
31 August 2024
R&D case: ARTEX
ARTEX: Augmented Reality for Technical Exploitation in C-IED Operations
31 August 2024
ARTEX: Augmented Reality for Technical Exploitation in C-IED Operations
28 August 2024
The assembly and integration of small satellites require a high level of precision and security. Aspiring satellite builders, such as university project groups, need to develop a comprehensive understanding of satellite construction and space awareness. Consequently, satellite companies like ISISPACE are seeking effective educational and training solutions to enhance the learning process for these future professionals.
16 July 2024
Performance based training is a holistic approach that optimises proficiencies in a personalised way. The recently finished project INSPECT combines several kinds of measurements to get an accurate picture of the performance of military air traffic controllers. The physiological data allows air traffic control instructors to give feedback instantaneously which makes it a very efficient and effective learner centred approach.
05 April 2023
Technological development has always been extremely important to the armed forces. Its influence can be seen in weapons, sensor and platform systems, in soldiers’ equipment, in all forms of military actions and within the Defence Ministry’s own organisational operations. The role of artificial intelligence (AI) is increasing too.
07 November 2022
Development of a learner experience platform and recommender algorithm for tracking performance and providing recommendations for learning.
26 October 2022
Live, Virtual and Constructive elements in one training environment
21 October 2022
Diverse and realistic scenarios for fighter controller training. Fighter controllers are essential for the safety and effectiveness of fighter pilots. They provide the pilots with a complete and correct air picture. Fighter controllers must be well trained to observe, assess and communicate in rapidly evolving situations. This includes training scenarios that are diverse and have realistic fidelity and scale in terms of the platforms involved and their behaviour.