AEC partners with L3Harris for rotorcraft simulators

Ahmed Al-Khateeb, chairman of SAMI; Abdul Aziz Al-Duailej, president and CEO of AEC; Dr. Andreas Schwer, CEO of SAMI, and Lenny Genna, president of L3Harris Military Training, were present at the signing ceremony.
Updated 12 September 2019

AEC partners with L3Harris for rotorcraft simulators

Advanced Electronics Company, a Saudi Arabian Military Industries (SAMI) company, has signed a teaming agreement with L3Harris Technologies to collaborate on different rotorcraft simulators within Saudi Arabia. The agreement was signed during their participation in the Defense and Security Equipment International (DSEI) 2019 exhibition, which kicked off on Wednesday at ExCeL London.
Ahmed Al-Khateeb, chairman of SAMI; Abdul Aziz Al-Duailej, president and CEO of AEC; Dr. Andreas Schwer, CEO of SAMI; and Lenny Genna, president of L3Harris Military Training, were present at the signing ceremony.
Al-Duailej said: “We are pleased to partner with L3Harris Technologies to further our credentials in rotorcraft simulation as part of our military and defense capacity-building efforts. The agreement will allow AEC to leverage the unmatched expertise of two major industry leaders combined to deliver on Saudi Arabia’s ambitious goals.”

Genna said: “L3Harris and AEC are expanding our more than nine-year relationship to bring advanced training and simulation technologies to the Royal Saudi Armed Forces fleet. This collaboration will help to enhance flight safety and operational performance, and improves cost efficiency.”
The new partnership between AEC and L3Harris Technologies builds on a joint venture agreement between SAMI and L3 Technologies during the Paris Air Show earlier this year.


MBRSC opens registration for space science camp

Updated 09 August 2020

MBRSC opens registration for space science camp

The Mohammed Bin Rashid Space Centre (MBRSC) has announced the opening of registration for the Deep Learning Camp for university students, which will be held virtually from Aug. 18 to 20. The Deep Learning Camp is part of the initiatives of the MBRSC to support the UAE’s strategic directions in the science and technology fields, promoting the building of a generation capable of adopting advanced technologies to tackle future challenges.

Through the camp, MBRSC aims to provide the youth with a unique experience to explore space science through theoretical and practical lessons, activities conducted by experts and specialists in the field from the center. The camp is a great opportunity for students interested in the field of space sciences to acquire new skills about remote sensing and satellite analysis.

Yousuf Hamad Al-Shaibani, director general, MBRSC, said: “The Mohammed Bin Rashid Space Centre is keen to make effective contributions that support the UAE’s strategic directions in the science and technology field. Young people can explore the important aspect of space science and modern technologies that are the basis for advanced science in all fields through this camp. The UAE’s ambition to strengthen its leadership in the space sector is clear, as the country is taking prominent initiatives in space technology and enhancing its role in this field. This has acted as a catalyst for younger generations to study such scientific disciplines.”

Saeed Al-Mansoori, head of application development and analysis section, MBRSC, said: “Through these initiatives, we are working to prepare the youth and develop their skills to keep pace with the future of deep learning and artificial intelligence technologies. To keep pace with the developments in the field of space sciences and technology in the region and globally, it has become necessary to possess such important skills and knowledge.”

“This camp is a great opportunity for students interested in space science. The camp includes theoretical and practical activities, including sessions on satellite image analysis, remote sensing and artificial intelligence, and other topics related to enriching young people’s knowledge and attracting them to this field,” added Al-Mansoori.

The Deep Learning Camp is divided into theoretical and practical sessions. The theoretical sessions deal with the definition of the principles of deep learning, its applications and the techniques used therein, with focus on satellite image analysis. The practical sessions will involve learning the applied aspects of deep learning through specialized machine learning applications, including Python programming with Google Colab. The practical session will also engage the participants in a technological challenge through a hackathon, with great prizes awaiting the winners.

During the three-day camp, participants will learn 3 key elements: Principles of deep learning and artificial intelligence, how to use satellite imagery, and the ability to analyze and classify satellite images from a set of satellite image data.