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The PlasmaPure team at Hamad Bin Khalifa University’s (HBKU) Qatar Environment and Energy Research Institute (Qeeri) has advanced to the semi-finals of XPRIZE Water Scarcity in both Track A: Desalination – System-Level Innovation and Track B: Desalination – Novel Materials and Methods. It is one of only three teams worldwide and the only team from the Gulf region to reach this stage in both technical tracks.This achievement marks a major milestone for the University in the competition and further highlights Qatar’s growing status as a hub for research and innovation, particularly in developing next-generation desalination systems and materials. It underscores HBKU’s commitment to advancing research that addresses critical challenges facing Qatar and water-stressed regions globally. Through Qeeri’s Water Centre, HBKU is developing technologies that support more sustainable water production, resource recovery, and water security in arid environments.XPRIZE Water Scarcity is a global, multi-year competition that aims to transform seawater desalination by making it more reliable, affordable, and sustainable. The competition attracted 674 pre-registrations from 86 countries, with 143 teams progressing to the Qualified Team stage for rigorous technical evaluation and physical testing.The PlasmaPure team, led by Dr Khaled Mahmoud, research director of Qeeri’s Water Centre, brings together a multidisciplinary team of scientists and engineers. It builds upon collaborations with HBKU’s College of Science and Engineering (CSE), the University of Montreal, and the Institut national de la recherche scientifique (INRS Canada).For Track A, PlasmaPure is developing an integrated desalination platform that combines multiple technologies to improve water recovery, reduce energy and environmental impacts, and enable the management and recovery of valuable resources from concentrated brine. For Track B, the team is developing bio-inspired reverse osmosis membranes designed for challenging desalination conditions. Inspired by sharkskin, the membranes feature engineered surfaces that reduce fouling and scaling while improving water transport, with a focus on the high-salinity, high-temperature conditions found in the Gulf.“Reaching the semifinals in both XPRIZE Tracks A and B is a testament to Qeeri’s commitment to research excellence and innovation. PlasmaPure demonstrates how integrating advanced materials with desalination systems can unlock new pathways for more sustainable water production,” said Dr Tareq al-Ansari, executive director, Qeeri. “Our focus now is on advancing this technology beyond the laboratory, scaling it toward real-world deployment and contributing to long-term water security.”Dr Eyad Masad, vice-president for research, added: “Addressing challenges such as water security requires more than excellence in individual disciplines; it requires the ability to connect science, engineering and innovation around a shared national objective. PlasmaPure reflects HBKU’s approach to research converging expertise, building critical capabilities and creating pathways for promising technologies to move toward deployment.” 

 City University Qatar (CUQ) and (HBKU) were crowned champions of the men’s and women’s categories, respectively, at the Qatar Collegiate Sports Federation (QCSF) University Padel Tournament for the 2026–2027 sports season, which concluded on Saturday evening.  Organised by the Qatar Collegiate Sports Federation (QCSF) in co-operation with the Qatar Padel Federation and Qatar Foundation, the tournament ran from October 1 to 3 at The Dome courts at Qatar Foundation, attracting strong participation that reflected padel’s growing popularity across the university community.  In the men’s competition on Friday, CUQ claimed the tournament title and first place, while Qatar University (2) finished runners-up and Police College (1) took third place.Rashid Saeed Adiba, secretary general of QCSF; and Hamad Saleh al-Shiba, board member of the Federation, honoured the top three teams.  In the women’s competition on Saturday, Hamad Bin Khalifa University (2) secured the title after finishing top of the standings, with Qatar University (1) taking second place and the University of Doha for Science and Technology (UDST) finishing third. Amina Al Kaabi, Member of the Women’s Sports Committee at the QCSF, crowned the top three teams in the women’s competition.  The participating men’s teams were divided into four groups. Group A featured University of Doha for Science and Technology (2), City University Qatar (1), Police Institute (1), Doha Institute, and HBKU (2). Group B comprised HBKU (1), QU (1), Aeronautical Academy (2), Police College (1), and Malaysian University (2).  Group C consisted of QU (2), Police College (2), Aeronautical Academy (1), and Lusail University, while Group D included UDST (1), Police Institute (2), CUQ (2), and Malaysian University.The women’s competition on  Saturday featured eight teams divided into two groups. Group A comprised QU (2), CUQ, UDST (2), and HBKU (2), while Group B featured QU(1), UDST (1), Doha Institute, and HBKU (1). 

