ADVANCED ENGINEERING & FLIGHT TRAINING SOLUTIONS
AL HAKEEM CBT/WBT technology has extensive artificial intelligence (AI) support that forms the basis for the advanced features. The underlying machine learning models provide
dynamic mechanism for the specialization of the courseware content, exam questions and participation tracking per trainee/student.
The limitations of conventional disaster management trainings are a major readiness problem to cope with highly populated and complex cities today. Conventional training
curriculum frequently fail to replicate real life conditions to prepare disaster management staffs including civil defense, fire fighters, police, ambulatory services, airport safety
operators, etc. for the authentic stresses of disasters, challenging human limits in extreme environments.
AL HAKEEM Distant Learning Platform is comprised of Web Based Training (WBT) and Virtual Reality (VR) applications. The platform can be adapted to any kind of training program from kindergartens, primary schools, elementary and higher schools to universities and different educational institutes.
Simulation Based Acquisition System (SBAS) is located at the heart of the any procurement department / agency, especially defense procurement and development projects.
Tactical Decision Aid System (TDAS) is an application software that conducts route planning, weapon planning and effectiveness analysis. The aim of TDAS is to equip the fighter squadrons with the necessary weapon engineering capabilities.
Al HAKEEM provides special training devices and
curriculum are needed to prepare pilots to withstand the physiological stresses of flight, including visual and vestibular illusions, elevated G-forces and other human factor issues such as hypoxia, rapid decompression, spatial disorientation and situational awareness, and water survival.
AL HAKEEM developed Medical Information System (MIS) that would be deployed in healthcare centers, laboratories, hospitals, and other medical institutions.
The combat operations conducted all around the world over the last decade against continuously evolving asymmetric threats (terrorists, insurgents, smugglers or pirates) made Remotely Piloted Aircraft (RPA) Systems or Unmanned Aerial Vehicles (UAV) the most critical element in the application of the next generation airpower.