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Doha has transformed from a modest Gulf town into one of the region's most recognisable modern cities — but for the man widely regarded as Qatar's first professional architect, its real achievement lies in doing so without losing its identity."Doha today is a state-of-the-art city with world-class infrastructure, yet it has a unique identity. It is not just another metropolitan city. The cultural integration has been one of the highlights of the city, and in a contemporary way," said Ibrahim Mohammed Jaidah, founder of one of the country's oldest and largest home-grown architectural firms.Speaking to Gulf Times, Jaidah, group chief executive officer of Arab Engineering Bureau, which is celebrating its 60th anniversary this year, reflected on his career, the evolution of Doha's skyline and the role architecture has played in shaping the nation's identity. Amid the city's rapid modernisation, he said, preserving cultural identity had been paramount."Msheireb Downtown Doha is a prime example of how modern architecture can draw inspiration from traditional urban design, incorporating features such as shaded streets, compact building layouts and climate-responsive design principles," he said. "While early development brought an influx of glass-clad skyscrapers, Qatar gradually embraced architecture that reflects its heritage in contemporary ways."Throughout his career, Jaidah has been involved in some of Qatar's most recognisable landmarks. His portfolio includes Al Thumama Stadium for the FIFA World Cup 2022, major government buildings, museum and tower projects in West Bay and Lusail, and large retail developments such as Doha Festival City, Place Vendôme and Gulf Mall.After moving to the United States in 1979, where he completed high school, studied art and later architecture, he returned to Qatar in the 1980s and began his professional journey. He went on to acquire a small architectural firm with just six employees. Over the decades, it grew into the largest wholly Qatari-owned architectural practice in the country's history, employing up to 700 people."I grew up with the development of Qatar. Our success coincided with the nation's rapid development during the economic boom of the 1990s and 2000s," he said.Jaidah also praised the development of West Bay and the Corniche skyline. "The area's curved waterfront master plan is one of the factors that gives Doha its distinctive character. The skyline has become a symbol of Qatar's economic confidence and modernisation," he pointed out.According to Jaidah, the FIFA World Cup marked a turning point in Qatar's global image, showcasing not only its infrastructure but also its architectural achievements to billions of viewers worldwide.He said Qatar's urban growth was set to continue in a carefully planned and sustainable manner. "Lusail City and the emerging Simaisma developments are examples of future expansion. Unlike the unplanned growth seen in some cities, Qatar's development strategy emphasises sustainability, infrastructure integration and long-term planning," he noted.On environmental challenges, Jaidah stressed the importance of designing buildings suited to Qatar's climate. "Lessons from traditional Gulf architecture remain relevant today, including smaller openings, shaded spaces and careful orientation to reduce heat gain and energy consumption," he said. "Sustainability is no longer just a marketing term. It has become part of Qatar's regulations and development strategy."While he appreciates both skyscrapers and low-rise developments, Jaidah believes each has a role to play. High-rise districts symbolise economic strength and global ambition, he said, while horizontal developments often offer greater harmony with the local environment.Asked to name a favourite project, Jaidah said it was difficult to single out one achievement, though Al Thumama Stadium held special significance for allowing him to contribute to one of the most important moments in Qatar's modern history."All my projects are like my children," he said. "But Al Thumama Stadium will always be a milestone because I was part of the success story of my country." 

Qatar will host the Building Information Modeling (BIM) Summit 2026 on October 4, bringing together engineers, policymakers, industry experts and representatives from government, private sector and academic institutions.Organized by the Qatar Society of Engineers, the event comes amid growing global adoption of digital technologies in construction and infrastructure. BIM is increasingly being used to improve project planning, design, construction and asset management, helping to boost efficiency, reduce costs and support sustainability.The summit aims to reinforce Qatar's position as a regional leader in digital transformation within the construction sector by providing a platform for local and international experts to share best practices and emerging innovations.Chairperson of the Qatar Society of Engineers, Amna Al Naama, said BIM has become a key tool that connects all project stakeholders within a unified digital environment, supporting decision-making throughout a project's life cycle.Discussions will focus on the future of BIM in Qatar, as well as the role of artificial intelligence and other advanced technologies in project and asset management.Held under the patronage of the Ministry of Municipality, the summit supports Qatar National Vision 2030 and the country's efforts to advance sustainable, technology-driven development.