 Hamad Bin Khalifa University (HBKU), a member of Qatar Foundation, has been ranked 126th globally in the newly released Times Higher Education (THE) World University Rankings 2027, making it the first and only Arab university among the top 150.  The achievement reflects the university’s progress in strengthening its academic and research profile. The recognition also comes as HBKU continues to expand its academic community, welcoming more students and introducing forward-looking programmes aligned with national priorities and emerging future societal needs.  The Times Higher Education World University Rankings evaluate research-intensive universities across core performance pillars: Teaching, Research Environment, Research Quality, International Outlook, and Industry. HBKU’s performance demonstrated the strength of its research and capacity to translate knowledge into practical value.  Dr Ahmad M Hasnah, president of HBKU, stated: “Our standing in the Times Higher Education World University Rankings reflects the dedication of our faculty, researchers, students, and staff, and the enabling vision of Qatar Foundation, whose unique ecosystem and environment have enabled HBKU to grow, thrive, and achieve impact.  “At HBKU, our mission has never been solely about benchmarks, but about driving purposeful innovation and nurturing homegrown intellectual capacity that directly serves Qatar’s national priorities and contributes to the global knowledge economy. This milestone reaffirms that an agile, multidisciplinary university rooted in the Arab region can deliver research that resonates globally.”  The recognition in the Times Higher Education World University Rankings solidifies HBKU’s standing within Education City and further elevates Qatar’s status as a regional hub of higher education and advanced research. 

An upcoming international conference, ‘the AsianSIL Intersessional Conference 2026,’ hosted by the College of Law at Hamad Bin Khalifa University (HBKU) later this year, aims to highlight the role of Asia in shaping the development of international law, particularly in emerging areas such as environmental governance, AI regulation and humanitarian law. The conference "Is a New Normative International Legal Order in the Making? The Asian Perspective" will explore Asia's evolving role in the international legal order. The conference will also examine Asia’s growing influence and contributions to international law in climate change, humanitarian crises, and artificial intelligence governance amid dynamic geopolitical shifts, technological advancements, and pressing global challenges. According to Dr Khalid Mubarak al-Kuwari, chair of the conference and a lecturer at the College of Law, HBKU, the AsianSIL conference has advanced international law scholarship and dialogue across Asia and beyond since 2007. Dr al-Kuwari said: “The world is undergoing profound strategic, economic, social and technological change. Positioned at the crossroads of multiple regions, Asia plays an increasingly influential role in shaping the international legal order. In this context, AsianSIL advances the rule of law, inclusive dialogue and research addressing pressing global challenges, including environmental governance, humanitarian law, international economic law and AI governance.” The conference brings together scholars, practitioners, and policymakers to engage in critical dialogue and interdisciplinary exchange. It will take place over two days: Day One will feature an invitation-only junior scholarship workshop, while Day Two will host the main conference as a public session. The conference also aims to foster interdisciplinary dialogue by facilitating discussions among legal scholars, policymakers, and practitioners to encourage cross-sectoral engagement. It focuses on promoting scholarly research by providing a high-level academic platform for presenting and publishing cutting-edge research in international law. The conference will feature expert-led discussions on critical topics related to environmental governance and climate action. It will examine Asia’s role in global climate agreements, regional environmental policies, and sustainable development initiatives. “For decades, issues relating to the future of the liberal international order have received considerable attention. Today, these discussions have become increasingly urgent as the world grapples with complex global problems alongside pressing regional conflicts and issues that the existing legal order seems ill-equipped to address, let alone solve,” said the dean of the college, Dr Susan L Karamanian. According to the organisers, Asia, which spans from the Pacific Ocean in the East to the Middle East in the West and is home to more than half of the world’s population, is critical to the conversation, both in defining problems and in offering solutions. There will be discussions on humanitarian law in the modern era addressing challenges in international humanitarian law, particularly in conflict zones and disaster-prone regions within Asia. AI and Public International Law will be another focus of the conference, exploring legal and ethical implications of AI for global governance, trade, and security. Furthermore, there will be deliberations on the topic ‘Small States and Emerging Economies: Asia Diplomacy and Multilateralism’. This will examine the role of small states and emerging economies in Asia’s legal and diplomatic landscape, including international dispute resolution, economic partnerships, and regional stability. “We look forward to having our friends from or those interested in Asia here in Doha to engage in conversation and debate about the future of international law. We will do so in a vibrant, welcoming country that prioritises education and harmonises tradition with modernity. Qatar’s rich Arab culture, renowned hospitality and vibrant art scene await you,” added Dr Karamanian. 

