SUDAN: The Sudanese scientist Ashwag Mukhtar is carrying out a meta-analysis at CNIO on bladder cancer in Spain and North African countries 

Ashwag Mukhtar is working as a visiting researcher at the National Cancer Research Centre thanks to the Ellas Investigan programme organised by Fundación Mujeres por África

“It will be the most important experience of my life, I am now part of CNIO,” says Sudanese scientist Ashwag Mukhtar, assistant professor with the Department of Histopathology and Cytology at the University of Alneelain (Khartoum), referring to her time at the National Cancer Research Centre (CNIO), where she has been a visiting researcher linked to the Genetic and Molecular Epidemiology Group of this centre since last December. 

Ashwag Mohammed Mukhtar is one of the African scientists selected by Fundación Mujeres por África to take part in its Ellas Investigan programme,  which promotes stays in Spain for senior African women researchers  from affiliated scientific institutes. The stays are for six months and allow these researchers to carry out, in collaboration with these institutes, projects previously selected by the programme’s Scientific Committee. In this case, funding was provided by Exolum.

The Sudanese scientist aims to compare bladder cancer in Spain and North African countries. She will compare and contrast the environmental factors causing this cancer and genetic diversities in order to provide important findings and data regarding this type of cancer and its treatments.

Holder of a PhD from the University of Alneelain, Ashwag Mohammed Mukhtar explains what her work will entail during her time in Spain: “On the one hand, I am conducting a meta-analysis, focusing on reanalysing the treatment of bladder cancer, genetic mutation, and mortality, and comparing it with data from the Spanish Bladder Cancer Foundation. On the other hand, I intend to determine the expression of certain genes that can predict the type of chemotherapy. We are doing this on Sudanese tissue samples and comparing our findings with Spanish tissue samples.”

As well as science, her other passions are music, meditation, and nature walks, as she explains in this video. In it, she gives recommendations about the Sudanese music she likes most, including the band AGD Aljalad. “Having the opportunity to work in another country is a very enriching experience, both professionally and personally,” says the scientist.

About Ellas Investigan

Ellas Investigan (Women Researching) is the most important programme promoted by Fundación Mujeres por África in the scientific field and has achieved spectacular growth. Since it was launched in 2014 with five associated research centres, it has grown to more than 20 affiliated centres and has launched seven editions. 

The centres brought into this programme in the last edition are the Barcelona Institute of Material Science (ICMAB); IIS Biodonostia; and INCLIVA, Research Institute of the Clinical Hospital in Valencia. The company Abertis has also been brought on board as a sponsor, which will finance the chosen researcher’s stay at the National Biotechnology Centre on Biodiversity Issues. So far more than a hundred African women scientists have been involved in Ellas Investigan.

About CNIO

CNIO is a Spanish institution dedicated to the research, diagnosis, and treatment of cancer. CNIO has obtained accreditation as a Severo Ochoa Centre of Excellence for the third time in a row. It is ranked seventh among the world’s best cancer research centres (according to the Scimago report; Nature Index) and has been named Europe’s leading cancer research centre.

More than 450 scientists work at CNIO to transfer their results quickly and efficiently to Spain’s National Health System and the pharmaceutical and biotechnology market. In recent years, the strand of research devoted to metastasis – responsible for 90% of cancer deaths worldwide – has been strengthened with the incorporation of several fully dedicated research groups. Interdisciplinarity has also been boosted by recruiting computer experts to gain a more in-depth view of the complexity of cancer and to propose new therapeutic hypotheses.

One of the goals at CNIO is to bring science closer to society through initiatives such as CNIO Arte , a project that brings together scientists and artists to create new works of art around scientific research, and  CNIO Friends, a philanthropic platform through which any person, company or association can support cancer research carried out at the Centre, and through which a CNIO Friends International Contracts Programme has been launched to attract research talent.

source/content: cnio.es (headline edited)

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Ashwag Mukhtar. / Laura M. Lombardía. CNIO

Ashwag Mukhtar. Visiting researcher from Sudan. Women for Africa Foundation / source: youtube.com / canalcnio

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SUDAN

TUNISIA: WOMEN IN MEDICINE: More numerous than men: more than 13,000 women doctors in Tunisia

The CREDIF (Center for Research, Studies, Documentation and Information on Women) issued Thursday 1st digital medium “Tunisian Women in figures 2024”, a scientific document, based on collecting statistical data from various public institutions and national professional bodies.

