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Master of Science in Chemistry
Overview
The Master of Science in Chemistry program aims to equip graduates with advanced scientific research skills, comprehensive theoretical and practical knowledge in chemistry, and proficiency in applying modern technologies. The curriculum focuses on developing critical thinking, problem-solving, and innovative abilities, as well as fostering ethical integrity and effective teamwork. This enables graduates to be adept in research methodologies, data analysis, scientific communication (oral and written), and the use of advanced technological tools and information and communication technologies relevant to the chemical sciences. Graduates will be well-prepared for a variety of roles in the job market. These areas include research and development (R&D) in the pharmaceutical, chemical, and biotechnology industries, as well as academic research through doctoral studies or postdoctoral positions. Graduates can also pursue career paths in quality control and assurance across various manufacturing sectors, and in analytical services, which encompass environmental monitoring, forensic science, and clinical laboratories (with additional specialized training). Opportunities also exist in process development and optimization in industrial settings, scientific communication roles, technical support, and education. The program's strong emphasis on research, critical thinking, and advanced analytical skills ensures that its graduates are highly qualified for positions requiring a deep understanding of chemical principles and their diverse applications.
Eligible Applicants
Male and female students
Method of study
Courses and Thesis
Degree
Master
School level
Postgraduate studies
Place of study (Male Students)
College Headquarters (Buraydah, Qassim Region)
Place of study (female students)
College Headquarters (Buraydah, Qassim Region) (Female Section)
Required specialization
Bachelor of Science in Chemistry
Admission from outside the major
Bachelor of Education Chemistry, Bachelor of Pharmacy, Bachelor of Chemical Engineering
Years of study
Two years
Study period
None
Number of Credit Hours
32
Credits required for graduation
32
STEP test
52
Other conditions
None
Tuition fees
40,000
Required GPA
of at least 5
2.75
of at least 4
1.75
of at least 100
70
Preference Mechanism for Admission
GPA
50%
Undergraduate Aptitude Test
50%
Differentiation test
None
Learning Objectives
To provide students with a comprehensive critical understanding of specialized chemical theories, advanced principles, and techniques that underpin modern chemistry applications.
2- Develop students' ability to continuously apply and appropriately use advanced theories, principles, and techniques in the specialized field of chemistry to design creative solutions to problems related to chemistry and chemical research.
3. Provide students with advanced technological skills, tools, and techniques in information and communication technology (ICT) to process and analyze data and information in complex and advanced chemical contexts, and empower them to clearly communicate their findings through various means.
4- Develop students' ability to plan and manage research activities as individuals or team members, and practice high levels of responsibility and integrity in academic ethics.
5. Presenting high-level chemical research that enhances students' research capabilities, meets the institution's research priorities, and addresses current community and labor market needs.
Learning outcomes
1- Upon successful completion of the program, students are able to recall and describe specialized concepts, principles, and theories in the major areas of chemistry and their current application in relevant specialized areas of academic or professional practice.
2- Upon successful completion of the program, students are able to identify and characterize specialized processes, materials, techniques, technologies, practices, conventions, terminology, and specialized research and investigation techniques that will be used in specialized chemical contexts.
3- Upon successful completion of the program, students will be able to consistently apply specialized theories, principles, and concepts to solve problems in complex and advanced chemical contexts, and conduct critical and informed evaluations to provide creative solutions.
4- Upon successful completion of the program, students are able to use relevant processes, techniques, tools, materials, and procedures appropriately to carry out complex and advanced activities in specialized chemical contexts.
5- Upon successful completion of the program, students will be able to plan and execute a substantial piece of scientific research, e.g. a dissertation and/or a research paper applying specialist practical and/or theoretical knowledge and research methodologies, producing sound conclusions relevant to an area of specialization within the field of Chemistry.
6- Upon successful completion of the program, students are able to effectively process and analyze data and information in complex and advanced chemical contexts using appropriate technological and ICT tools.
- Upon successful completion of the program, students will be able to clearly communicate their findings through various means such as written reports, oral presentations, and project report/thesis discussions.
8- Upon successful completion of the program, students will be able to take initiative in planning and managing specialized activities and projects in specific chemical contexts and independently acquire additional relevant knowledge and skills to address problems whenever necessary.
9- Upon successful completion of the program, students are able to collaborate and participate in research activities and projects, and exercise high responsibility and integrity of academic ethics.
Tracks
None
Job opportunities
Graduates of the Master of Chemistry program can target a wide range of fields in the job market, including but not limited to:
Research and Development (R&D):
1- Pharmaceutical industry: Drug discovery, formulation, quality control, and process development.
2- Chemical industry: Development of new materials, polymers, catalysts, and specialty chemicals.
3- Biotechnology: Research in areas such as biomaterials, diagnostics, and bioproducts.
4- Academic research: Pursuing doctoral studies, postdoctoral research, or working as research associates at universities and research institutions.
Quality control and assurance:
1- Manufacturing: Ensuring product quality and adherence to standards in various industries (e.g. food and beverages, cosmetics, consumer goods).
2- Analytical laboratories: Perform chemical analyses and tests.
Analytical services:
1- Environmental monitoring: Analyzing pollutants in air, water, and soil.
2- Forensic Science: Chemical analysis in crime laboratories.
3- Clinical laboratories: Analysis of biological samples for diagnostic purposes (with additional specialized training).
Process development and optimization:
1- Industrial settings: Optimize existing chemical processes to increase efficiency, safety, and cost-effectiveness.
Scientific communication and technical support:
1- Technical writing: preparing scientific reports, manuals, and publications.
2- Consulting: Providing specialized advice on chemical processes and materials.
Education:
1- Teaching in higher education institutions (such as colleges and universities) or vocational training centers, depending on additional qualifications and institutional requirements.
None