As Texas A&M at Qatar emerges as a hub for exchanging knowledge and ideas, it expands and strengthens partnerships and collaborations for the benefit of the State of Qatar. The branch campus is now home to several centers of excellence known worldwide for research and service to industry.
Gas & Fuels Research Center
GFRC is a multidisciplinary research center led by Texas A&M University at Qatar involving 22 professors from Texas A&M University’s main campus in College Station and the University’s Qatar campus, and represents different engineering programs, including chemical engineering, petroleum engineering, material engineering and mechanical engineering.
The Gas and Fuels Research Center was formally established by the Board of Regents of The Texas A&M University System as an official part of the Texas A&M Engineering Experiment Station (TEES), which has been providing practical solutions to real-world problems for more than 100 years. This world-class research center is advancing natural gas exploration, production, treatment and processing. Qatar is the natural destination for the center, as it is home to some of the most significant gas resources on the planet, including the largest liquefied natural gas and gas-to-liquids plants in the world, and to an integrated supply chain of cleaner energy sources in addition to value-added chemicals and ultra-clean fuels.
- Advance gas and fuels exploration, production, treatment and processing research activities
- Establish multidisciplinary projects and collaboration models within TEES with industry and academia worldwide
- Serve as a consulting entity and training center in areas of specialty
- Integrate TEES resources to support the Qatar 2030 vision to advance its human and research resources in the clean energy field
- Educate students and professionals about natural gas as an energy source and its monetization techniques to disseminate information about TEES activities in this field to science, society and the general public
- Build a consortium with involvement of several governmental agencies and industry to support GFRC vision and activities
- Serve as an international, interdisciplinary center of excellence.
- Build a platform for multidisciplinary research in which faculty members, researchers and students from the campuses in College Station and Qatar can collaborate and conduct research projects.
- Apply for Grand Challenge and Mega Projects funds (DOE, NSF, State of Texas, Qatar National Research Fund, Qatar Science & Technology Park and industry)
- Encourage the advancement of natural gas exploration and processing technologies.
- Educate the public and provide high-quality training to undergraduate, graduate, postdoctoral students, and professionals
The director of the center is professor in the chemical engineering and petroleum engineering programs Dr. Nimir Elbashir.
Learn more about the center here.
The Mary Kay O'Connor Process Safety Center-Qatar
The chemical processing industry drives much of Qatar’s economy, but the industry can carry risks to environmental quality and human health and safety. Controlling these risks are the motivation behind process safety, a framework for building good designs and engineering procedures meant to prevent and mitigate major hazards such as fire, explosions and toxic releases.
Promoting process safety in industry is the goal of the Mary Kay O’Connor Process Safety Center– Qatar, which—since its launch in 2013 by Texas A&M at Qatar and Qatar Petroleum—has taken on a vital role in Qatar, providing a process safety education to students and working with Qatari industry to promote process safety. The center brings engineering faculty, students and companies together to train a new generation of engineers who make safety a key part of their practice and the culture of Qatari industry, and to build safety knowledge at a local level.
Research helps identify and characterize such hazards, assess the risks involved and find ways to eliminate or at least reduce those risks to a tolerable level. Working closely with industry gives center researchers real-world information and feedback on process safety work, going beyond the academic and hypothetical. The center also helps companies further develop the process safety knowledge of their existing workforce through short courses, tutorials and other forms of continuing education, including its annual Qatar Process Safety Symposium. Through this three-pronged approach of teaching, research and training, the center is helping make safety second nature to a new generation of engineers, directly benefiting industry and the public in Qatar and elsewhere in the world.
The managing director of the center is chemical engineering associate professor Dr. Luc Vechot.
Lear more about the center here.
Smart Grid Center Extension in Qatar
Texas A&M at Qatar launched the TEES Smart Grid Center extension in Qatar, which aims to enable making smart grid a reality in Qatar and worldwide.
Electric energy is key to every economy and for societal prosperity across the globe. The smart grid effort aims to transform this critical infrastructure using computer-based remote control and automation. The smart grid integrates electricity and information and communication infrastructures to produce electricity more efficiently and reliably, as well as cleanly and safely for the environment.
The center strives to become a reference point and a key player in the field of smart grid in the community and in the region, working toward ensuring energy security. The center trains engineering students and professionals in electric energy-related concepts and technologies in Qatar and helps with technology transfer in Qatar to benefit the economy. It will help integrate electricity and information and communication infrastructures to produce electricity more efficiently and reliably, as well as cleanly and safely for the environment. In short, the Smart Grid Center is working to solve pressing energy issues while meeting the needs of future generations.
