of excellence for providing advanced air traffic management (ATM) training, comprising both classroom and e-learning courses, as well as training standards, tools and programmes.
Our training portfolio includes classroom and e-learning training courses aimed at different levels ranging from beginners in ATM to experienced ATM experts. Visit the EUROCONTROL Learning Zone. Our online catalogue of courses allows quick and easy access to all the information you require to help you identify your learning needs.
The x360ce 4.10.0.0 Alpha version is a significant departure from older versions (v3.x and below). While older versions required copying files directly into every game folder, the v4.x alpha operates as a global virtual driver, meaning you can set it once and use it for all games without moving DLL files around. 1. Initial Installation & Drivers
Download: Get the latest x360ce.zip for version 4.10.0.0 Alpha from the official GitHub releases or the x360ce homepage.
Extract & Run: Extract the ZIP file to a permanent folder (e.g., C:\Games\x360ce) and Run as Administrator. Install Virtual Driver (ViGEmBus):
Upon opening, the Issues tab will likely blink if drivers are missing.
Go to the Issues tab and click the Install button for the ViGEmBus Virtual Gamepad Emulation Driver. Restart your PC after installation if prompted. 2. Controller Mapping
Connect Your Controller: Plug in your gamepad before launching the application. Add Device: Go to the Controller 1 tab and click the Add... button. Select your detected gamepad from the list and click OK. Check the box for Enable 1 Mapped Device to activate it. Configure Buttons:
Under the General sub-tab, use the dropdown menus for each button.
Select [Record], then press the corresponding button on your physical controller.
High Quality Tip: If your controller has "stick drift," go to the Left/Right Thumb tabs and increase the Dead Zone slightly. 3. Optimizing for Games
Global Mode: Unlike v3, you do not need to put x360ce in the game folder.
Minimize, Don't Close: For the emulation to work while playing, you must minimize the application. It will stay active in your system tray (a grey controller icon).
Auto-Switching: In the Options tab, you can enable "Auto switch configuration when game focused" to have specific profiles for different games. 4. Troubleshooting Common Issues Xbox 360 Controller Emulator x360ce 41000 alpha high quality
The x360ce 4.10.0.0 alpha represents a significant milestone in the evolution of controller emulation software. As a tool designed to bridge the gap between legacy hardware and modern gaming standards, this specific alpha build focuses on enhancing compatibility and precision for users seeking a high-quality input experience. By mapping DirectInput controllers to XInput, x360ce allows older or non-standard gamepads to function seamlessly with modern titles that typically require an Xbox 360 or Xbox One controller.
The "high quality" designation for this build stems from its refined user interface and more robust internal architecture compared to earlier versions. In the 4.x branch, the developers shifted toward a more unified application model. Unlike previous iterations that required placing DLL files directly into game directories, the 4.10.0.0 alpha utilizes a virtual bus driver. This approach improves system stability and reduces the risk of game crashes or anti-cheat triggers, providing a cleaner integration between the peripheral and the software environment.
Furthermore, the alpha release introduces more granular calibration tools and advanced macro support. This allows enthusiasts to fine-tune dead zones, sensitivity curves, and button mappings with professional-grade accuracy. For gamers using flight sticks, racing wheels, or generic arcade pads, this build offers the stability needed for competitive play. While being an alpha version implies it is still in testing, the 4.10.0.0 release is often cited by the community for its performance efficiency and its ability to breathe new life into specialized hardware.
In conclusion, the x360ce 4.10.0.0 alpha is a vital utility for the PC gaming ecosystem. It exemplifies how community-driven software can solve hardware fragmentation, ensuring that "high quality" gaming is accessible regardless of the controller being used. By prioritizing a more modern driver-based architecture, this version provides a reliable, high-performance solution for mapping inputs in an increasingly complex digital landscape.
The x360ce 4.10.0.0 Alpha (and the broader 4.x series) represents a major shift from previous versions by moving to system-wide virtual emulation. Unlike version 3.x, which required you to place DLL files in each game's folder, this alpha version uses a virtual driver to make your controller visible to all games simultaneously. Key Features of x360ce 4.10.0.0 Alpha
Virtual Controller Emulation: Uses the ViGEmBus driver to create a "Virtual Xbox 360 Controller" directly in Windows. This allows it to support modern games that often block custom DLL files.
"All-in-One" Executable: A single x360ce.exe (AnyCPU) now supports both 32-bit and 64-bit systems and games, eliminating the need for separate versions.