With the focus on nurturing the next generation of scientists, engineers and analytical minds, the Qatar Centre for Quantum Computing (QC2) at Hamad Bin Khalifa University, in collaboration with Qatar Foundation’s summer camp programme, Mukhayamna 2026, has launched the third edition of its Quantum Computing Summer School: QSchool 2026. QSchool 2026 is a weeklong programme held at the multipurpose hall of the research complex at Education City, consisting of various workshops to introduce high school students to the world of quantum computing. Mukhayamna 2026 is the flagship summer programme organised by Qatar Foundation’s Pre-University Education, featuring a wide variety of specialised camps for boys and girls, focusing on sports, computing, entrepreneurship, and sustainability. “QSchool 2026 opens a window for high school students into the quantum future, giving them early exposure to ideas and technologies that can help shape Qatar’s next generation of scientists, innovators, and technology leaders,” Dr Saif M al-Kuwari, associate professor at the College of Science and Engineering HBKU told Gulf Times. Started this Sunday, the workshop has specific themes and topics meant for each day of the programme. There will be a number of engaging interactive lectures, hands-on activities and laboratory sessions during the programme. At the workshop, students will explore the foundations of quantum mechanics, learn how quantum computers process information and experiment with quantum circuits, algorithms, teleportation and cryptography using simulated and real quantum platforms. During the QSchool 2026 there will a special guided tour of QC2 Lab, offering students first-hand exposure to quantum experiments and research environments supporting emerging quantum technologies. The programme focuses on high school students from across Qatar and aims to inspire the next generation of quantum scientists, engineers, and innovators. The programme started with an introduction to quantum computing and quantum mechanics. It explored the basic principles of quantum mechanics and how they enable quantum computing, with a focus on superposition, entanglement, measurement and wave-particle duality. The programme then moves on to quantum circuits, learning how quantum computers process information using qubits, quantum gates and quantum circuits, and experimenting with basic quantum operations through simulated environments and quantum hardware platforms. The workshop also discusses quantum algorithms and discovering how quantum algorithms can be used to approach certain problems in new ways, and why quantum computers may offer advantages for selected computational tasks. Furthermore, another topic discussed during the workshop was quantum teleportation. It explores quantum teleportation and learning how entanglement and classical communication can be used to transfer quantum information, while also simulating simple teleportation protocols. The next topic during the workshop is quantum cryptography. This enables participants to learn about quantum key distribution and how the principles of Quantum Physics can support secure communication. In addition, there will be a guided tour of the QC2 Lab facility. QC2 is a pioneering research hub at HBKU, and it focuses on advancing theoretical and experimental research in quantum computation, communication, and sensing. QC2 has a dedicated quantum laboratory, driving national digital resilience. It aims to establish a vibrant quantum ecosystem in Qatar, fostering collaboration among government, academia, and industry and is expected to cultivate, sustain, and propel the advancement of quantum technologies while addressing potential challenges in Qatar and around the world. 

