Ayman Mahmoud Mohamed Ahmed
https://www.etis.ee/CV/Ayman_Mahmoud_Mohamed_Ahmed/est
4.01.1979
+201005672125
+201280262341
a_ymn2002@yahoo.com
https://scholar.google.com.eg/citations?user=ekgwAAkAAAAJ&hl=en
http://orcid.org/0000-0002-9508-7449
http://orcid.org/0000-0002-9508-7449
Teenistuskäik
Töökohad ja ametid
01.02.2015–01.02.2018
Higher institute of engineering and technology, Cairo, Egypt, Teaching courses: satellite communication and antenna systems, microwave devices, electromagnetics and field theory (0,30)
07.02.2002–01.08.2018
National Authority for remote sensing and space science, Space System Engineering (1,00)
Haridustee
05.09.2009–05.05.2013
PhD. Electronics and Communication Engineering
01.09.2009–03.04.2011
Master of Business Administration -MBA
01.09.2003–01.06.2006
Master of Science - M.Sc. Electrical Engineering, Specialized Computer Systems
01.09.1995–01.07.2000
B.Sc. in Electrical Engineering
Teadusorganisatsiooniline ja -administratiivne tegevus
2016−2017
Fund Raising: Academy of Scientific Research and Technology- ASRT Egypt:: Technology Development and demonstration Satellite –TeDDsat-1. 2016-Leader
2015−2017
development of Space qualified TDI camera system-Principle investigator
2015−2018
NEXSAT-1 satellite payload camera system engineer
2015−2016
Fund raising: H2020- EU : Fractionated Imaging Satellite Cluster
2013−2015
Space qualified camera computer system-Principle investigator
2012−2013
"Misrsat-2" satellite system engineer
2011−2012
Fund raising: National Science foundation NSF- USA: Experimental High Resolution Imaging Payload System for Nano Satellites
2009−2012
Egycubesat-1 Co-Principle investigator
2009−2010
Fund Raising: Research, development and innovation RDI-European union commission grants-EgyCubeSat-1
2002−2007
"Egyptsat-1" satellite Payload Engineer
Loometöö
New method for using commercially available field programmable gate array (FPGA) onboard low earth orbit satellites
In this work, our team succeeded to develop a new methodology to use commercially available FPGA in reliable on-board spacecraft; the method used the Magnetoresistive memory to run memory scrubbing for the chip; this technique mitigated the commonly occurs single event upsets due to radiation effects.
In this work, our team succeeded to develop a new methodology to use commercially available FPGA in reliable on-board spacecraft; the method used the Magnetoresistive memory to run memory scrubbing for the chip; this technique mitigated the commonly occurs single event upsets due to radiation effects.
Lisainfo
Interested to work in Satellite technology, FPGA and embedded systems, imaging from space, fault tolerant techniques.
Kvalifikatsioon
Teadustöö põhisuunad
ETIS KLASSIFIKAATOR: 4. Loodusteadused ja tehnika; 4.3. Kosmoseuuringud ja astronoomia; CERCS KLASSIFIKAATOR: P520 Astronoomia, kosmoseuuringud, kosmosekeemia ; TÄPSUSTUS: System Engineering, Space based imaging
ETIS KLASSIFIKAATOR: 4. Loodusteadused ja tehnika; 4.8. Elektrotehnika ja elektroonika; CERCS KLASSIFIKAATOR: T171 Mikroelektroonika ; TÄPSUSTUS: Embedded systems and fault tolerant techniques
Lisainfo
Qualified Space system designer
Satellite system Engineer
Development of New fault mitigation technique for Xilinx-FPGA Virtex-5, the research covers:
o MRAM based configuration for FPGA ,
o Fault tolerant implementation of image processing algorithm,
o FPGA blind scrubbing,
o Hardware printed circuit board design
o Environmental testing for TRL-8(thermal vacuum and proton radiation testing).
o MRAM based configuration for FPGA ,
o Fault tolerant implementation of image processing algorithm,
o FPGA blind scrubbing,
o Hardware printed circuit board design
o Environmental testing for TRL-8(thermal vacuum and proton radiation testing).