QatarEnergy LNG sponsored and recently presented the Best Overall Prizes to the winning teams at the 22nd Annual Chemical Engineering Plant Design Competition, organised by the Department of Chemical Engineering at Qatar University (QU). Since its inception in 2004, this annual contest aims to provide QU students with world-class engineering experience, nurturing the next generation of engineering talent. In his address at a special ceremony held at QatarEnergy LNG’s Doha headquarters on May 24, Rashid al-Kuwari, Chief Engineering and Projects Officer at QatarEnergy LNG, noted that supporting and encouraging education is a cornerstone of QatarEnergy LNG’s Corporate Social Responsibility programme and an important part of the company’s commitment to premier performance. By investing in the next generation of engineers, he said QatarEnergy LNG is contributing to the future of the industry and to the greater prosperity and advancement of the nation, which aligns with the human, social, and economic development pillars of the Qatar National Vision 2030. This competition demonstrates the exceptional capabilities of students in transforming theoretical knowledge into practical, real industrial challenges. Every year, QatarEnergy LNG is impressed by the technical depth, creativity, and professionalism demonstrated in the projects. QatarEnergy LNG was joined at the event by Professor Dr Mohammed al-Marri, head of the Department of Chemical Engineering at QU, to present prizes to the winning teams. Each group gave a brief presentation on their plant design project and the innovative solutions they developed. The event also recognised judges, advisors, Prof al-Marri, Associate Professor Dr Zeinab Jawad, Professor Dr Fadwa Eljack, representatives from the Department of Chemical Engineering at QU, and QatarEnergy LNG representative, Eman Elhmoud, head of Process & Flow Assurance Engineering, and Rand Aga, CSR specialist. Prof al-Marri highlighted in his opening remarks that the annual Plant Design Competition represents the department’s flagship event, celebrating graduating senior students. He thanked QatarEnergy LNG for its continued support over the past 22 years and extended special thanks to the judges for their valuable contributions to the competition’s success. This year, 10 teams presented their projects to a panel of industry judges. Working over two semesters, the students developed simulation-based grassroots plant designs and completed several engineering tasks, including process simulation, environmental impact assessment, heat integration, mechanical equipment design, safety analysis, and economic evaluation. The students developed designs related to Liquefied Natural Gas, Ethylene, and Dimethyl Ether production processes. The competition was held on May 7 at QU’s Engineering Building, featuring five female teams and five male teams. The competition was of an exceptionally high standard, and the best three teams were selected by the judging panel, comprised of engineering experts from multiple industrial partners in Qatar, including Mathew Swatton, technology team lead at Qatar Shell GTL Limited; Abdulla al-Emadi, lead of Process Engineering at QatarEnergy LNG; Awad al-Yafei, head of Plant Productivity at Qafco; Ahmed M Homssi, environmental manager at QChem; and Sarah al-Raeesi, senior APC Engineer (POT) – Technical at OryxGTL. The evaluation criteria for the competition included Organisation and Structure, Technical Content, Visual Aids, and Teamwork. First place was awarded to the team of Shahd Murtada, Mona Foroohar, Shimaa Asem, and Rawan Tayseer Abunada for their outstanding design of an ethylene plant (ETHYQ). By utilising Technip’s advanced SMK technology, the plant is designed to produce polymer-grade ethylene with a purity exceeding 99.9%. The project combines high-performance production with innovative sustainability solutions, including waste-heat recovery that supplies nearly one-third of the plant’s steam demand and a CO2 capture system achieving 90% carbon removal efficiency. They were supervised by Professor Dr Ibnelwaleed Ali Hussein. Second place was awarded to the team of Mohammad Jaber Alathba, Mohamed Ashraf, Mohamed Dahri, and Khalid Hamad al-Jabri for their innovative design of Dimethyl Ether (DME) Plant. Two production routes, Direct and Indirect DME synthesis, were evaluated technically, environmentally, and