In the health field, this booklet indicates that women represent 51% of the total number of physicians in Tunisia. As of February 15, 2025, there were 13,197 women doctors, 6,895 of which are registered in the “General Medicine” branch.

“Tunisian women in Figures 2024”, includes various and diversified data, varying from those demographics, including questions relating to the experience of women and their difficulties, in terms of violence, health and unemployment and their accomplishments in terms of ‘Medical assistance, teaching and positions occupied in education and education.

It constitutes one of the updated references, to be consulted by both researchers and civil society members and administrators and experts, which can equip them, and help them study certain phenomena and possibly in decision-making.

source/content: news-tunisia.tunisienumerique.com

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TUNISIA

U.A.E: Emirati student Ali Al-Loughani receives a sash, a leadership medal and two gold medals at the London Inventions Exhibition

Emirati student Ali Humaid Al Loughani received the Leadership Sash and Medal at the 6th International Exhibition of Inventions and Trade held in the British capital, London, in which he participated under the patronage and support of the Dubai Digital Authority, outperforming 285 inventors from different countries of the world, despite being the youngest participant in the international event.

Emirati inventor Ali Al Loughani presented two of his inventions: the “Ship Accident Prevention Project,” which relies on artificial intelligence technologies and aims to protect ships and enhance safety in the maritime navigation sector to high levels, in addition to the “Hydropower” project for generating hybrid energy, which combines solar energy and hydrogen fuel cells, and employs Internet of Things technologies.

 for the two projects he participated in, and was honored by the Inventors Association of Romania, Norton University of Cambodia, and the National University of Science and Technology in Bucharest.


Al Loughani’s project, a ship accident system based on artificial intelligence technologies, is an advanced innovation that aims to enhance safety levels in the maritime sector through advanced technologies that monitor and analyze potential risks during navigation.

The technology of this project relies on collecting detailed data on sea conditions, ship speed, and weather conditions in real time, and analyzing them using artificial intelligence techniques.

Based on these analyses, the system can make proactive decisions to avoid collisions and marine accidents that could threaten the safety of passengers and cause significant damage to ships and marine infrastructure.

This innovative project can be part of global efforts to enhance sustainability in maritime transport, as it contributes to reducing the environmental impacts of marine accidents, such as oil spills and the resulting pollution. In addition, the system contributes to protecting marine life and ensuring the smooth and safe continuation of global trade.

 combining solar energy and hydrogen fuel cells to provide a sustainable and efficient energy source.

The project depends on converting solar energy into electrical energy using solar panels, and then using this energy to produce hydrogen through the electrolysis process.

The hydrogen is stored and later used to generate electricity through hydrogen fuel cells, which contributes to reducing dependence on fossil fuels and reducing carbon emissions.

The project consists of solar panels that convert sunlight into electrical energy, hydrogen fuel cells that generate electricity by reacting hydrogen with oxygen, a charge controller to regulate the electrical voltage, batteries to store electrical energy, and an electrolysis generator to produce hydrogen from water.

The project aims to reduce dependence on fossil fuels, enhance energy sustainability, improve energy storage efficiency, and contribute to achieving sustainable development goals, especially in the field of clean energy and climate action. It is considered a model for renewable energy that can be widely applied in the future.

Student Ali Al-Loughani has a long record of creativity and invention, as he has previously won a number of awards and honors for his efforts and achievements.

Last year, 2023, he won the 34th edition of the Technology, Innovation and Invention Exhibition in Malaysia for his invention of a robot that helps senior citizens in their daily lives using Internet of Things technologies.

He won second place in the Young Inventors category out of 700 competing inventors from 19 countries around the world.

source/content: wam.ae (headline edited)

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UNITED ARAB EMIRATES (U.A.E)

SAUDI ARABIA: King Faisal Specialist Hospital and Research Center (KFSHRC) performs World’s First fully Robotic Heart Transplant

Saudi Arabia’s King Faisal Specialist Hospital and Research Center has performed the world’s first fully robotic heart transplant, Saudi Press Agency reported.