As a part of the Texas A&M Engineering Experiment Station, the Smart Grid Center works toward the goal of transforming the electrical grid infrastructure to meet the demands of the 21st century, and the center’s interdisciplinary team will work to make smart grid a reality in Qatar, as well as worldwide. This center is a part of Texas A&M at Qatar’s efforts to meet the pressing challenges of Qatar’s growth and development by providing research, facilities and expertise available nowhere else in the region.
The managing director of the center is professor and chair of the Elelctrical and Computer Engineering Program Dr. Haitham Abu-Rub.
Learn more about the center here.
The Advanced Scientific Computing Center
A longtime Texas A&M at Qatar research initiative in advanced scientific computing was designated an official center of the Texas A&M Engineering Experiment Station (TEES) in late 2016, bringing together faculty and researchers from a wide variety of engineering and science disciplines to tackle complex computational problems. The Advanced Scientific Computing Center—the second Texas A&M at Qatar research initiative to be named a TEES center—aims to become a regional and global leader in scientific computing by developing innovative solutions and using state-of-the-art computational tools to address computational challenges in science, engineering and industry.
The new center, led by Dr. Othmane Bouhali, already actively contributes to the implementation of the Qatar National Research Strategy in the field of computational science and its applications, including materials science, computational chemistry, medical physics, system biology and high-performance computing. Internationally, the group strives to create links with supercomputing and computational science centers, and locally, the center is building partnerships with our colleagues at local institutions within Education City, Hamad bin Khalifa University and others.
The center’s official TEES designation marks Texas A&M at Qatar’s place at the vanguard of high-performance computing (HPC). The branch campus is now in its 12th year of HPC and is a member of the exclusive HPC500, which comprises the world’s foremost entities that bring HPC technology to bear on challenging problems in science, engineering and business. Through HPC, Bouhali has collaborated with the European Organization for Nuclear Research (CERN) for more than 20 years.
Learn more about the center here.
Center for Remote Health Technologies & Systems Extension
The Center for Remote Health Technologies and Systems (CRHTS) is developing breakthrough remote health technologies, algorithms and health analytics, as well as using advanced systems engineering to solve global health grand challenges and enable healthy living. These powerful advances are not only helping to answer the critical needs of patients and providers, but are shifting the health care landscape from disease management to disease prevention.
CRHTS - Extension @Qatar
“Developing new mobile sensors and imaging techniques for screening, diagnosis, and health management — as well as other related new initiatives, such as micro/nanotechnology for biomedical and wireless sensors, healthcare information databases, cloud computing, security and encryption — will save millions of lives and billions of dollars.” — Dr. Khalid Qaraqe.
The CRHTS has a vision of enabling healthy living through design and development of advanced technology and information systems.
Qatar Sustainable Water and Energy Utilization Initiative
The Qatar Sustainable Water and Energy Utilization Initiative was established in 2009 as a center of scientific and technical excellence dedicated to support Qatar in addressing pressing water and energy problems.
The initiative builds upon the depth and breadth of the expertise available at Texas A&M at Qatar and be focused through ongoing discussions with appropriate governmental agencies and industries. Its mission is to bring together all relevant public and private stakeholders in Qatar to help make sustainable water and energy utilization a reality.
The initiative works toward developing the scientific and technical base required to achieve the sustainable utilization of water and energy resources in the State of Qatar. To ensure QWE's activities are supporting national needs, the project is advised by a board with key representatives from Qatari authorities including the Ministry of Environment, the Ministry of Municipal Affairs and Agriculture, the General Secretariat for Development Planning, Mesaieed Industrial City, Kahramaa and Qatar Petroleum.
The objectives of QWE are not merely technical. A prime motive is to support public awareness campaigns ranging from activities for school children to collaborations with the media. The proponents also will build up human resource capacity in Qatar through activities ranging from project-based training of engineering students to advanced training workshops in leading technologies and methods for practicing engineers. Such local capacity building will be a cornerstone for sustainable development and help support Qatar's National Vision 2030.
The aim is that the laboratory becomes the center of scientific and technical excellence dedicated to solving the urgent water and energy problems in Qatar.
QWE delivers technical solutions to the problems of national importance and provide the scientific and technological support for constructive policy decisions on water resources and usage.
The technical areas of QWE are diverse yet coordinated: environmental impact assessment of water and energy utilization, minimization of water consumption and discharge, maximization of industrial energy efficiency and reduction of Greenhouse Gas emissions, improved technologies for desalination, tailored water treatment systems for efficient water and wastewater management, hazardous waste management, systems design and optimization for maximum economic and environmental performance, efficient reuse and recycling strategies, zero liquid discharge systems, and effective integration of water and energy systems. The QWE laboratory makes use of state-of-the-art experimental and analytical techniques as well as advanced computer-aided technologies. The lab is equipped with a wide range of analytical equipment and world-class computational infrastructures.
The co-director of the initiative is chemical engineering professor Dr. Ahmed Abdel-Wahab.
Learn more about the center here.