economically, with the Direct route selected as the preferred option due to its lower COx emissions and superior financial performance. The project included the mechanical design of major equipment validated using Aspen HYSYS and HTRI Xchanger Suite. The team was supervised by Assistant Professor Dr Seckin Karagoz. Third place went to the team of Amira al-Kebsi, Fatima Abdulla al-Samra, Noora Khalili, and Elham Dabwan for their Qatar Ethygreen Company (QEGCO) Ethylene Production. The process technologies were based on Score by KBR, and, with integration and adjustments, a plant simulation that utilised waste heat recovery, minimised NOX emissions, and reduced the overall carbon footprint was developed. The most notable adjustment was the integration of a carbon capture unit, which would operate towards methanation, providing an alternative fuel source for the plant. The team was supervised by Professor Dr Fadwa Eljack. 

Qatar is setting sail on a fresh push to grow its own seafarers and ship engineers, with the Ministry of Education and Higher Education (MoEHE) and the Ministry of Transport joining forces to fund Qatari students through degrees in Marine Engineering and Marine Navigation.Announced at a press conference Sunday, the joint national initiative is designed to deepen local expertise in a sector that underpins the country's trade lifelines yet has long leaned on expatriate know-how. The aim is to build a homegrown bench of specialists capable of crewing, operating and regulating the vessels and facilities on which a trading nation depends — and, in doing so, to advance the Qatar National Vision 2030.Assistant Undersecretary for Higher Education Affairs at MoEHE Dr Hareb Mohamed al-Jabri said the initiative flows from the strategic weight of the maritime sector, one of Qatar's priority areas, which demands qualified nationals able to meet present and future needs across ship operations, port facilities and the management of maritime activities.The overseas scholarship programme offers students a route to a bachelor's degree in Marine Navigation, al-Jabri said. It carries a one-time pre-departure allowance of QR25,000, a monthly stipend of QR14,000 and an annual airfare ticket, with extra benefits for those enrolled at universities on the Amiri Scholarship Programme's approved list.On the domestic track, Qatari students reading for a bachelor's in Marine Engineering will receive a monthly stipend of QR8,000 throughout their studies — an incentive, al-Jabri added, to draw national talent into engineering disciplines, including programmes at the University of Doha for Science and Technology.Assistant Undersecretary for Maritime Transport Affairs at the Ministry of Transport Eng Abdulaziz Abdullah al-Sulaiti said the scheme seeks to prepare nationals both academically and professionally, meeting the workforce needs of organisations operating in maritime transport and logistics. The two pathways — overseas study for navigation, domestic study for engineering — reflect the ministry's commitment to building a diversified, sustainable economy in step with the national vision, he said.The disciplines matter, al-Sulaiti stressed, because they produce specialists who can support inspection and oversight, assess the technical and engineering soundness of vessels, develop systems and regulations, assist in investigating maritime accidents, and strengthen safety, security and seafarer licensing. They also sharpen Qatar's compliance with international maritime conventions.By increasing the readiness of specialised nationals, he added, the initiative will reinforce the ministry's role as the maritime sector's regulatory and legislative authority, support evidence-based decision-making and feed directly into the national maritime economy.The ultimate goal, he said, is full reliance on specialised national expertise.Director of the Scholarships Department at MoEHE Noora al-Ansari described the move as an investment in national human capital, developing talent to the highest standards in line with labour-market needs and lifting the competitiveness of Qatari professionals.The initiative is expected to ready nationals for technical and operational roles, improve the efficiency of the maritime transport system, and support the country's plans to grow its logistics services and maritime economy in line with international best practice. 