The two-and-a-half-hour operation was carried out on a 16-year-old patient suffering from end-stage heart failure.

A medical team led by Dr. Feras Khaliel, head of Cardiac Surgery and director of the Robotics and Minimally Invasive Surgery Program at KFSHRC, performed the operation after weeks of preparation.

The pioneering achievement, overcoming significant medical challenges associated with such procedures, reinforces Saudi Arabia’s leadership in healthcare, and highlights KFSHRC’s ability to innovate medical practices, SPA said.

The process began with detailed theoretical planning to ensure precision and minimize potential risks.

The team devised a surgical approach to access the heart and perform the transplant without opening the chest of the patient.

To ensure the effectiveness of this approach, the team practiced the procedure virtually seven times over three days before carrying out the operation.

The successful operation has been hailed as a significant development in heart transplant surgery, moving away from traditional chest-opening procedures that require long recovery periods, often lasting months.

Robotic technology allows for minimally invasive surgery, reducing pain, shortening recovery time, and minimizing the risk of complications. This significantly improves patients’ quality of life and accelerates recovery.

KFSHRC CEO Dr. Majid Al-Fayyad said that the successful operation marked another major advance in heart transplant surgery, first performed in the 1960s.

“The success of the world’s first robotic heart transplant marks a transformative leap, not only for our institution but also for Saudi Arabia’s journey toward global leadership in specialized medicine, in line with Saudi Vision 2030, which places innovation at the core of its efforts to improve quality of life,” he said.

“This remarkable achievement would not have been possible without the unwavering support of the Saudi leadership, who have prioritized the development of the healthcare sector, paving the way for a transformative leap in health care services, unlocking new possibilities to elevate the quality of life for patients both locally and globally,” he added.

The breakthrough aligns with KFSHRC’s commitment to medical innovation. As a leading training center in robotic organ transplant surgery, KFSHRC contributes to advancing the global understanding of minimally invasive organ transplants by collaborating with medical institutions worldwide to train their medical teams and achieve better outcomes, further elevating global medical practices.

source/content: arabnews.com (headline edited)

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Saudi hospital conducts world’s first fully robotic heart transplant. (SPA)

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SAUDI ARABIA

SAUDI ARABIA : The First International Artificial Intelligence Olympiad (IAIO) begins in Riyadh

The first activities of the International Artificial Intelligence Olympiad (IAIO) began yesterday, Sunday, which is organized by the Kingdom of Saudi Arabia, represented by the Saudi Data and Artificial Intelligence Authority (SDAIA), for the first time in the world, in cooperation with the International Center for Research and Ethics in Artificial Intelligence (ICAIRE) and the International Research Center for Artificial Intelligence in Slovenia, and under the auspices of the United Nations Educational, Scientific and Cultural Organization (UNESCO), with the participation of more than 25 countries.

The Saudi Press Agency (SPA) reported that the Olympiad, which will continue until September 12, 2024, contributes to strengthening friendly international relations between technology and software experts and artificial intelligence teachers in various countries, drawing the attention of young people to these modern technologies, and encouraging other countries to organize similar competitions in the future.


The Olympiad aims to motivate participants to engage in active discussions to explore the various applications of artificial intelligence, and encourage exceptionally talented young people in this field, which is of increasing global interest.


It also contributes to enhancing the organization of artificial intelligence competitions for secondary school students, and motivating them to find smart solutions by designing algorithms based on learning, data structuring, and programming.


The Olympiad enables male and female students, artificial intelligence specialists, and influencers in the world to delve into the future landscape of artificial intelligence, keep pace with the rapid changes the world is witnessing in this field, and provide young cadres with modern technical skills

source/content: wam.ae (headline edited)

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SAUDI ARABIA

QATAR set to become world’s largest exporter of urea with construction of new complex

Al-Kaabi also announced that QatarEnergy will more than double the local solar energy production by adding new power plants in Dukhan, to become “one of the largest” of their kind in the world. 

QatarEnergy is set to become the world’s largest exporter of urea by building a new production complex, a move that is set to ramp up production from a current six MTPA (million tonnes per annum) to 12.4 MTPA by 2030, marking a 106 percent spike.

