Hazem Mostafa Kamal El-Sawy is an Egyptian architect who received his B.Eng in architecture from Banha University in 2009. He has over 10 years of experience working on architectural design and 3D modeling projects in Egypt, Saudi Arabia, Dubai, and Abu Dhabi. Some of his areas of focus include residential, commercial, healthcare, and tourism projects. He is proficient in AutoCAD, 3DS Max, Photoshop, and other design software.
International baccalaureate schools in dubaisisdae
The International Baccalaureate (IB) was created in Geneva, Switzerland, in 1968 as a non-profit educational foundation, by a group of forward-thinking teachers at the International School of Geneva, with assistance from several other international schools.
http://sisd.ae/academics/international-baccalaureate
You have your shiny new DSL up and running thanks to the Eclipse Modeling Technologies and you built a powerful tooling with graphical modelers, textual syntaxes or dedicated editors to support it. But how can you see what is going on when a model is executed ? Don't you need to simulate your design in some way ? Wouldn't you want to see your editors being animated directly within your modeling environment based on execution traces or simulator results?
Electromagnetically Actuated Systems for Modular, Self-Assembling and Self-Re...Advanced-Concepts-Team
This talk will cover two research projects within the MIT Space Exploration Initiative’s microgravity self-assembly portfolio. While the sizes and geometries of today’s space structures are limited by launch mass and volume, modular reconfigurability may support tightly packing structure modules over multiple launches and provide for adaptation to unforeseen circumstances once deployed. Self-assembly methods also promise to reduce crew EVA construction time on-orbit, when leveraged for large-scale habitat structures. We will report on a quasi-stochastic self-assembly hardware platform, and accompanying robotics simulation, for hollow buckyball shells in orbit. This talk will also introduce a reconfigurable space structure based on electromagnetically pivoting cubes that originated in the ACT. Both projects will show recent hardware for fully untethered modules, results from physical experiments on parabolic flights and a 30-day ISS mission, and simulation approaches for planning and characterizing self-assembly and reconfigurability.
Modeling avengers – open source technology mix for saving the worldCédric Brun
Planet earth is facing massive challenges: global warming and scarcity of natural resources among others. Those challenges are reaching a level of complexity unknown yet and trying to address those requires deep scientific understanding, real world data, specialized tools, inter-disciplinary collaboration and the ability to evaluate “What If” scenarios.
In collaboration with scientists from INRA (the French National Institute for Agricultural Research) we experienced one of those challenges: the use of natural resources for agricultural activities, especially water consumption. While the scientists insight was required in smart technologies like smart farms, this understanding was required to be expressed at an higher level of abstraction through specific tooling. They felt that providing highly dedicated tools with a small budget would require super powers. To us modeling people it looked like a very good fit for DSL’s (Domain Specific Languages), hence suitable for an experiment : let’s build specific modeling tools for smart farming systems!
This experiment represents a few days of work bringing open-source technologies together: EMF, Xtext, Sirius, Gemoc (a model debugging environment, including specific features for concurrency constraints), OptaPlanner (a constraint satisfaction solver from the JBoss community) and Acceleo, resulting in a collection of Eclipse based tools for farming systems (published on github). Just like in The Avengers, each technology bring its own capability but it is the amalgamation of all of them which lead to amazing power!
The session will start with a demo of the Smart Farming System Tooling, an environment to model, analyze and simulate an agricultural exploitation, biomass growth and water consumption based on user input and open data. Then we will dig deeper in how the technologies are mixed and used, among other questions: which of the textual or graphical syntax is better suited for a given aspect? how can we achieve a “perfect blend” of those syntaxes? how OptaPlanner and EMF can create a powerful synergy? how data from INRA can be structured and fed into the tool?
The talk will then evaluate how useful open-source technologies are in addressing this class of problems and how modeling can be used to support sustainability, enable broader engagement of the community, and facilitate more informed decision-making.
International baccalaureate schools in dubaisisdae
The International Baccalaureate (IB) was created in Geneva, Switzerland, in 1968 as a non-profit educational foundation, by a group of forward-thinking teachers at the International School of Geneva, with assistance from several other international schools.
http://sisd.ae/academics/international-baccalaureate
You have your shiny new DSL up and running thanks to the Eclipse Modeling Technologies and you built a powerful tooling with graphical modelers, textual syntaxes or dedicated editors to support it. But how can you see what is going on when a model is executed ? Don't you need to simulate your design in some way ? Wouldn't you want to see your editors being animated directly within your modeling environment based on execution traces or simulator results?