• Embedded system developer: Study on the Design of Experimental High Resolution Imaging Payload System for Nano Satellites funded by National science foundation-USA collaborative research project (Center of advanced Computer Studies, Lafayette, USA) which covers:
o image payload for cube satellites,
o embedded system development,
o Optical design system level.
o image payload for cube satellites,
o embedded system development,
o Optical design system level.
• Team lead (system level designer): preparation of project proposal H2020 “Fractionated Imaging Satellite Cluster,”-FISC; it is a multidisciplinary project that is based on orbital interviewing of small satellites orbiting equatorial and sun synchronous orbits, (jointly with Geoimaging-Cyprus, Joanneum research-Austria, Universidad Politécnica de Madrid-Spain, Logikon Labs- Greece, Glasgow University UK, Sapienza Spain) it covers the following topics:
o Multisensory data fusion techniques,
o Formation flying,
o precision thrusting, and orbital correction and maneuver,
o intersatellite communication,
o space mission scalability and incremental deployment,
o mission planning for cluster satellites,
o interfacing and synchronization,
o space debris deorbiting mechanism
o Multisensory data fusion techniques,
o Formation flying,
o precision thrusting, and orbital correction and maneuver,
o intersatellite communication,
o space mission scalability and incremental deployment,
o mission planning for cluster satellites,
o interfacing and synchronization,
o space debris deorbiting mechanism
• Team member: participation of the preparation of the project proposal: QVBRE: Q/V Band Relay network over EOS -H2020. (Technical University of Madrid- Spain, Thales Alenia Space Italy-Italy, JOANNEUM Research Digital-Austria, GMV Aerospace and Defence-Spain, AeroSertec-Spain)The research covers:
o Q/V communication payloads over small-medium EOS (Earth Observation Satellite)
o Inter-satellites connectivity for data recovery and transmission between EOS (remote sensing),
o Communication relays between ground stations.
o Q/V communication payloads over small-medium EOS (Earth Observation Satellite)
o Inter-satellites connectivity for data recovery and transmission between EOS (remote sensing),
o Communication relays between ground stations.
• Team member: participation of the preparation of the project proposal: HiPARE Application of wide band-gap technology to space power systems, H2020. The research covers (Joint with QinetiQ Space NV, Belgium, ALTER Technology Spain, Fraunhofer institute Solar Energy Systems, Germany):
o Compact and high performing power converters for space applications.
o Solar array regulation and DC/DC converters.
o Transistors based on wide band gap materials.
o TRL-5 qualification and up screening.
o Compact and high performing power converters for space applications.
o Solar array regulation and DC/DC converters.
o Transistors based on wide band gap materials.
o TRL-5 qualification and up screening.
• Team lead (system Engineer): Development of compact space-based earth observation optical camera system, based on TDI CCD image sensor and TMA optical layout, system level designer, the research covers:
o Electro optical design for satellite imagery,
o Focusing system for onboard satellite camera system,
o Development of printed circuit board,
o Development of image handling techniques.
o Qualification testing –TRL8.
o Electro optical design for satellite imagery,
o Focusing system for onboard satellite camera system,
o Development of printed circuit board,
o Development of image handling techniques.
o Qualification testing –TRL8.
• spacecraft performance analysis and fault diagnosis using telemetry-mining, the research covers:
o Machine learning Technique to predict the behavior of different satellite subsystems and fault diagnosis,
o Implementation of Longs-short term memory neural network algorithms and Boltzmann machine
o Machine learning Technique to predict the behavior of different satellite subsystems and fault diagnosis,
o Implementation of Longs-short term memory neural network algorithms and Boltzmann machine
• Space environment qualification and testing of small satellite devices (Joint research with Kyushu institute of technology- japan).
o Space qualification testing for TRL-8,
o Testing scenarios and planning,
o Space environmental effects on satellite electronics.
o Space qualification testing for TRL-8,
o Testing scenarios and planning,
o Space environmental effects on satellite electronics.