QatarEnergy’s President and CEO Saad Sherida Al-Kaabi announced the mega project in a press conference on Sunday at the Qatari company’s headquarters in Doha. 

In response to the press, Al-Kaabi said the new facility will more than double Qatar’s urea, or fertilizer, production while supporting global food production and security. He noted that the production from the project’s first urea train is expected before the end of this decade.

“When we look at the future market of urea with the growth of humanity[…]the urea requirement for food production will be exponentially increased,” Al-Kaabi told the press.

QatarEnergy announces world’s largest blue ammonia plant 

The expansion process will take place by building three ammonia production lines that will in turn provide feedstock to four new mega urea production trains in Mesaieed Industrial City. 

The announcement also came against the backdrop of Qatar’s growing ammonia and urea production over the past 50 years.

In 2022, QatarEnergy Renewable Solutions and the Qatar Fertilizer Company (QAFCO), inked a major agreement over the development of the Blue Ammonia project, the largest of its kind in the world, in Mesaieed Industrial City.

Production is expected to commence in the first quarter of 2026.

Qatar to more than double solar power production

Al-Kaabi also announced that QatarEnergy will more than double the local solar energy production by adding new power plants in Dukhan, which will become “one of the largest” of their kind in the world. 

The new plant will have a production capacity of 2,000 megawatts, doubling Qatar’s solar power production capacity from existing projects and those still under construction. Some of the projects include the Al-Kharsaah solar power plant, inaugurated in 2022 with the capacity of 800 megawatts.

QatarEnergy, KPC sign 15-year agreement for LNG supply to Kuwait

Others include two solar power plants under construction in Ras Laffan and Mesaieed with a total production capacity of 875 megawatts. According to Al-Kaabi, the production will commence before the end of this year.

“By adding the Dukhan solar power plant to these three plants, we will achieve our Sustainability Strategy objective of about 4,000 megawatts of electricity from solar power by 2030, which makes up 30 percent of Qatar’s total electric power production,” he explained.

Al-Kaabi described the latest announcement as a “continuation” of Qatar’s efforts to provide the world with energy products and meet global needs.

“QatarEnergy’s specialised technical teams will immediately begin the necessary detailed engineering studies to implement these mega projects in accordance with the highest safety, health and environmental standards,” Al-Kaabi said.

source/contents: dohanews.co (headline edited)

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QATAR

YEMEN: Eqbal Dauqan Ph.D : She May Be The Most Unstoppable Scientist In The World

Two years ago, Eqbal Dauqan was going to work in the morning as usual. She’s a biochemistry professor. And was driving on the freeway, when suddenly: “I felt something hit my car, but I didn’t know what it was because I was driving very fast,” she says.

Dauqan reached the parking lot. Got out of the car and looked at the door. What she saw left her speechless.

“A bullet hit the car, just on the door,” she says.

The door had stopped the bullet. And Dauqan was OK. She has no idea where the bullet came from. But it turned out to be an ominous sign of what was to come.

Gender Canyon

Dauqan is a female scientist in what’s possibly the hardest place on Earth to be a woman: Yemen.

The World Economic Forum ranks Yemen as the worst country for women’s rights. In Yemen, many women can’t leave the house without permission from a male relative.

“If she goes out with her husband or brother, that’s OK. But not by herself. ” Dauqan says. “Not everyone follows this. But this is our culture.”

A culture where two-thirds of women can’t read. About half are married by age 18 — and sometimes as young as age 8.

And then there’s the black veil. Many women in Yemen wear a niqab — a black veil that completely covers their faces, except for a tiny slit across the eyes.

Daquan wears a niqab when she’s in Yemen. She even wore one during her TEDx talk there back in 2014. But she doesn’t wear one in other countries.

“I cover my face [in Yemen] because I respect the culture,” Dauqan says. “I respect the culture.”

She may respect it — but not blindly. For the past decade, Dauqan has burst through glass ceiling after glass ceiling with fearlessness and grace.

Even as a young girl, she was a rebel. “I was a little naughty,” she says with a snicker.

She liked breaking rules. And proving people wrong. So when her parents told her she might not have the smarts to go into science and engineering — like her dad — Eqbal thought: Watch me.

