The Master of Science in Gas and Process Engineering is a challenging and rewarding program study for a higher degree. The main aim of the Master’s degree program in Gas and Process Engineering is to prepare highly qualified engineers of gas and petroleum technological processes with profound knowledge of chemical engineering, petroleum production, gas processing, oil refining, and interdisciplinary subjects who would be able to apply research methods to the sustainable gas and Process development. Graduate from our program will be capable of taking a leading role in the design of processes and products, and the operation of different hydrocarbon and gas processing plants in Qatar and the region, through their transformation into diverse products for national, regional, and international consumption.
The program will offer a unique opportunity for students to progress and specialize in areas related to chemical engineering and gas processing from up to downstream operations. In addition, it will be a niche area of specialization that will help in satisfying the need for industry and research institutions in this area of specialty. This proposed graduate program aims to provide students with advanced academic education, technical training, and research experience. The curriculum and research will be centered on gas processing and related industries and in addressing the local challenge associated with their operation, management, and contributing to the development of relevant technology. A distinctive and unique feature of the program is the emphasis of research projects and thesis in areas marked as national needs such as gas processing systems engineering, solar energy induced reaction, catalysis, LNG, GTL and process simulation and optimization, corrosion, and flow assurance. Graduate students will be guided by faculty and work together to contribute to the advancement and dissemination of knowledge in these areas.
The Master‘s degree program in Gas and Process Engineering provides students with comprehensive education and engineering tools needed for the solution of future challenges, for putting forward proposals for the improvement of gas and petroleum technologies, and for work in an international environment. This wide range of applications include:
- Production of Liquefied Natural Gas (LNG) for different applications
- The use of natural gas as domestic and industrial fuel, through its transport by pipeline to and through the belt of the population centers and construction of an adequate network and distribution;
- The processing of natural gas (or other sources of hydrocarbons), through the Fischer-Tropsch synthesis and other similar processes, for the production of different liquid fuels (gas oil, gasoline, etc.) and many other chemicals, which can feed other Industries such as pharmaceuticals, cosmetics, toiletries and cleaning, fertilizers, pesticides, polymers, and plastics, etc.
The curriculum of Gas and Process Engineering Master program is designed to benefit both practicing engineers and those contemplating pursuing a research-oriented career.
Potential Careers:
Masters in Gas and Process Engineering can do research, technological, expert, advisory, and managerial work in gas technologies, oil refineries, oil fields, gas processing, petroleum and petroleum product terminals, scientific institutions, chemical processes, chemical laboratories, or continue in doctoral studies. On acquiring managerial and practical experience, they can work as executives in the petroleum business. The degree will enhance prospects for potential employment in Governmental bodies, national and international industries located in and outside Qatar as well as with service and utility providers among others. Also, potential employment opportunities exist with consulting companies and research institutions.
Program objectives
Graduates of the Gas and Process Engineering Master program will
- Act professionally and ethically in a modern work environment through effective communication and leadership, and responsible teamwork.
- Innovate and engage in lifelong learning in response to emerging technology, social developments, and contemporary issues.
- Conduct research and present results in scientific forums and contribute to the advancement of the scientific body of knowledge.
About the Curriculum and Coursework
Students enrolled in the program are required to complete a minimum of 30 credit hours of coursework and 6 credit hours of thesis. The typical duration of the program is four semesters (two years) and the maximum duration is eight semesters (four years). The Program is offered for both part- and full-time students.
Degree Requirements:
A minimum of 30 credit hours is required to complete a Master of Science in Gas and Process Engineering including:
- Two courses of Required College Core Courses: Research Methodology (3CH) and Graduate Seminar (0CH)
- Four courses of Required Major Core Courses (12 CH)
- Three courses from the basket of technical electives (9CH for the thesis option and four courses for project option (12 CH))
- A minimum of 6 credit hours for the Thesis option or 3 credit hours as a project option
Research Interests/Emphasis
Focus areas in Gas and Process Engineering Include upstream oil and gas processing (e.g. Oil/Gas separation, flaring reduction/elimination, Hydrate prediction and prevention, MEG/Corrosion Inhibitor Injection Glycol dehydration, gas processing (e.g. Slugcatcher specification, Hydrate prediction, and prevention, Dehydration: MEG injection, silica gel, zeolite adsorption, Amine absorption, Dew point control unit, Mercury removal unit, Flow metering, and Condensate stabilization) as well as NG processing and LNG application.
Facilities:
The program mainly uses the facilities in the department of chemical engineering and at the Gas Processing Center.
To read more about the Master of Science in Engineering Management graduate program:
Please visit the program website.