Publikatsioonid
Klass
Aasta
Publikatsioon
3.1.
2016
3.5.
2016
3.4.
2013
1.2.
2012
3.1.
2012
3.4.
2012
3.4.
2012
3.1.
2010
3.5.
2009
5.2.
2009
3.4.
2008
3.3.
2006
25.11.2020
Ayman Mahmoud Mohamed Ahmed
https://www.etis.ee/CV/Ayman_Mahmoud_Mohamed_Ahmed/eng
4.01.1979
+201005672125
+201280262341
a_ymn2002@yahoo.com
https://scholar.google.com.eg/citations?user=ekgwAAkAAAAJ&hl=en
http://orcid.org/0000-0002-9508-7449
http://orcid.org/0000-0002-9508-7449
Career
Institutions and positions
01.02.2015–01.02.2018
Higher institute of engineering and technology, Cairo, Egypt, Teaching courses: satellite communication and antenna systems, microwave devices, electromagnetics and field theory (0,30)
07.02.2002–01.08.2018
National Authority for remote sensing and space science, Senior Researcher (1,00)
Education
05.09.2009–05.05.2013
PhD. Electronics and Communication Engineering
01.09.2009–03.04.2011
Master of Business Administration -MBA
01.09.2003–01.06.2006
Master of Science - M.Sc. Electrical Engineering, Specialized Computer Systems
01.09.1995–01.07.2000
B.Sc. in Electrical Engineering
R&D related managerial and administrative work
2016−2017
Fund Raising: Academy of Scientific Research and Technology- ASRT Egypt:: Technology Development and demonstration Satellite –TeDDsat-1. 2016-Leader
2015−2017
development of Space qualified TDI camera system-Principle investigator
2015−2018
NEXSAT-1 satellite payload camera system engineer
2015−2016
Fund raising: H2020- EU : Fractionated Imaging Satellite Cluster
2013−2015
Space qualified camera computer system-Principle investigator
2012−2013
"Misrsat-2" satellite system engineer
2011−2012
Fund raising: National Science foundation NSF- USA: Experimental High Resolution Imaging Payload System for Nano Satellites
2009−2012
Egycubesat-1 Co-Principle investigator
2009−2010
Fund Raising: Research, development and innovation RDI-European union commission grants-EgyCubeSat-1
2002−2007
"Egyptsat-1" satellite Payload Engineer
Creative work
New method for using commercially available field programmable gate array (FPGA) onboard low earth orbit satellites
In this work, our team succeeded to develop a new methodology to use commercially available FPGA in reliable on-board spacecraft; the method used the Magnetoresistive memory to run memory scrubbing for the chip; this technique mitigated the commonly occurs single event upsets due to radiation effects.
In this work, our team succeeded to develop a new methodology to use commercially available FPGA in reliable on-board spacecraft; the method used the Magnetoresistive memory to run memory scrubbing for the chip; this technique mitigated the commonly occurs single event upsets due to radiation effects.
Additional information
Interested to work in Satellite technology, FPGA and embedded systems, imaging from space, fault tolerant techniques.
Qualifications
Fields of research
ETIS CLASSIFICATION: 4. Natural Sciences and Engineering; 4.3. Space Research and Astronomy; CERCS CLASSIFICATION: P520 Astronomy, space research, cosmic chemistry
ETIS CLASSIFICATION: 4. Natural Sciences and Engineering; 4.8. Electrical Engineering and Electronics; CERCS CLASSIFICATION: T171 Microelectronics
Additional information
Qualified Space system designer
Satellite system Engineer
Development of New fault mitigation technique for Xilinx-FPGA Virtex-5, the research covers:
o MRAM based configuration for FPGA ,
o Fault tolerant implementation of image processing algorithm,
o FPGA blind scrubbing,
o Hardware printed circuit board design
o Environmental testing for TRL-8(thermal vacuum and proton radiation testing).
o MRAM based configuration for FPGA ,
o Fault tolerant implementation of image processing algorithm,
o FPGA blind scrubbing,
o Hardware printed circuit board design
o Environmental testing for TRL-8(thermal vacuum and proton radiation testing).