“I told my father, ‘I’ve heard a lot about scientists in chemistry. What is the difference between me and them? So I want to try,” she says.

And she did more than try. She crushed it.

Eqbal won over her father and got his financial support. She was the first among her friends to finish college. Then she got a scholarship to do her Ph.D. in biochemistry at the Universiti Kebansaan Malaysia, where she studied the nutritional properties of palm oil.

That led to her writing a popular book about the fruits mentioned in the Holy Quran and their health benefits. For example, Indian Jujube — also known as red dates — are the most cultivated plant in the world and have 20 times more vitamin C than citrus fruit, Eqbal writes in her book.

Next came the prizes. In 2014, Dauqan was named one of the top female scientists in the developing world by the Elsevier Foundation. News programs in the Middle East and in China ran feature stories on her. She became so famous that Al Saeed University made her an assistant professor and head of a department — all this before she’d turned 35. Dauqan was on top of the world.

And then one morning, it was all taken away.

“They were just sleeping”

In March 2015, Dauqan’s hometown of Taiz got pulled into Yemen’s bloody civil war. Planes started flying over head, dropping bombs — even on homes and schools.

“They were bombing my university!” Dauqan exclaims. “They killed some of my students.

“It was really bad. Really bad,” she says. “I’ll show you.”

Dauqan turns to her computer and brings up some photos. On the screen is a photo of several bodies laying flat on the ground. The bodies are covered in white sheets, with only their faces showing.

“This is nine person from my family,” she says. “They were sleeping. And a bomb hit their house. They all died. Nine person from my family.”

A few of the bodies are small.

“Those are two children in our family,” Dauqan adds. “They were just sleeping.”

And then they were gone — Dauqan’s cousins on her father side and their sons and daughters.

“That is why I leave my country,” she says.

“I have to be strong. I want to be strong”

After the bombings began, Dauqan had to stop her research. The university shut down. And it wasn’t safe for her to leave home. She was trapped in a city where snipers target children and bombs fall on mosques, schools and markets.

During one month of 2015, doctors treated more than 4,000 civilians in a Taiz hospital, the nonprofit Doctors Without Borders reported. MSF hospitals have been hit with bombs four times.

Across Yemen, about 10,000 civilians have been killed in the war and more than 40,000 have been wounded. the U.N. reports. More than 370,000 children are now malnourished because they can’t get food.

And then one day, after spending months in hiding, Dauqan had an idea: Maybe her science could get her out of the war.

She started texting her mentor, Aminah Abdullah, a food scientist at the Universiti Kebangsaan in Malaysia. They applied for a special refugee scholarship with the Institute of International Education-Scholar Rescue Fund, based in New York. She got it, and after a few months, she was safe on a plane headed for Malaysia.

Now she’s working to save up money so she can bring her parents and sister to Malaysia. “It’s very difficult,” she says. “But I have to be strong. I want to be strong!”

Dauqan works long hours in labs, continues to publish papers and mentor students. And she has never lost sight of her dreams — even her ultimate dream.

“My dream is to win the Nobel Prize,” Dauqan says with a chuckle. “It is very hard. So I don’t know. “

But Dauqan has already done so much for science — and society. When little girls in the Middle East see photos of Eqbal as a chemist — wearing a head scarf, measuring pH — they don’t need to use their imagination to think: “I could be just like her. I could be a scientist.”

source/content: npr.org (headline edited)

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“In college, I would tell my friends that I wanted to pursue a Ph.D., and they would chuckle and ridicule the idea,” says Eqbal Dauqan, who is an assistant professor at the University Kebangsaan Malaysia at age 36. Born and raised in Yemen, Dauqan credits her “naughty” spirit for her success in a male-dominated culture.Sanjit Das for NPR

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YEMEN

DUBAI, U.A.E. / SAUDI ARABIA : DEWA and ACWA Power sign landmark agreement for world’s largest solar-powered desalination plant

Dubai Electricity and Water Authority (DEWA), signed a 30-year water purchaser agreement with Saudi Arabia’s ACWA Power for phase 1 of the Hassyan sea water desalination project using solar power. The project is part of DEWA’s efforts to increase its water desalination capacity to 730 MIGD by 2030, from 490 MIGD at present.  The project aligns with Dubai’s unparalleled economic growth and the Emirate’s thriving construction sector. This complements the Dubai 2040 Urban Master Plan, addresses the substantial population growth, and meets the steadily increasing demand for water in domestic, commercial, and other consumer sectors.