Global Configuration: You no longer need to copy files into every game directory. One central installation serves all games on your PC.
Modernized Interface: The UI was updated to a XAML-based WPF (Windows Presentation Foundation) format for better scaling and performance. Advanced Mapping Tools:
Remap All: A feature to quickly cycle through and map all buttons in sequence.
Visual Recording: You can map buttons by clicking the corresponding button image in the app and then pressing the button on your controller. The x360ce 4
Improved Polling Rate: Users have noted high-quality response times, including support for up to 1000 Hz polling for lower latency.
HID Guardian Support: Includes options to hide your original "DirectInput" controller from games so they only see the emulated Xbox 360 controller, preventing double-input issues. Important Usage Note
To use this version, you must minimize but not close the application while playing. This ensures the virtual controller continues to receive and translate your inputs in real-time.
Are you currently having trouble getting a specific controller or game to work with this alpha version? X360CE • Xbox 360 Controller Emulator
The release of x360ce 4.10.0.0 Alpha marked a major turning point for the Xbox 360 Controller Emulator (x360ce). This specific alpha version introduced a fundamental architectural shift that drastically improved the "high-quality" feel of generic gamepads by reducing input lag and simplifying the setup process for modern Windows PC gaming.
Unlike previous versions (3.x), the 4.10.0.0 Alpha uses a virtual controller driver approach, meaning you no longer need to copy .dll files into every individual game folder. Instead, one single application handles all games across your system. Key Features of x360ce 4.10.0.0 Alpha
The 4.10.0.0 Alpha brought several "high-quality" updates designed for performance and stability:
Significant Input Delay Reduction: Users reported a definite improvement in responsiveness compared to earlier wrapper-based methods.
Virtual Driver Integration: It utilizes the ViGEmBus driver to create a system-wide virtual Xbox 360 controller, ensuring better compatibility with newer games.
Unified Application: There is no longer a need for separate 32-bit and 64-bit executables; a single .exe works for both types of games.
Improved Issue Detection: The "Issues" tab automatically identifies and fixes common setup errors, such as missing drivers or C++ Runtimes. Common issues & troubleshooting
Faster File Scanning: If you choose to add specific game executables, the scanning process for XInput support is notably faster. How to Achieve High-Quality Performance
To ensure you get the best experience with the 4.10.0.0 Alpha, follow these optimized setup steps:
Driver Installation: Launch x360ce.exe and check the Issues tab. If it blinks, click Install to set up the Virtual Gamepad Emulation Driver (ViGEmBus).
Controller Mapping: Connect your controller, go to Controller 1, and click Add... Select your device and use the Auto button or Record function to map your physical buttons to the Xbox 360 layout.
Optimize CPU Usage: During gameplay, minimize the x360ce application to the system tray rather than closing it. This keeps the virtual driver active while significantly reducing CPU overhead.
Anti-Dead Zone Settings: If your character moves on its own or feels "sticky," adjust the Anti-Dead Zone settings in the application to ensure the sticks only react when you want them to. Performance vs. Compatibility
While the 4.10.0.0 Alpha is superior for many modern titles, some older games specifically look for local .dll files in their installation folders. If a game doesn't recognize the virtual controller, you may still need to use the legacy x360ce 3.x versions which rely on placing files like xinput1_3.dll directly next to the game's .exe. X360CE • Xbox 360 Controller Emulator
Click Create – this will generate the required DLL files.
Most emulators simply translate buttons. A "low quality" setup introduces dead zones (where your stick moves but the game doesn't respond) or ghosting (pressing three buttons locks the fourth). The x360ce 41000 alpha high quality tag implies a specific configuration set where:
Run x360ce.exe as Administrator. The first launch shows:
Click Save. This will generate an x360ce.ini file. Now, launch your game. The game should now detect an "Xbox 360 Controller for Windows" and your generic pad should control it flawlessly.
When the app detects your controller, do not click "Next" blindly.
Game Settings -> Polling Rate. Set it to 500Hz or 1000Hz. (Warning: 1000Hz requires a USB 3.0 port and a modern CPU; otherwise, use 500Hz for a balance of quality and stability).Advanced -> Stick. Set "Anti-Deadzone" to 0 and "Deadzone" to 2500. For high-quality sticks (Hall Effect magnetic sensors), reduce Deadzone to 1000.Triggers, enable Full Range. Set the lower threshold to 1 and upper to 100. This ensures analog control from the slightest brush to a full pull.