The Qatar Environment and Energy Research Institute (QEERI) at Hamad Bin Khalifa University has launched a new AI-powered platform called ThinQa, that converts biological research and principles into 3D-printable prototypes in minutes.“ThinQa is a research and development AI platform that combines biological research with advanced manufacturing capabilities to deliver unprecedented innovation, speed and accuracy. It generates biomimicry solutions using cutting-edge AI and transforms months of research into actionable prototypes in minutes,” Dr El Tayeb Bentria, scientist at QEERI told Gulf Times in an exclusive interview.The platform uses a multi-agent AI system to analyse natural phenomena and rapidly generate manufacturable 3D designs based on biomimicry principles.“The platform is in its pilot phase and accessible online, with a full launch expected within a year. Patents have been submitted, and plans are underway to create a spinout. ThinQa is also expected to have a STEM-focused version to help students quickly develop 3D prototypes for projects,” disclosed Dr Bentria.According to the researcher, ThinQa can dramatically speed up research and prototyping by transforming biomimicry research into ready-to-print models. He explained: “It is particularly focused on material science and engineering, though it can also be applied to architecture and design. Researchers are currently testing prototypes, including improved CO₂ capture filters designed using nature-inspired shapes to enhance performance.”Dr Bentria said that the new platform can help understand the nature and environment in Qatar in a better fashion.“If you look here in Qatar, you see that plants and animals have adapted to the heat and scarcity of water over thousands of years. They have developed a technique that can be learnt and used in enhancing our technologies. So usually the problem is translating these techniques into feasible prototypes. And now we think ThinQa will help in this regard with AI as the translator,” he continued.Dr Bentria said ThinQa uses advanced models to analyse natural phenomena and translate biological principles into innovative design solutions. “It generates precise, manufacturable 3D models optimised for immediate printing and testing. This innovation has been grounded with peer-reviewed research and has validated biomimicry principles for reliable results,” he noted.Dr Bentria said the platform can understand limitations and advantages and translate them into a 3D design. “So the platform uses a multi-agentic AI system that reads all the user input, reads more about scientific papers, and then generates a script-based tool. When you run it using ThinQa, it generates a 3D prototype,” he underlined.“One of the areas that we are working on is the CO2 capture filters. We are trying actually to optimise the existing one, using the rules of biomimicry to maximise the surface area, or to make the shapes capture more CO2. The filter has a certain design, but using biomimicry, you can enhance its capabilities,” he pointed out.Dr Bentria said the platform is designed to be used for students too. “We are planning also to have a STEM-based version, where students, actually high school students, can do their projects and get printable 3D prototypes in hours, instead of spending much time building them by hand,” he said.“This is in the piloting stage. I think it will take less than a year to launch the full version of the platform. We are testing the efficiency of the results that are generated and once it is done, this will be launched in full scale. We have filed for the patents and hopefully the platform will be launched before the end of this year,” Dr Bentria added. 

Qatar Biomedical Research Institute (QBRI) at Hamad Bin Khalifa University has opened applications for its 10th Summer Research Programme (SRP), offering undergraduate students the opportunity to engage in cutting-edge, faculty-led research. To take place from May 31 to July 16, the seven-week programme will bring together students from institutions across Qatar to exchange ideas while actively contributing to research that addresses national priorities covering precision medicine, disease prevention, and improved healthcare outcomes. Participants will benefit from QBRI’s faculty mentorship and access to state-of-the-art facilities. Additionally, applicants can align their research interests to topics across QBRI’s Diabetes Research Centre, Translational Oncology Research Centre, or Neurological Disorders Research Centre. The programme will bolster professional development by offering seminars and workshops that target critical skills needed for successful careers in scientific research. Participants will also have the chance to engage with the wider QBRI community and absorb insights in a diverse range of biomedical fields. Throughout the programme, activities will cover key areas including autism, cancer, and diabetes, conditions of significant relevance to Qatar and the wider region. By combining intensive mentorship, real-world contributions, and strong institutional support, the SRP strengthens national research capacity by preparing and empowering the next generation of biomedical research leaders. Dr Vladimir Katanaev, acting executive director and scientific director of Translational Oncology Research Centre, QBRI, stated: “Over the past decade, the Summer Research Program has helped cultivate a vibrant research community by giving students early exposure to rigorous, hands-on scientific inquiry. Initiatives like this are critical to opening pathways for research-focused careers, building the state’s capacity in this field and preparing the next generation of biomedical research leaders to drive innovation and scientific excellence.” SRP applicants must be enrolled in an undergraduate programme in a biological or medical-related science and hold a minimum GPA of 3.0. 

As part of ongoing efforts to enhance Qatar’s vegetation cover and preserve native plant species, the Qur’anic Botanic Garden (QBG), a member of Hamad Bin Khalifa University, has distributed 5,000 native trees and wild plants over the past two months.The distributed species included sidr, samar, ghaf, qarat, awsaj, neem, and frankincense trees, which are propagated in QBG’s nurseries using advanced scientific techniques. The Ministry of Environment and Climate Change was one of the main beneficiaries of the programme, as collaboration between the two entities continues to flourish in restoring Qatar’s rangelands and supporting national afforestation programmes. Additionally, Mazzraty Company received several trees to plant in production areas to strengthen biodiversity. Schools, municipalities, and national institutions also benefited from the project.This initiative is part of QBG’s broader campaign to plant and distribute 2.5mn trees over the current decade, in collaboration with Qatar Red Crescent Society. It also reflects the state’s commitment to planting 10mn trees, translating this pledge into tangible action in support of the Qatar National Vision 2030 and efforts to combat climate change and protect the environment.Fatima Saleh M al-Khulaifi, director, QBG, said: “Protecting the environment is not only an institutional responsibility, but also a commitment individuals and communities must uphold. The distribution of these trees is a practical call to action for everyone to take part in reviving Qatar’s natural landscapes and preserving its environmental heritage for future generations.”“Through its nurseries and scientific and community-based programmes, the QBG continues to expand the propagation of wild and domesticated plants in Qatar to ensure the sustainability of the local vegetation cover and provide a constant source of trees and plants for greening and rehabilitation projects.”“Meanwhile, QBG remains steadfast in its mission to expand Qatar’s green cover and raise environmental awareness, guided by Qur’anic values,” she added.