The agreement was signed by HE Saeed Mohammed Al Tayer, MD & CEO of DEWA; and Mr. Mohammad Abunayyan, Chairman and Founder of ACWA Power. Officials from both entities were present.

Last August, DEWA announced ACWA Power as the ‘Preferred Bidder’ for the construction and operation of the 180 Million Imperial Gallon per Day (MIGD) Sea Water Reverse Osmosis Hassyan Phase 1 Independent Water Producer (IWP) project, with an investment of AED 3.357 billion (USD 914 million). The allocated land area for the project is 252,300 square metres. DEWA achieved a world record by receiving the lowest bid of 0.36536 USD/m³ of desalinated water. This project is the largest of its kind in the world for water production based on Sea Water Reverse Osmosis (SWRO) technology using solar energy. It is DEWA’s first Independent Water Producer (IWP) model project. The water desalination capacity in Dubai is currently 490 MIGD. This capacity will increase to 670 MIGD in 2026 with the completion of this project.

Dubai Electricity and Water Authority (DEWA) signed a 30-year water purchaser agreement with Saudi Arabia’s ACWA Power for phase 1 of the Hassyan sea water desalination project using solar power

“We are pleased to sign the agreement with ACWA Power. This project supports the vision of His Highness Sheikh Mohammed bin Rashid Al Maktoum, Vice President and Prime Minister of the UAE and Ruler of Dubai, to enhance water supplies in Dubai from sustainable sources and achieve the Dubai Clean Energy Strategy 2050 and the Dubai Net Zero Carbon Emissions Strategy 2050 to provide 100% of Dubai’s total power capacity from clean energy sources by 2050. We are building water production plants based on Sea Water Reverse Osmosis (SWRO) technology which require less energy than Multi-Stage Flash distillation (MSF) plants, making it a more sustainable choice for water desalination. By 2030, DEWA aims to produce 100% of desalinated water by a mix of clean energy and waste heat,” said HE Saeed Mohammed Al Tayer, MD & CEO of DEWA.

HE Saeed Mohammed Al Tayer, MD & CEO of DEWA, said: “We ensure the continuation of the 100% availability of DEWA’s services according to the world’s highest levels of availability, reliability, and efficiency thanks to our state-of-the-art infrastructure and advanced technologies. This is based on innovation and sound scientific planning so that we contribute to making the UAE the world’s leading nation by its centennial in 2071.”

Mohammad A. Abunayyan, Chairman of the Board of Directors, ACWA Power, said: “This agreement between ACWA Power and DEWA is another example of the strong collaboration between ourselves and our valued partners in the United Arab Emirates. The Hassyan IWP will be the largest plant of its kind in the world, and we have set a new record for the lowest levelised water tariff. The plant will be highly efficient, desalinating water through reverse osmosis powered by solar energy. With our years of experience in the industry, ACWA Power has ambitious aims and we are proud of continually breaking records through innovation and using new technologies to enhance water security. With this project, we are reaffirming our commitment with our partners towards achieving the Dubai Clean Energy Strategy 2050.”

source/content: smartwatermagazine.com (headline edited)

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The Hassyan IWP in Dubai will have a production capacity of 180 million gallons per day of desalinated wate

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DUBAI, UNITED ARAB EMIRATES / SAUDI ARABIA

UAE re-elected to membership of the Executive Council of the Arab Civil Aviation Organization

The United Arab Emirates, represented by the General Civil Aviation Authority, won re-election to the Executive Council of the Arab Civil Aviation Organization for a period of two years, by unanimous vote.

This came during the elections held during the organization’s General Assembly, which was held in Rabat, Morocco, on July 3 and 4.

His Excellency Abdullah bin Touq Al Marri, Minister of Economy and Chairman of the Board of Directors of the General Civil Aviation Authority, said : “Thanks to the directives of the wise leadership, the UAE is witnessing a new achievement added to the UAE civil aviation sector through its re-election to membership in the Executive Council of the Arab Civil Aviation Organization.”