Electromagnetically Actuated Systems for Modular, Self-Assembling and Self-Re...Advanced-Concepts-Team
This talk will cover two research projects within the MIT Space Exploration Initiative’s microgravity self-assembly portfolio. While the sizes and geometries of today’s space structures are limited by launch mass and volume, modular reconfigurability may support tightly packing structure modules over multiple launches and provide for adaptation to unforeseen circumstances once deployed. Self-assembly methods also promise to reduce crew EVA construction time on-orbit, when leveraged for large-scale habitat structures. We will report on a quasi-stochastic self-assembly hardware platform, and accompanying robotics simulation, for hollow buckyball shells in orbit. This talk will also introduce a reconfigurable space structure based on electromagnetically pivoting cubes that originated in the ACT. Both projects will show recent hardware for fully untethered modules, results from physical experiments on parabolic flights and a 30-day ISS mission, and simulation approaches for planning and characterizing self-assembly and reconfigurability.
Modeling avengers – open source technology mix for saving the worldCédric Brun
Planet earth is facing massive challenges: global warming and scarcity of natural resources among others. Those challenges are reaching a level of complexity unknown yet and trying to address those requires deep scientific understanding, real world data, specialized tools, inter-disciplinary collaboration and the ability to evaluate “What If” scenarios.
In collaboration with scientists from INRA (the French National Institute for Agricultural Research) we experienced one of those challenges: the use of natural resources for agricultural activities, especially water consumption. While the scientists insight was required in smart technologies like smart farms, this understanding was required to be expressed at an higher level of abstraction through specific tooling. They felt that providing highly dedicated tools with a small budget would require super powers. To us modeling people it looked like a very good fit for DSL’s (Domain Specific Languages), hence suitable for an experiment : let’s build specific modeling tools for smart farming systems!
This experiment represents a few days of work bringing open-source technologies together: EMF, Xtext, Sirius, Gemoc (a model debugging environment, including specific features for concurrency constraints), OptaPlanner (a constraint satisfaction solver from the JBoss community) and Acceleo, resulting in a collection of Eclipse based tools for farming systems (published on github). Just like in The Avengers, each technology bring its own capability but it is the amalgamation of all of them which lead to amazing power!
The session will start with a demo of the Smart Farming System Tooling, an environment to model, analyze and simulate an agricultural exploitation, biomass growth and water consumption based on user input and open data. Then we will dig deeper in how the technologies are mixed and used, among other questions: which of the textual or graphical syntax is better suited for a given aspect? how can we achieve a “perfect blend” of those syntaxes? how OptaPlanner and EMF can create a powerful synergy? how data from INRA can be structured and fed into the tool?
The talk will then evaluate how useful open-source technologies are in addressing this class of problems and how modeling can be used to support sustainability, enable broader engagement of the community, and facilitate more informed decision-making.
Modeling avengers – open source technology mix for saving the world econ frCédric Brun
Planet earth is facing massive challenges: global warming and scarcity of natural resources among others. Those challenges are reaching a level of complexity unknown yet and trying to address those requires deep scientific understanding, real world data, specialized tools, inter-disciplinary collaboration and the ability to evaluate “What If” scenarios.
In collaboration with scientists from INRA (the French National Institute for Agricultural Research) we experienced one of those challenges: the use of natural resources for agricultural activities, especially water consumption. While the scientists insight was required in smart technologies like smart farms, this understanding was required to be expressed at an higher level of abstraction through specific tooling. They felt that providing highly dedicated tools with a small budget would require super powers. To us modeling people it looked like a very good fit for DSL’s (Domain Specific Languages), hence suitable for an experiment : let’s build specific modeling tools for smart farming systems!
This experiment represents a few days of work bringing open-source technologies together: EMF, Xtext, Sirius, Gemoc (a model debugging environment, including specific features for concurrency constraints), OptaPlanner (a constraint satisfaction solver from the JBoss community) and Acceleo, resulting in a collection of Eclipse based tools for farming systems (published on github). Just like in The Avengers, each technology bring its own capability but it is the amalgamation of all of them which lead to amazing power!
The session will start with a demo of the Smart Farming System Tooling, an environment to model, analyze and simulate an agricultural exploitation, biomass growth and water consumption based on user input and open data. Then we will dig deeper in how the technologies are mixed and used, among other questions: which of the textual or graphical syntax is better suited for a given aspect? how can we achieve a “perfect blend” of those syntaxes? how OptaPlanner and EMF can create a powerful synergy? how data from INRA can be structured and fed into the tool?