His Excellency Deputy Prime Minister and Minister of State for Defense Affairs, Sheikh Saoud bin Abdulrahman bin Hassan Al-Thani, visited on Sunday the Singaporean ST Engineering group.During his visit, His Excellency met with Chairman of ST Engineering, Teo Ming Kian, on the sidelines of the Shangri-La Dialogue 2026, held in the Republic of Singapore.His Excellency also visited ST Engineering's armored infantry vehicle factory 8x8.HE Ambassador Extraordinary and Plenipotentiary of the State of Qatar to the Republic of Singapore, Abdulaziz bin Ahmed Al Malki Al Jehani, attended the meeting, alongside several senior officers and a number of senior officials from Singapore's ST Engineering. 

Qatar Foundation partner university Texas A&M University at Qatar recognized more than 150 engineering graduates during the university’s commencement ceremony. Students earned bachelor’s degrees in chemical engineering, electrical engineering, mechanical engineering and petroleum engineering, along with master’s degrees in chemical engineering, marking the culmination of years of hard work, perseverance and dedication. Graduate Wala Abdelhalim, who spoke on behalf of the graduates, reflected on the experiences, friendships and moments that shaped the class throughout their journey at Texas A&M at Qatar. “Engineering teaches us to solve problems, but this place taught us something deeper than that. It taught us resilience. It taught us how to keep moving forward even when the path ahead was uncertain. It taught us how to carry responsibility not only for ourselves, but for the people beside us. And I think that matters far more than any title we leave here with today,” she said.During the ceremony, Dr. César Octavio Malavé, dean of Texas A&M at Qatar, encouraged the new engineers to carry forward the knowledge, resilience and values they developed during their time at the university as they begin the next chapter of their careers.  Students were formally inducted into The Association of Former Students by Mohammed Al-Shareef, Class of 2012 and president of the Qatar A&M Club, officially welcoming them into Texas A&M University’s global alumni network of more than 500,000 former students worldwide. 

Qatar’s evolving infrastructure landscape is creating new opportunities for engineering leadership, with professionals highlighting the country’s growth, collaborative environment and increasing prospects for women in large-scale projects.Qatar’s rapid infrastructure development continues to provide a dynamic environment for engineering professionals, with international expertise playing a key role in shaping large-scale projects across the country.Florentina Canto Navarro, electrical manager for the Facility E reverse osmosis desalination plant project and a senior industrial electrical engineer at ACCIONA, said her nearly decade-long experience working on Qatar-linked projects reflects both professional growth and the country’s transformation.“Having worked with ACCIONA for almost ten years on projects linked to Qatar, I have seen significant development both in my career and in the country’s infrastructure,” Navarro said.She explained that her career has progressed through several roles, starting from electrical site supervision to engineering leadership positions, allowing her to gain experience across different stages of project development.“My journey has evolved from being directly involved in construction activities to taking on more engineering leadership responsibilities,” she said. “This has given me a comprehensive understanding of projects from design through to execution.”Navarro currently balances responsibilities between engineering leadership and on-site field operations — a role she described as both challenging and rewarding.“My work is quite dynamic,” she said. “It requires coordination between engineering teams and on-site execution, ensuring that what is designed is implemented correctly.”She noted that one of the key challenges lies in maintaining alignment between technical planning and real-world construction conditions.“Being involved both in design and on site means constantly adapting and solving problems,” she said. “But it is also one of the most rewarding aspects of the role.”Navarro highlighted that Qatar’s infrastructure environment has evolved significantly over the years, shifting from rapid urban expansion to more strategic and sustainability-focused development.“Previously, many projects were centred on urban growth,” she said. “Now, the focus is more aligned with long-term planning and sustainability.”She also emphasised the collaborative nature of projects in Qatar, which bring together diverse teams from different backgrounds.“One of the most remarkable aspects of working in Qatar is the collaboration between multiple nationalities and institutions,” she said. “It creates a highly skilled and efficient working environment.”As a woman in a traditionally male-dominated field, Navarro encouraged young women in Qatar to consider careers in engineering.“Engineering is a challenging but highly rewarding field,” she said. “There are increasing opportunities, and what matters most is passion, commitment and willingness to learn.”She stressed that the industry is evolving, with more women taking on leadership roles in large-scale projects.“Don’t be discouraged by traditional perceptions,” she said. “Focus on your skills and the value you can bring.”Reflecting on her work, Navarro said the most fulfilling moment comes when a project transitions from concept to reality. “What I enjoy most is seeing how ideas, designs and calculations gradually take shape,” she said. “When the project becomes operational and starts delivering results, it is incredibly rewarding.”She added that being part of such projects in Qatar has been particularly meaningful.“It is a great feeling to know that your work contributes to infrastructure that supports the country’s development,” she said. 