Hamad Bin Khalifa University (HBKU) has been awarded a Unesco Chair on Digital Technologies and Human Behaviour, with the College of Science and Engineering’s (CSE) Dr Raian Ali appointed as Chairholder from June 2025 to June 2029.Unesco’s Chairs Programme represents the organisation’s most significant intersectoral activity in higher education. The designation is in recognition of HBKU’s excellence, building on the existing Unesco Chairs on Environmental Law and Sustainable Development, a statement said Wednesday.The new Chair will explore the intersection between digital technologies and human behaviour, promoting digital well-being, ethical use of technology, and positive societal transformation. It will also encourage healthy human interaction both online and offline, tackling challenges such as Internet addiction, cyberbullying, and misinformation, while fostering active engagement in addressing these issues.Commenting on the announcement and the significance of the Chair, Dr Mounir Hamdi, Dean, CSE, stated: “Technology is transforming every aspect of how we live, work, and connect. Through this Unesco Chair, HBKU will lead a global effort to ensure that digital transformation empowers people, strengthens communities, amplifies underrepresented voices, and contributes to a healthier relationship between humanity and evolving technologies.”As part of its activities, the Chair will address the ethical implications of artificial intelligence (AI) while embracing its potential benefits, stressing the importance of aligning technology with cultural values and societal norms. By merging a cross-disciplinary approach within Qatar, the region and globally, the programme will promote collaboration among stakeholders, including ministries, policymakers, health professionals, and educators, to maximise social and economic impact.The Chair will also host events that encourage dialogue, knowledge exchange, and innovation across academia, industry, and public policy. These platforms help co-create solutions that are more likely to be adopted and sustained.Dr Ali said: “I am proud to lead this exceptional opportunity to advance research that ensures technology serves human values responsibly. At HBKU, we aim to generate evidence-based insights that promote digital well-being, impact-driven innovation, and a digital future shaped by ethics.”By collaborating with more than 15 partner institutions from over 10 countries and engaging around 40 professionals, the Chair reflects HBKU’s commitment to shaping a holistic and forward-thinking ecosystem that aligns with Qatar’s national priorities and the university’s core research strengths, the statement added.

Hamad Bin Khalifa University (HBKU) and Texas A&M University at Qatar (Tamuq), in collaboration with the Royal Society of Chemistry (RSC) and European Materials Research Society, are hosting Advancing Materials Science: Bridging Chemistry and Engineering for a Sustainable Future conference. Taking place until Wednesday, the three-day event marks the first RSC and E-MRS conference in the Middle East. The conference will accelerate scientific discoveries, industry collaborations, and advancements in sustainability-driven materials research by bringing together global experts and young researchers in materials science, chemistry, and technologies. Sessions will focus on facilitating interdisciplinary collaboration; showcasing research in advanced materials, sustainable energy, nanotechnology, and functional polymers; supporting early-career researchers and students; and positioning Qatar as a hub for scientific collaboration in materials science and innovation. Dr Mounir Hamdi, dean, College of Science and Engineering, HBKU, commented: “This conference provides an essential platform for thought-provoking dialogue and collaboration that turns ideas into solutions. As a leading research university, we remain committed to driving transformative change that addresses national priorities while contributing to global progress.” A panel discussion ‘Science Without Borders: Strengthening International Partnerships for Innovation’ considered how cross-cultural collaboration can promote sustainable growth. The session featured a diverse high-level group of experts, including Dr Eyad Masad, vice-president for research, HBKU, Dr Tony Kenyon, president, E-MRS, Dr Hisham Sabir, Qatar Research, Development and Innovation Council, and Toby Underwood, head of Professional Standards, RCS. Dr Mohammed al-Hashimi, professor, CSE, and conference chair, added: “The exchanges taking place here will help shape how chemistry contributes to solving pressing challenges and advancing sustainability both locally and globally.”