Oplægget blev holdt ved InfinIT-arrangementet Temadag om integrering af usability-arbejde i agile udviklingsprocesser, der blev afholdt den 6. maj 2014. Læs mere om arrangementet her: http://infinit.dk/dk/hvad_kan_vi_goere_for_dig/viden/reportager/hvordan_kombineres_agil_udvikling_og_usability-arbejde.htm
Modeling avengers – open source technology mix for saving the world econ frCédric Brun
Planet earth is facing massive challenges: global warming and scarcity of natural resources among others. Those challenges are reaching a level of complexity unknown yet and trying to address those requires deep scientific understanding, real world data, specialized tools, inter-disciplinary collaboration and the ability to evaluate “What If” scenarios.
In collaboration with scientists from INRA (the French National Institute for Agricultural Research) we experienced one of those challenges: the use of natural resources for agricultural activities, especially water consumption. While the scientists insight was required in smart technologies like smart farms, this understanding was required to be expressed at an higher level of abstraction through specific tooling. They felt that providing highly dedicated tools with a small budget would require super powers. To us modeling people it looked like a very good fit for DSL’s (Domain Specific Languages), hence suitable for an experiment : let’s build specific modeling tools for smart farming systems!
This experiment represents a few days of work bringing open-source technologies together: EMF, Xtext, Sirius, Gemoc (a model debugging environment, including specific features for concurrency constraints), OptaPlanner (a constraint satisfaction solver from the JBoss community) and Acceleo, resulting in a collection of Eclipse based tools for farming systems (published on github). Just like in The Avengers, each technology bring its own capability but it is the amalgamation of all of them which lead to amazing power!
The session will start with a demo of the Smart Farming System Tooling, an environment to model, analyze and simulate an agricultural exploitation, biomass growth and water consumption based on user input and open data. Then we will dig deeper in how the technologies are mixed and used, among other questions: which of the textual or graphical syntax is better suited for a given aspect? how can we achieve a “perfect blend” of those syntaxes? how OptaPlanner and EMF can create a powerful synergy? how data from INRA can be structured and fed into the tool?
Oplægget blev holdt ved InfinIT-arrangementet Temadag om integrering af usability-arbejde i agile udviklingsprocesser, der blev afholdt den 6. maj 2014. Læs mere om arrangementet her: http://infinit.dk/dk/hvad_kan_vi_goere_for_dig/viden/reportager/hvordan_kombineres_agil_udvikling_og_usability-arbejde.htm
2. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 )
Hazem Mostafa Kamal El-Sawy
ARCHITECTURE ENGINEERING
PersonalDetails
Address:4elsawyst.,elvillal,benha,Qalyubiya,Egypt.
Mobile:+201013336860.
Email: zomy999@hotmail.com
DateofBirth:9th feb.1987.
Nationality:Egyptian.
Gender:Male.
Maritalstatus:Married.
Objective
Toworkasarchitectureengineer,improvemy professionalskills
andfocus onnewfields withnewtechnologies.
Education
B.Eng.inarchitecture2009.
University: Banha.
Faculty : ShoubraofEngineering.
Grade : Pass (63.9%)
Graduation Project:Hospital&TouristicResort(VeryGood).
Programs
AUTOCAD (excellent)
3DMAX(V-RAY) (excellent)
PHOTOSHOP (excellent)
SKETCHUP (good)
LUMION3.0.1 (good)
WORDOFFICE2010 (verygood)
POWERPOINTOFFICE2010 (verygood)
3. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 )
Summertraining
ELMRWAN ofEngineering Consultant
from15-6-2007to30-8-2007
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
EL-BURG ofEngineering Consultant
from15-6-2008to30-8-2008
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
Courses
3dmax from cairo universityexcellent.
3dmax from Microsoft excellent.
Microsoft Archi. Dibloma (autocad-3dmax-photoshop) excellent.
InterpersonalSkills
Hard workerand willing to learn new technologies
Very goodresearch abilities.
High communications skills.
Self Motivated.
Team worker and able towork under pressure.
Able to deliverunder strict deadlines.
LanguageSkills
Arabic (Mother tongue).
English Good.
4. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 3 )
Experience
EL-BURGof Engineering Consultant
Egypt(Cairo)
from15-7-2009to31-12-2009
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
1- Police Officers Club in Abu Dhabicompetition
(2 hotel- stadium-track).(3d max -photoshop).
2- College of Engineering in Dammamcompetition
(design).
3-Design & presentation villasinEgypt
(elobour–elshurok–eltgamoa5th).
4- Touristic Resorts Projects
(Arch. Design – Urban Design).
5- Personal Court Competition in Dubai.
6- Elwathba Prison project in UAE. (3d max).
7- Military courtCompetition in Dubai. (3d max).
8- Presentation some projects (3d max – photoshop).
El-Etkanof Engineering Consultant
Egypt(Cairo)
From1-1-2010to30-4-2010
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
Egypt(Cairo)Diavatt compound in Jeddah(KSA).
1- Residential Building in Nasr City(EGY).