Three government ministries joined forces Wednesday to unveil a scholarship programme that will send Qatari students abroad to study nuclear engineering — with their salaries running the entire time they're in class.Standing at the podium of the Ministry of Education and Higher Education's press conference, officials from MOEHE, the Ministry of Environment and Climate Change, and the Civil Service and Government Development Bureau laid out what they billed as one of the most generous scholarship packages the state has offered in a specialised technical field.The pitch is straightforward: students who qualify will receive a full government salary throughout their undergraduate studies overseas, have those study years counted toward their civil service tenure, and walk into a guaranteed Grade Nine government position upon graduation — with a path to postgraduate funding waiting after that."This is a strategic qualitative step," said Dr Hareb Mohammed al-Jabri, MOEHE's Assistant Undersecretary for Higher Education Affairs, describing nuclear engineering as "one of the most critical and future-oriented scientific disciplines."He was direct about the programme's intent — it isn't simply about producing graduates, it's about filling a specific institutional gap. Appointments will go directly to MECC's Radiation Protection Department, which regulates radiation use across Qatar's medical and industrial sectors.The financial incentives are notable. Yousef Ibrahim al-Hamar, MECC's Assistant Undersecretary for Environmental Affairs, and Yaqoub Saleh al-Ishaq of the Civil Service Bureau confirmed that nuclear engineering carries an 85% work nature allowance under Prime Minister's Decision No. 25 of 2025 — the highest work nature allowance of any engineering discipline in the government structure.Officials were candid about why the scholarship must send students abroad: nuclear engineering is not taught anywhere in Qatar. Graduates will train at internationally accredited universities, working in labs and technical units within the Radiation Protection Department when they return, giving them hands-on exposure across medical imaging, industrial applications, and regulatory oversight.Al-Ishaq framed the Bureau's role as more than administrative. "We're ensuring alignment between educational outputs and actual career pathways," he said, describing the programme as an "integrated path" designed from the first day of undergraduate study through to a defined career trajectory in government service.Selection criteria are tight. Candidates must demonstrate academic excellence, meet specific grade thresholds from prior qualifications, satisfy English language requirements, and hold unconditional admission from an accredited university. Officials acknowledged the number of seats will be small, reflecting both the rarity of the specialization and the precision of the workforce need.An awareness campaign targeting secondary school students is planned to accompany the launch, with officials keen to demystify a field many young Qataris may know little about.The initiative falls under Qatar National Vision 2030's push to diversify the economy and reduce dependence on expatriate expertise in technically sensitive sectors.Applications are expected to open following the awareness rollout. 