• Embedded system developer: Study on the Design of Experimental High Resolution Imaging Payload System for Nano Satellites funded by National science foundation-USA collaborative research project (Center of advanced Computer Studies, Lafayette, USA) which covers:
o image payload for cube satellites,
o embedded system development,
o Optical design system level.
o image payload for cube satellites,
o embedded system development,
o Optical design system level.
• Team lead (system level designer): preparation of project proposal H2020 “Fractionated Imaging Satellite Cluster,”-FISC; it is a multidisciplinary project that is based on orbital interviewing of small satellites orbiting equatorial and sun synchronous orbits, (jointly with Geoimaging-Cyprus, Joanneum research-Austria, Universidad Politécnica de Madrid-Spain, Logikon Labs- Greece, Glasgow University UK, Sapienza Spain) it covers the following topics:
o Multisensory data fusion techniques,
o Formation flying,
o precision thrusting, and orbital correction and maneuver,
o intersatellite communication,
o space mission scalability and incremental deployment,
o mission planning for cluster satellites,
o interfacing and synchronization,
o space debris deorbiting mechanism
o Multisensory data fusion techniques,
o Formation flying,
o precision thrusting, and orbital correction and maneuver,
o intersatellite communication,
o space mission scalability and incremental deployment,
o mission planning for cluster satellites,
o interfacing and synchronization,
o space debris deorbiting mechanism
• Team member: participation of the preparation of the project proposal: QVBRE: Q/V Band Relay network over EOS -H2020. (Technical University of Madrid- Spain, Thales Alenia Space Italy-Italy, JOANNEUM Research Digital-Austria, GMV Aerospace and Defence-Spain, AeroSertec-Spain)The research covers:
o Q/V communication payloads over small-medium EOS (Earth Observation Satellite)
o Inter-satellites connectivity for data recovery and transmission between EOS (remote sensing),
o Communication relays between ground stations.
o Q/V communication payloads over small-medium EOS (Earth Observation Satellite)
o Inter-satellites connectivity for data recovery and transmission between EOS (remote sensing),
o Communication relays between ground stations.
• Team member: participation of the preparation of the project proposal: HiPARE Application of wide band-gap technology to space power systems, H2020. The research covers (Joint with QinetiQ Space NV, Belgium, ALTER Technology Spain, Fraunhofer institute Solar Energy Systems, Germany):
o Compact and high performing power converters for space applications.
o Solar array regulation and DC/DC converters.
o Transistors based on wide band gap materials.
o TRL-5 qualification and up screening.
o Compact and high performing power converters for space applications.
o Solar array regulation and DC/DC converters.
o Transistors based on wide band gap materials.
o TRL-5 qualification and up screening.
• Team lead (system Engineer): Development of compact space-based earth observation optical camera system, based on TDI CCD image sensor and TMA optical layout, system level designer, the research covers:
o Electro optical design for satellite imagery,
o Focusing system for onboard satellite camera system,
o Development of printed circuit board,
o Development of image handling techniques.
o Qualification testing –TRL8.
o Electro optical design for satellite imagery,
o Focusing system for onboard satellite camera system,
o Development of printed circuit board,
o Development of image handling techniques.
o Qualification testing –TRL8.
• spacecraft performance analysis and fault diagnosis using telemetry-mining, the research covers:
o Machine learning Technique to predict the behavior of different satellite subsystems and fault diagnosis,
o Implementation of Longs-short term memory neural network algorithms and Boltzmann machine
o Machine learning Technique to predict the behavior of different satellite subsystems and fault diagnosis,
o Implementation of Longs-short term memory neural network algorithms and Boltzmann machine
• Space environment qualification and testing of small satellite devices (Joint research with Kyushu institute of technology- japan).
o Space qualification testing for TRL-8,
o Testing scenarios and planning,
o Space environmental effects on satellite electronics.
o Space qualification testing for TRL-8,
o Testing scenarios and planning,
o Space environmental effects on satellite electronics.