2- FBD in KSA (design- presentation).
5. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 4 )
Armed forces Engineering Authority
ProjectManagementmajor
DepartmentofArchitecturalDesign
From1-1-2011to31-9-2014
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
1- Housingcomplex,hotels,armedforcesinRmaya(EGY).
(design&presentation)
2- HousingofficersinOctober6(EGY).
(design&presentation)
3- RebuildingofthegovernoratebuildinginAlex(EGY).
(presentation)
4- Designofthefutureextensionofthestadium,trainingfor
armoredforces5000spectators(EGY).
(design&presentation)
5- HousingofficersinBurgElarab,Alex(EGY).
(presentation)
6- FutureextensionofsocialbuildingofAuthority ofCanalSuiz
(presentation).
7- HousingofficersinHykesteb(EGY).
(design&presentation).
8- MinistryoftourisminSheikhzaied6october(EGY).
(presentation).
9- BuildingafutureextensionofAdministrativeControl
Cairo (EGY)(presentation).
10- HousingofficersinSEDYKRER,Alex(EGY).
(presentation)
11- ThefutureextensionoftheAdministrativeControlAuthority
(EGY).(presentation).
12- ThefutureextensionofC.A.Fbuildingin6octobercity(EGY).
(presentation).
13- ProposaltoCollegeofMedicineinAswan(EGY).
(design&presentation).
6. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 5 )
14- ARABACADEMYFORSCIENCE&TECHNOLOGYinAswan
(EGY).(presentation).
15- TouristicResortinHarghada(EGY).
(design&presentation).
16- DARELKDAAELASKARY (MILITARYCOURTHOUSE)in
(EGY).(presentation).
17- Club(ELWAHA)ofworkersinSuezCanalAuthorityinIsmailia
(EGY).(design&presentation).
18- ThefutureextensionofTRIUMPHHotelinHelioplis(EGY).
(design&presentation).
19- Hospital6Octoberin6OctoberCity(EGY).
(presentation).
20- ThenewextensionofHospitalKobrryEl-Kobba inHeliopolis
(EGY).(presentation).
21- MonumenttotheMartyrsofRafahinRafah(EGY)
(design&presentation).
22- HousinggranttheUAE(MillionUnits)in(EGY)
(presentation).
23- ProposaltoHotelEL-GalaatoArmedForced incairo(EGY)
(design&presentation).
24- SocialHousinginHurghada(105)Building
(design).
25- SocialHousinginPortsaid(170)Building
(design).
26-ThemainGarageofAdministrativeControlAuthority
(design).
27- TouristicResorttoSuezCanalAuthorityinIsmailia(EGY)
(design&presentation).
28-MuralDesigninMassaHotel
(design).
7. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 6 )
Consulting GroupforReconstruction (CGR)
Eng.HussinShafek
Egypt(Cairo)
From1-1-2015 to 15-4-2015
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
1-The Renewal of Misr Iran Bank for Development (Giza
Branch) .(presentation).
2-The Renewal of Misr Iran Bank for Development (Cairo -
Nile Tower Branch) .(presentation).
Amjad of Engineering Consultant
UAE (Dubai)
From1-5-2015 to 31-10-2015
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
1- PrivateVillas (4villa).(design&presentation).
2- Thepreparationofsomeprojects of thelicensein Dubai
Municipality.
Consulting GroupforReconstruction (CGR)
Eng.HussinShafek
Egypt(Cairo)
From1-1-2016tillnow
Work as architecture designer & architecturepresentation
(3dmax&photoshop).
1-Design of Misr Iran Bank for Development (Tanta
Branch) .(Design&presentation&working&Preparingof
B.O.Qoftender).
2-Design of Misr Iran Bank for Development (Bani Suif
Branch) .(Design&presentation&working&Preparingof
B.O.Qoftender).
3-Redesign of landscapeof Qronfol villasCompoundinFifth
Avenue–NewCairo.(design&presentation).
8. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 7 )
PrivateworkinEgyptandinGulf
Work as architecture designer & presentation engineering
(3d max- photoshop).
Someresidentialbuildingandvillasin(EGY–KSA–KWU)
Some of My Work
9. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 8 )
10. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 9 )
11. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 0 )
12. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 1 )
13. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 2 )
14. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 3 )
15. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 4 )
16. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 5 )
17. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 6 )
18. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 7 )
19. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 8 )
20. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 1 9 )
21. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 0 )
22. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 1 )
23. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 2 )
24. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 3 )
25. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 4 )
26. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 5 )
27. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 6 )
28. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 7 )
29. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 8 )
30. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 2 9 )
31. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 3 0 )
32. E n g . H a z e m M o s t a f a K a m a l E l - S a w y ( P a g e 3 1 )