Master of Science (M.S.) in Chemical Engineering
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Obtaining my undergraduate and master’s degrees from Texas A&M University at Qatar was just the start of my Aggie years! I have built a career that I am proud of and relationships that will last forever!
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Good teaching and good experimental capabilities for work.
← | →
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Great courses. Instructors were great and were very knowledgeable. There is a great focus from the instructors on performing research and trying to publish. If you would like to see what academia looks like in a tight-knit community, I would recommend you to complete the MS in Chemical Engineering from TAMUQ.
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Master
In Doha (Qatar)
Specialise in Chemical Engineering and become a professional Engineer!
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Type
Master
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Location
Doha (Qatar)
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Duration
2 Years
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Start date
August
Would you like to enhance your knowledge of Chemical Engineering? With this new Master of Science you can!
Recently added to Emagister catalogue and organised by the Texas A&M University at Qatar, this course is designed to develop a new understanding of Chemical Engineering through research and creativity.
The Master of Science curriculum educates exemplary engineers and develops world-class leaders. Are you ready to become one of them? Visit emagister.co.uk and discover how!
Facilities
Location
Start date
Start date
About this course
Educate exemplary engineers and develop world-class leaders through internationally recognized graduate degree programs.
Generate new knowledge and intellectual capital through innovative research and collaborative partnerships that yield sustainable impact.
Advance the development goals of the State of Qatar and the region through expertise and engagement that expand human capital.
Students with Engineering degree.
How to apply:
1. Complete your application online
2. Submit your required documents upon receiving your login and password
3. Report your GRE scores
4. The department requires a satisfactory GRE-V score. If the applicant cannot meet the GRE requirement, we accept TOEFL. The minimum internet-based testing (iBT) score fore TOEFL is 80, with at least 20 in the (i) speaking and (ii) listening setions of the exam.
Students with Bachelor's Engineering Degree
Graduate admission decisions are made by each of the individual Graduate Departments and are competitive; thus, you should contact the specific department or program prior to applying to discuss your intent to apply. The decision to admit an applicant to a program of study leading to a graduate degree is the shared responsibility of an academic department, an intercollegiate faculty (where applicable) and/or a college.
Students are admitted each fall and spring semesters. Admissions information, including application deadlines and how to apply, can be found online. Once you complete the admission application, you will be sent a login and password to provide transcripts from all previous institutions, GRE scores, a current CV, statement of purpose, three references for recommendation to the program, and verification that you meet the English proficiency requirements. The initial review process will be based on information you upload to our site; however, admission is contingent on verification by our office of all test scores and official transcripts
Admissions decisions are made on a competitive basis that take into account several aspects of a student’s portfolio so there are no minimum requirements in any category. Average GRE quantitative scores are 158 and average GPA is 3.6 on a 4.0 scale.
Regrettably the program does not have the resources to offer pre-screening of applications. It is recommended that you contact the advising staff at your own undergraduate institution for an evaluation of your current record and suggestions regarding where to apply for graduate school. Your undergraduate record, performance on the GRE, any undergraduate research experience, letters of recommendation, and your personal statement are all considered in our decision regarding admission.
Applicants are highly encouraged to meet the admissions deadline to ensure a decision for the semester in they apply. Applications and documents submitted after the deadline will not be considered
Full-time students (typically 9 or more credit hours per semester) should expect to graduate in 1.5 to 2 years. Part-time students (typically less than 9 credit hours per semester) completion time will depend on enrollment hours per semester.
There is no application for assistantship or fellowship. Both types of support are offered on a merit and competitive basis and are offered to incoming and current students by the program’s graduate committee. It is suggested that anyone interested in assistantship directly contact the faculty that share the same research interest and determine the likelihood of availability at the time of admission. Please visit the program website for information about research efforts.
The program has accepted students without undergraduate degrees in chemical engineering. However, receiving a positive decision can be more difficult, as this program builds on the undergraduate education of a chemical engineer. Like with all applicants, the decision depends on courses that you have taken as an undergraduate student, your level of preparation, and any industry experience in the chemical engineering field you may possess.
Students are highly encouraged to contact faculty members and learn about their research areas. In addition, new students should become familiar with research activities in the Chemical Engineering Program by attending a series of seminars given by the faculty during the first fall semester. All students selecting research advisors are required to attend all seminars, even if they already have a preferred research area. Students then consult with the graduate advisor and the faculty to choose a research advisor and other committee members.
Applicants are not granted a visa until admitted to the program. Once admitted, the Office of Graduate Studies will work with student services to obtain a visa prior to your arrival.
Reviews
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Obtaining my undergraduate and master’s degrees from Texas A&M University at Qatar was just the start of my Aggie years! I have built a career that I am proud of and relationships that will last forever!
← | →
-
Good teaching and good experimental capabilities for work.
← | →
-
Great courses. Instructors were great and were very knowledgeable. There is a great focus from the instructors on performing research and trying to publish. If you would like to see what academia looks like in a tight-knit community, I would recommend you to complete the MS in Chemical Engineering from TAMUQ.
← | →
Course rating
Recommended
Centre rating
Riad Hassiba
Shaik Afzal
Omar Al-Ani
Subjects
- Science
- Technology
- Research
- Problem-solving
- Logic
- Logic-based Approach
- Gas
- Environment
- Environmental Impact
- Environmental Science
- Environmental Awareness
- Environmental Conservation
- Environmental Sustainability
- Environmental Engineering
- Water treatment
- Biology
- Biology Science
- Chemistry Research
- Health and Safety
- Process Engineering
Teachers and trainers (1)
Faculty and Staff
Teaching
Course programme
MS Graduate Degree Plan
Type
Core CHEN Courses 13 credits
Electives (mas 9), with minimum 3 hrs of Non-CHEN Electives(S) 9 credits
Seminar (CHEN 681) 2 Credits
Research (CHEN 691) 8 credits
Total of 32
Fall Semester
- CHEN 601 Chem. Eng. Lab. Safety & Health 1 Credit
- CHEN 604 Chem. Eng. Process Analysis 3 Credits
- CHEN 629 Trasport Phenomena 3 Credits
- CHEN 681 Seminar 1 Credit
- Chem. Eng. Kinetics & React Design 3 Credits
- Fund. Appl. Of Thermodynamics 3 Credits
- Seminar 1 Credits
Fall Semester
- Elective 3 Credits
- Elective 3 Credits
- Research 4 Credits
- Engineering Economics (non-Chen Elective)
Spring Semester
- Elective 3 Credits
- Research 4 Credits
Master of Science (M.S.) in Chemical Engineering