Technion, IAI co-develop new satellite tech for search, rescue, and signal detection missions
The collaboration yields innovative electronic receiver and computer for nano-satellites that will be launched in December
IsraelDefense
| 24/08/2020
Above: a computer-generated redition of the nano-satellites in orbit. Below: Hovik Agalarian, Chief Electronics Engineer of the Asher Institute of Space Research, with the new receiver. Photos: Sharon Tzur, Technion’s Spokesperson Office
A close technological and research collaboration between the Technion - Israel Institute of Technology and Israel Aerospace Industries (IAI) has yielded an advanced electronic receiver that constitutes a unique development in the nano-satellite sector.
The collaboration is part of the Technion’s "ADELIS-SAMSON" project in which three nano-satellites will be launched into space in December. The satellites, which will fly in an autonomous formation without human intervention, are tasked with receiving signals from Earth and detecting their precise location for search and rescue, remote sensing, and environmental monitoring missions. The software and algorithms that control the flight were developed at Technion’s Distributed Space Systems Lab in the Asher Space Research Institute.
The electronic receiver, developed and built especially for the ADELIS-SAMSON project by IAI division and subsidiary ELTA Systems, picks-up, identifies, and records signals from Earth. It includes an information processing system that calculates the location of the transmission. The miniature system was developed particularly for nano-satellites in order to extend the scope of the missions they can perform. The system integrates with the three mission computers developed by IAI’s MABAT Division.
The ADELIS-SAMSON project is headed by Professor Pini Gurfil, head of the Asher Space Research Institute and a faculty member in the Technion Faculty of Aerospace Engineering, with the support of the ADELIS Foundation and the Israel Space Agency in the Ministry of Science and Technology.
“We worked closely with IAI engineers on this development for more than five years,” said Prof. Gurfil. “The project showcases the benefits of academy-industry collaboration, which yielded an outstanding result in the form of an innovative space-borne system. We thank IAI engineers for their professionalism and commitment. The system we co-developed places ADELIS-SAMSON at the forefront of nano-satellite technology.”
IAI CEO Nimrod Sheffer said, “The new development will help promote a new space research area. Collaboration with the Technion and other academic institutions is invaluable to us, as it promotes academic research and our future technological ventures. The receiver developed for this project offers a new way for space geo-location of ground electromagnetic signals. It is based on IAI’s extensive engineering know-how and experience in satellites, electronic warfare, intelligence interpretation systems, and communication networks.”
The ADELIS-SAMSON project is supported by the ADELIS Foundation, the Goldstein Foundation, and Israel's Space Agency. Other parties involved in the project include Israel's Space Agency, Rafael, and IAI.
The collaboration yields innovative electronic receiver and computer for nano-satellites that will be launched in December
Above: a computer-generated redition of the nano-satellites in orbit. Below: Hovik Agalarian, Chief Electronics Engineer of the Asher Institute of Space Research, with the new receiver. Photos: Sharon Tzur, Technion’s Spokesperson Office
A close technological and research collaboration between the Technion - Israel Institute of Technology and Israel Aerospace Industries (IAI) has yielded an advanced electronic receiver that constitutes a unique development in the nano-satellite sector.
The collaboration is part of the Technion’s "ADELIS-SAMSON" project in which three nano-satellites will be launched into space in December. The satellites, which will fly in an autonomous formation without human intervention, are tasked with receiving signals from Earth and detecting their precise location for search and rescue, remote sensing, and environmental monitoring missions. The software and algorithms that control the flight were developed at Technion’s Distributed Space Systems Lab in the Asher Space Research Institute.
The electronic receiver, developed and built especially for the ADELIS-SAMSON project by IAI division and subsidiary ELTA Systems, picks-up, identifies, and records signals from Earth. It includes an information processing system that calculates the location of the transmission. The miniature system was developed particularly for nano-satellites in order to extend the scope of the missions they can perform. The system integrates with the three mission computers developed by IAI’s MABAT Division.
The ADELIS-SAMSON project is headed by Professor Pini Gurfil, head of the Asher Space Research Institute and a faculty member in the Technion Faculty of Aerospace Engineering, with the support of the ADELIS Foundation and the Israel Space Agency in the Ministry of Science and Technology.
“We worked closely with IAI engineers on this development for more than five years,” said Prof. Gurfil. “The project showcases the benefits of academy-industry collaboration, which yielded an outstanding result in the form of an innovative space-borne system. We thank IAI engineers for their professionalism and commitment. The system we co-developed places ADELIS-SAMSON at the forefront of nano-satellite technology.”
IAI CEO Nimrod Sheffer said, “The new development will help promote a new space research area. Collaboration with the Technion and other academic institutions is invaluable to us, as it promotes academic research and our future technological ventures. The receiver developed for this project offers a new way for space geo-location of ground electromagnetic signals. It is based on IAI’s extensive engineering know-how and experience in satellites, electronic warfare, intelligence interpretation systems, and communication networks.”
The ADELIS-SAMSON project is supported by the ADELIS Foundation, the Goldstein Foundation, and Israel's Space Agency. Other parties involved in the project include Israel's Space Agency, Rafael, and IAI.
