Program Overview

Master of Science in Chemistry Program

The Master of Science in Chemistry program is designed to provide graduates with advanced scientific research skills, comprehensive theoretical and practical knowledge in chemistry, and competence in the application of modern techniques. The curriculum focuses on developing critical thinking, problem-solving, and innovative abilities, as well as fostering ethical integrity and effective teamwork.

Program Overview

The program aims to provide students with a comprehensive critical understanding of specialized chemical theories and the advanced principles and techniques underlying modern applications in the field of chemistry. Graduates are proficient in research methodologies, data analysis, scientific communication, and the use of advanced technological tools and ICT related to the chemical sciences.

Eligible Applicants

• Male and female students
• Bachelor of Science in Chemistry
• Admission from outside the major: Bachelor of Education Chemistry, Bachelor of Pharmacy, Bachelor of Chemical Engineering

Program Details

• Method of study: Courses and Thesis
• Degree: Master
• School level: Postgraduate studies
• Place of study: College Headquarters (Buraydah, Qassim Region)
• Required specialization: Bachelor of Science in Chemistry
• Years of study: Two years
• Number of Credit Hours: 32
• Credits required for graduation: 32
• STEP test: 52
• Tuition fees: 40,000
• Required GPA: 2.75 (out of 5) or 1.75 (out of 4) or 70 (out of 100)

Preference Mechanism for Admission

• GPA: 50%
• Undergraduate Aptitude Test: 50%
• Differentiation test: None

Educational Goals

1. Provide students with a comprehensive critical understanding of specialized chemical theories and the advanced principles and techniques underlying modern applications in the field of chemistry.
2. Develop students' ability to consistently apply and appropriately use advanced theories, principles, and techniques in specialized chemistry to design creative solutions to issues related to chemistry and chemical research.
3. Provide students with advanced technological and ICT skills, tools, and techniques to process and analyze data and information in complex and advanced chemical contexts.
4. Develop students' ability to plan and manage research activities as individuals or as team members, and to exercise high levels of responsibility and integrity in academic ethics.
5. Deliver high-level chemical research that enhances the research capabilities of students, meets the research priorities of the institution, and meets the needs of society and the current labor market.

Learning Outcomes

1. 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. 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. Consistently apply specialized theories, principles, and concepts to solve issues in complex and advanced chemical contexts and make critical and informed assessments to provide creative solutions.
4. Use relevant processes, techniques, tools, materials, and procedures appropriately to carry out complex and advanced activities in specialized chemical contexts.
5. Plan and carry out a substantial piece of scientific research, e.g., a thesis and/or research article that applies specialized practical and/or theoretical knowledge and research techniques, and produces sound conclusions relevant to a specialized area of chemistry.
6. Effectively process and analyze data and information in complex and advanced chemical contexts using appropriate technological and ICT tools.
7. Clearly communicate their findings through various means such as written reports, oral presentations, and a project report and/or thesis defense.
8. Take initiative in planning and managing specialized activities and projects in specialized chemical contexts and independently acquire additional relevant knowledge and skills to deal with issues, whenever necessary.
9. Collaborate and participate in research activities and projects, and exercise high responsibility and integrity of academic ethics.

Career Opportunities

Graduates of the Master of Science in Chemistry program can target a wide range of fields in the job market, including:

• Research and Development (R&D)
• Quality control and assurance
• Analytical services
• Process development and optimization
• Scientific communication and technical support
• Education

Program Structure

• Compulsory courses:
  • Advanced Inorganic Chemistry
  • Advanced Physical Chemistry
  • Advanced Environmental Chemistry and its Applications
  • Advanced Analytical Chemistry
  • Advanced Organic Chemistry
  • Research Skills
  • Advanced Spectroscopy of Organic Compounds
  • Mission Statement
• Optional courses:
  • Bioactive Ring Heterocyclic Compounds and their Applications
  • Chemistry of Inorganic and Hybrid Nanomaterials
  • Advanced Quantum Chemistry and its Applications
  • Molecular Modeling
  • Advanced Molecular Spectroscopy
  • Advanced Bio-organic Chemistry
  • Advanced Polymer Chemistry
  • Electrochemical Analysis Methods
  • Advanced Chromatography
  • Advanced Solid State Chemistry and Crystal Diagnostics
  • Spectroscopy Methods
  • Inorganic Compound Characterization Techniques
  • Chemistry of Transition and Organometallic Elements
  • Applied Inorganic Chemistry
  • Biological Inorganic Chemistry
  • Chemistry of Colloids and Microemulsions
  • Environmental Applications of Ion Exchangers
  • Applied Photochemistry
  • Design and Construction of Organic Compounds
  • Applied Organic Chemistry
  • Advanced Physical Organic Chemistry
  • Industrial Product Analysis and Quality Control
  • Advanced Technologies and Nanotechnology
  • Chemistry of Environmental Pollutants and Remediation Methods
  • Pharmaceutical and Medical Analysis

Program Details Summary

• Program name: Master of Science in Chemistry
• Track name: Science in Chemistry - Thesis track
• Symbol: MCHEMR
• Issue number: 451
• Total hours: 32
• Compulsory: 20
• Optional: 12