Abu Dhabi-based aerospace engineering firm Sanad has announced the renewal of its long-term lease agreement with Etihad Engineering.Signed by Baha Salama, general manager of Aviation and Aero Engine MRO at Sanad, and Daniel Hoffmann, CEO of Etihad Engineering, the agreement secures approximately 40,000sq m of land and facilities at Etihad Engineering’s 550,000sq m MRO facility adjacent to Zayed International Airport.The arrangement strengthens the deep-rooted partnership between two of Abu Dhabi’s leading aviation champions and reinforces their shared commitment to advancing the emirate’s long-term aerospace ambitions. As Sanad enters its next phase of growth, expanding capacity, capabilities, and workforce across both Abu Dhabi and Al Ain, the agreement ensures long-term operational continuity at its historic base of over 38 years.Sanad will continue operating its engine MRO operations, where it maintains LEAP, GEnx, V2500, and Trent 700 engines for over 55 global airlines and leading engine OEM partners. The secured footprint provides the physical capacity needed to increase engine inductions, scale future capabilities, and expand high-skilled technical teams.The agreement comes as Sanad progresses its major expansion in Al Ain, including the new GTF Engine MRO Centre and advanced test cell complex. Together, the Abu Dhabi and Al Ain facilities form a consolidated, UAE-wide engine MRO platform, enhancing capacity, strengthening supply chain resilience, and accelerating the development of specialised technical talent.Mansoor Janahi, managing director and Group CEO of Sanad, said: “As we scale our capabilities in Al Ain, our Abu Dhabi base remains integral to our operations and our people. The renewal of our lease supports the expansion of our engine capacity, growing our workforce, and delivering world-class MRO solutions from Abu Dhabi to the world.”Mahmood al-Hameli, Group CEO of Abu Dhabi Aviation, added: “Sanad’s continued presence at the Etihad Engineering facility, adjacent to Zayed International Airport, strengthens our combined technical capabilities and supports the emirate’s long-term aerospace strategy.”The agreement directly contributes to Abu Dhabi’s vision for a stronger, more advanced aerospace future. By securing long-term access to critical operational space at Zayed International Airport, Sanad is empowered to expand its capacity, scale its engine programs, and grow its highly skilled workforce.The enhanced infrastructure supports next-generation engine MRO and enables deeper integration with Etihad Engineering, reinforcing Abu Dhabi’s position as a centre of engineering excellence. Together, these efforts contribute to a vibrant and resilient aerospace sector that drives industrial growth, nurtures local talent, and accelerates the emirate’s rise as a global aviation leader. 

Qatar University (QU) participated in the 19th QatarEnergy LNG Engineering Conference, which featured leading experts, professionals, and decision-makers from around the world.The QU pavilion presented a wide range of research projects and technological innovations that highlight QU’s efforts in supporting sustainable energy and digital transformation. Among the innovations was a hybrid energy harvesting system combining piezoelectric and electromagnetic technologies for remote sensing in oil and gas pipelines and nondestructive testing solutions.The system using ultrasonic waves assesses sustainable construction materials such as recycled fibre-reinforced concrete and 3D printing technologies.QU revealed several technical solutions that support sustainability and industrial safety. These included the innovative ClearExhaust device, capable of reducing diesel engine emissions by up to 30%; a smart vibration isolation system using hybrid magnetic materials; the automated Raqeeb platform for heat stress monitoring; and a high-efficiency car radiator designed for hot climates. In the field of smart and robotic technologies, QU presented advanced innovations that improve performance in industrial and environmental sectors. Highlights included HazBot, a robot for inspections in hazardous environments; robotic systems for inspecting gas tanks and complex pipelines; the MasterPi system for developing automation solutions; and a spherical photovoltaic solar system designed to enhance solar energy efficiency.Faculty members and students also participated in scientific sessions and presentations, in addition to showcasing research posters addressing themes such as innovation, technology, sustainability, integrity, operational reliability and safety, and best practices in operational excellence.