Publications
Category
Year
Publication
3.1.
2016
3.5.
2016
3.4.
2013
1.2.
2012
3.1.
2012
3.4.
2012
3.4.
2012
3.1.
2010
3.5.
2009
5.2.
2009
3.4.
2008
3.3.
2006
25.11.2020
- Leitud 12 kirjet
| Publikatsioon | Autorid | Aasta | Väljaande pealkiri | Klassifikaator | Fail | Asutused | |
|---|---|---|---|---|---|---|---|
| New FPGA Blind Scrubbing Technique | Ayman ahmed | 2016 | IEEE Aerospace Conference | 3.1. | |||
| New horizon scenarios using the Q/V band technology for satellite constellations | Salas-Natera, Miguel; Encinar, José Antonio; Martínez Rodríguez-Osorio, Ramón; Laverón Simavilla, Ana; Ezquerro, José Miguel; Sánchez, Almudena; Atapuerca, Francisco Javier; Toledano Sánchez, Daniel; Schena Vincenzo; Palumbo Stefano; Ayman Ahmed; Campagiorni, Paolo; Schmidt Michael | 2016 | National Symposium of the International Scientific Radio Union | 3.5. | |||
| Design of high resolution nano-satellite camera system | Ayman Ahmed; Amal Zaki, Elazhary, Tamer Magdi Bayoumi | 2013 | International Conference on Recent Advances in Space Technologies | 3.4. | |||
| Hyperspectral Data Compression Using Weighted Spatial-Spectral Lossless Coding Technique | Ayman Ahmed; S. Elramly, M. ELsharkawy | 2012 | International Journals of image processing | 1.2. | |||
| Hyperspectral band referencing based on correlation structure | Ayman Ahmed; S. Elramly, M. ELsharkawy | 2012 | IEEE International Conference on Control System, Computing and Engineering | 3.1. | |||
| Analysis of Inter-band Spectral Cross-Correlation Structure of Hyperspectral Data | Ayman Ahmed; S. Elramly, M. Elsharkawy | 2012 | International Conference on Information Technology and Computer Networks | 3.4. | |||
| Investigating the Effect of Bit Depth Rescaling on Spectral Bands Cross-Correlation in Hyperspectral Data cube | Ayman Ahmed; S. Elramly, M. Elsharkawy | 2012 | International Conference on Advances in Satellite and Space Communications | 3.4. | |||
| Remote Sensing CubeSat | Ayman Ahmed; Tamer Tawfik, Amal Zaki | 2010 | SPIE-Sensors, Systems, and Next-generation Satellites | 3.1. | |||
| Standard architecture for typical remote sensing micro satellite payload onboard computer FPGA based. Hands on experience | Ayman ahmed | 2009 | 3.5. | ||||
| EgyCubeSat-1 first Egyptian Pico satellite-minimizing cost and enhancing resolution | M. Mahmoud, Ayman. M, Ahmed Hassan, Ahmed Farag, M. El-Serafy, Amal Zaki | 2009 | International Conference on Aerospace Sciences and Aviation Technology | 5.2. | |||
| Micro satellites commissioning- Hands on experience | M. Mahmoud, Ayman Ahmed; Ahmed Hassan, Ahmed Farag, M. El-Serafy, Amal Zaki | 2008 | International Workshop On SMALL SATELLITES, NEW MISSIONS AND NEW TECHNOLOGIES | 3.4. | |||
| Investigation of Associative Property of matrix multiplication in discrete cosine transforms for Fixed-point calculation systems | Ayman Ahmed | 2006 | Lviv Polytechnic National University Institutional Repository | 3.3. |