He explained that this achievement is a confirmation of the strong and distinguished partnership that links the UAE with its brothers in the Arab countries, and an indicator of confidence in the strength and position of the civil aviation sector as a global aviation center.

His Excellency added: “There is no doubt that civil aviation is one of the strong files on the Arab cooperation agenda, which has achieved progress in a number of key files. The UAE is keen to support all efforts that would enhance and develop joint Arab action and advance it to more advanced levels that serve the future development visions of Arab countries and enhance the path of economic growth at the regional level.”

For his part, His Excellency Saif Mohammed Al Suwaidi, Director General of the General Civil Aviation Authority, expressed his pride and honor in achieving this accomplishment, which came as a result of the wise vision of the wise leadership and an affirmation of the country’s position as a major and distinguished driver in this sector at the Arab and international levels.

His Excellency explained that the UAE is committed to supporting all efforts aimed at enhancing joint Arab action, especially in the civil aviation sector. The country will continue to support the initiatives and efforts of the Arab Organization, and work with the elected Chairman of the Executive Council to support the strategic and administrative plans of the organization, in a way that achieves benefit and ensures a safe and sustainable future for the Arab aviation sector, enhances the weight and strength of the Arab Group in the International Civil Aviation Organization (ICAO), and contributes to raising the Arab civil aviation sector to a more advanced and prosperous position.

It is noteworthy that the Executive Council of the organization consists of nine members elected by the General Assembly from among the candidates of the member states of the organization for a period of two years, and is responsible for the decisions and recommendations of the organization.

source/content: wam.ae (headline edited)

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UNITED ARAB EMIRATES (U.A.E)

SAUDI ARABIA: World’s First-Ever 3D Printed Mosque Opens in Jeddah, Saudi Arabia

The Kingdom of Saudi Arabia is now home to the world’s first 3-D-printed mosque, spanning an area of 5,600 sqm. Located within the Al-Jawhara suburb of Jeddah, the mosque stands as a tribute to the late equestrian Abdulaziz Abdullah Sharbatly. The project by Forsan Real Estate utilizes cutting-edge 3D printing technology from Guanli.

The mosque’s construction was completed within six months and spearheaded by Wajnat Abdulwahed, the spouse of the late Abdulaziz Abdullah Sharbatly. Aimed at fostering serenity amongst worshipers while integrating natural light, the mosque also features distinctive minarets, creating a landmark within the neighborhood.

The inauguration of the mosque positions Saudi Arabia as a technological hub, surpassing the United Arab Emirates’ projected timeline for a similar endeavor. Dubai announced an initiative to construct the world’s first 3D-printed mosque last May. As a new and complex technique, the successful completion of the world’s 3D-printed religious infrastructure holds potential for the future of architecture and design.

The project has garnered global attention, showcasing the limitless possibilities of 3D printing technology in construction. In an interview with Arab News, Abdulwahed stressed the importance of “not losing the essence that mosques must embody, while also adhering to general conditions such as emphasizing the values of the King Salman Urban charter, the architectural details in the cultural heritage of Hejazi architecture and presenting them in a contemporary format.”

The Kingdom of Saudi Arabia is undergoing a tremendous transition, redefining its identity on a global level. As part of its 2030 Vision, the kingdom is moving towards innovation throughout the built environment, aiming to revive the culture and diversify its economy. In January, Populous unveiled the designs for the Prince Mohammed Bin Salman Stadium, a new multi-use venue to contribute to the offerings of Qiddiya City near Riyadh, Saudi Arabia. Last year, construction on the Jeddah Tower resumed after a five-year hiatus, set to become the world’s tallest skyscraper and beat the UAE’s Burj Khalifa. Designed by Adrian Smith + Gordon Gill Architecture, the tower is set to reach a height of 1,000 meters.

In other recent news related to 3D printing, ICON has just released various technologies and products to modernize construction processes further, including a robotic printer facilitating multi-story construction. In December, ArchDaily curated an exploration of 3D Printing at large and its vast potential through manufacturing all kinds of forms and geometries. From 3D Printed insulated walls to 3D-printed Tiles, the technology and its impact on the future of building construction holds vast potential.

source/content: archdaily.com / Nour Fakharany (headline edited)

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SAUDI ARABIA