A two-day conference on role of chemistry and chemical engineering in building a more sustainable future kicked off in Doha Sunday. Organised by Hamad Bin Khalifa University (HBKU) in collaboration with the American Chemical Society (ACS) and Qatar University (QU), the Innovations in Chemistry and Chemical Engineering for a Sustainable Future Conference brings together about 160 experts and specialists in the fields of chemistry, chemical engineering, and the oil, gas, and water sectors. The conference, the fourth of its kind, , showcasing innovative technologies, and highlighting the pioneering role of chemistry and chemical engineering in building a more sustainable future. It also promotes collaboration across disciplines and contributes to supporting research in Qatar within priority areas of the National Development Plan. In his speech at the conference, HE former Minister of Energy and Industry and Chairman of the Board of Trustees of Doha University Dr Mohammed bin Saleh al-Sada, emphasised that sustainability is no longer an option, but rather a necessity imposed by global environmental challenges, underscoring the importance of innovation and scientific research in the fields of chemistry and chemical engineering to achieve balanced and sustainable development. HE Dr Al Sada noted that Qatar, known for its abundant natural gas resources and rapid economic development, is moving toward expanding its development horizons to include the rational management of natural resources and environmental protection, in line with the Qatar National Vision 2030, of which environmental development is a fundamental pillar. He explained that chemistry and chemical engineering represent a key focus in supporting sustainability through the development of innovative solutions in the fields of energy, water, industry, and materials science. He emphasised the country's commitment to promoting the use of clean technologies and improving production efficiency in line with its environmental responsibilities. Speaking on scientific research efforts at higher education institutions, such as Texas A&M University at Qatar, and the Qatar Environment and Energy Research Institute (QEERI), he pointed out that they contribute to the development of solar energy systems, carbon capture technologies, and eco-friendly water desalination, supporting the country's transition to a low-emission and more sustainable future. He also highlighted the importance of waste management in line with the principles of green chemistry, through recycling, the optimal use of resources, and pollution reduction, stressing that such efforts support the shift toward a circular economy that protects the environment and creates added value. In his opening remarks, the Conference Chair, Associate Dean for External Affairs and Head of the Division of Science at HBKU, Dr Hassan Said Bazzi, said that the conference provides a platform for students and researchers to showcase their expertise and ongoing projects in Qatar. This includes the real-world application of scientific innovation and the promotion of collaboration between academia and industry in support of national strategic goals and Qatar National Vision 2030. For his part, Vice-President for Research at HBKU Eyad Ahmad Masad, emphasised that the materials and processes currently under development form the foundation for future solutions. These innovations contribute to lowering emissions, improving energy efficiency, and enhancing the quality of life. He reiterated the university’s commitment to developing innovative solutions that support the sustainability of Qatar’s environment and resources. In turn, Chair of the Committee on International Activities (IAC) of the American Chemical Society (ACS), Dr Michael McGinnis, remarked that the conference serves as an exceptional platform for interaction between academics and practitioners.

A new batch of experts took the legal oath this morning at the Ministry of Justice to be registered in the Ministry of Justice's roster of experts accredited before the judicial authorities in the country, in accordance with the regulations stipulated in Law No. (16) of 2017 regulating expert work. The new batch includes (12) experts from national cadres, with expertise in various specializations, including accounting, real estate, mechanical engineering, electrical engineering, mining engineering, civil engineering, and human resources. On this occasion, Director of the Experts Department at the Ministry of Justice, Abdullah Abu Shahab Al Marri congratulated the new experts on their taking of the legal oath. He emphasized the importance of the role of experts as assistants to judges and one of the pillars of achieving prompt justice, based on their legal responsibility to present evidence and proof regarding the technical aspects related to various cases, and the role expert reports play in expediting the issuance of judgments and the adjudication of cases. The Director of the Experts Department at the Ministry of Justice noted that the Ministry of Justice, upon the directives of His Excellency Minister of Justice and Minister of State for Cabinet Affairs Ibrahim bin Ali Al Mohannadi, is keen to strengthen the national cadre of experts and provide expertise that keeps pace with the comprehensive renaissance witnessed by the country in all fields, and to create the appropriate conditions for providing an integrated Qatari expertise system and adding new areas of expertise according to the needs of the judicial authorities and other entities.