As part of Qatar Shell’s Tafawoq programme, a group of energetic students from Hamad Bin Khalifa University (HBKU) and Education City campuses came together to experience the transformative journey of the Shell NXplorers Pro programme.NXplorers Pro is Shell’s advanced educational programme to equip future leaders with practical tools for solving complex global challenges. It blends systems thinking, scenario planning and theory of change, collectively known as NXthinking, to help participants explore problems, envision sustainable futures and develop actionable solutions.Hosted at HBKU, the NXplorers Pro programme challenged students to tackle global issues, imagine bold futures and develop actionable solutions for sustainable impact. Their energy and creativity highlighted the power of experiential learning to shape future changemakers.Dr Ala al-Fuqaha, associate provost, Teaching and Learning from HBKU, said: “At HBKU, we are proud to continue our well-established collaboration with Qatar Shell and its Tafawoq programme, of which we are a founding partner. NXplorers Pro aligns with our commitment to empowering the next generation of problem-solvers as they prepare to address critical challenges of our times. The enthusiasm and creativity demonstrated by our students reaffirm the importance of such experiential learning opportunities.”Bader al-Jaidah, director of Tafawoq, said: “By engaging with universities, we are building a bridge that helps students gain a clearer understanding of how industry operates before they begin their professional journeys. Our enduring partnership with HBKU in Qatar highlights the transformative power of collaboration in shaping a resilient and sustainable future.”Pia Ceasar, a graduate student at HBKU, who participated in the programme shared: “What I found most impressive about the programme was how seamlessly it combined deep insight with practical application. The experience sharpened my critical thinking and equipped me with powerful frameworks and tools to structure ideas and navigate complex challenges in both professional and personal contexts.”Tafawoq is a centre of excellence in project management, dedicated to developing professionals in Qatar and the wider region for major investment projects that support the Qatar National Vision 2030.

Hamad Bin Khalifa University (HBKU) held a series of summer research and interactive programmes and activities to nurture academic excellence, innovation, and interdisciplinary collaboration among students and early-career researchers.Held across several colleges and research institutes, the programmes offered participants opportunities to engage in hands-on research, academic mentorship, and knowledge exchange in various fields.The Qatar Centre for Quantum Computing at the College of Science and Engineering in collaboration with Qatar Foundation’s Mukhyamna, organised the second edition of the Quantum Computing Summer School for high school students.In its second edition, the programme welcomed 27 students, comprising 13 girls and 14 boys, who completed the one-week course. Participating students came from 23 schools in Qatar spanning 15 different nationalities. The students, aged 13 to 17 years old, gained exposure to practical application through interactive lectures and hands-on lab sessions utilising both simulated and real quantum platforms.The Qatar Computing Research Institute (QCRI) hosted its Creative Space Summer Camp 2025 for youth aged 7-17. The camp offered 11 programmes for 151 students, featuring a range of workshops designed to teach coding, electronics, and computational thinking, while fostering creativity, innovation, problem-solving skills, and teamwork.QCRI also partnered with Mukhyamna to offer a cybersecurity course on ethical hacking. Students aged 15-17 years old learned how networks operate and how to prevent real attacks. They explored ethical hacking and digital defence, utilising real-world tools such as Wireshark, TryHackMe, and Cyber Range.For its Summer Internship Programme, QCRI recorded around 108 students from eight Qatar-based universities, including Qatar University, Carnegie Mellon University in Qatar, Northwestern University in Qatar, University of Doha for Science and Technology, Arkansas State University Doha, and Ulster University Qatar. Several international institutions also participated including Princeton University.The Qatar Biomedical Research Institute (QBRI) concluded the 9th edition of its Summer Research Programme (SRP) with an appreciation ceremony. The SRP provided students with an intensive, immersive research experience. Participants worked across QBRI’s three specialised centres and had the unique opportunity to collaborate closely with leading scientists in state-of-the-art laboratories, contributing to projects addressing critical health challenges such as diabetes, cancer, and neurological disorders.During the appreciation ceremony, 19 undergraduate students from leading institutions were recognised for their achievements. They also presented their research projects and shared what they learned during the course of the programme.Dr Eyad Ahmad Masad, vice president for research, HBKU, said: “Our summer initiatives reflect HBKU’s vision of impact-driven learning, where curiosity and collaboration thrive. Through these research experiences, students gain skills for future success while advancing Qatar’s knowledge economy and contributing to the global research community.”