Dr. ABLA SALMAN ATIAH AL-ZAGAMEEM
Department of Chemistry & Chemical Technology
The Department of Chemistry and Chemical Technology was established at the beginning of the 2005/2006 academic year, concurrent with the founding of Tafila Technical University, in response to the accelerating scientific and technological advancements and with the aim of preparing highly qualified scientific cadres capable of contributing to comprehensive development across various sectors.
Since its establishment, the Department has offered undergraduate programs in Chemistry and Chemical Technology. Notably, the Chemical Technology program is a distinctive specialization unique to Tafila Technical University, designed to supply both public and private sectors with well-qualified professionals capable of working as researchers, educators, and technical specialists, as well as to prepare graduates for advanced postgraduate studies.
The Department is committed to delivering high-quality educational and research programs that enhance students’ theoretical and experimental knowledge. It adopts modern teaching methodologies that promote critical thinking, creativity, and the attainment of advanced levels of academic and professional competence.
The Department awards Bachelor’s degrees in Chemistry and Chemical Technology, as well as a Master’s degree (thesis track) in Chemical Technology. It comprises 21 faculty members supported by a qualified team of laboratory supervisors and technicians. Continuous efforts are made to expand and develop the academic staff in order to enhance both teaching and research performance and to accommodate the steadily increasing number of students.
The Department is equipped with five modern teaching laboratories, each accommodating approximately 20 students. These include the Organic Chemistry Laboratory, Inorganic Chemistry Laboratory, Instrumental Analysis Laboratory, Physical Chemistry Laboratory, and Analytical Chemistry Laboratory, all of which provide an effective hands-on learning environment.
Graduates of the Department have successfully contributed to the local and regional labor markets, demonstrating excellence in diverse fields such as chemical industries, laboratory analysis, pharmaceutical companies, plastics manufacturing, laboratory equipment, chemical supply sectors, as well as in university and secondary education.
The Department continues to pursue the advancement of its educational processes in accordance with the latest international standards, in alignment with the University’s vision and mission. It places strong emphasis on supporting scientific research and fostering collaboration with universities and research centers at both the national and international levels, thereby enhancing its academic and research performance and fulfilling its strategic objectives.
Vision
The Department of Chemistry and Chemical Technology aspires to achieve regional and global excellence in education, scientific research, and industry, in a manner that responds to contemporary demands and serves the needs of the community.
Mission
- To prepare distinguished scientific graduates equipped with advanced practical and applied skills, capable of advancing scientific research, addressing scientific and industrial challenges, and providing consultancy services to both public and private sectors.
- To graduate competent professionals capable of innovation and competitiveness in the labor market, contributing to the development of the national economy across various industrial sectors.
- To strengthen collaboration between the Department’s graduates and the local community in support of sustainable development.
Objectives
- To produce qualified national cadres capable of meeting the needs of the education, laboratory, and industrial sectors.
- To contribute to the dissemination of scientific knowledge through conferences and scientific seminars.
- To promote scientific culture and critical thinking through authorship and publication.
- To develop innovative researchers capable of keeping pace with scientific and technological advancements.
Values
- Promoting innovation, creativity, and knowledge dissemination through highly skilled competencies.
- Upholding academic and professional ethics and enhancing communication skills.
- Fostering a sense of national belonging while respecting and promoting Arab and Islamic values.
- Commitment to principles of integrity, fairness, tolerance, respect, and social responsibility.
- Adherence to quality standards and excellence in performance.
- Respect for diversity and openness to differing perspectives.
Department Majors

Bachelor Degree
Program Overview
The Bachelor’s Degree in Chemical Technology focuses on the practical application of chemical principles in industrial and production settings. It emphasizes the transformation of raw materials into value-added products through modern technologies and advanced industrial processes. The program aims to prepare qualified graduates equipped with both scientific knowledge and practical skills in designing, operating, and optimizing chemical processes to meet industrial needs and contribute to economic development.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
- Apply chemical and engineering principles to a wide range of industrial processes.
- Operate, monitor, and optimize production processes in chemical industries.
- Utilize modern instruments and techniques for analysis and quality control.
- Design basic chemical processes and evaluate their economic and environmental efficiency.
- Identify and solve industrial problems using innovative approaches.
- Adhere to occupational safety and environmental standards in industrial settings.
- Prepare technical reports and work effectively within multidisciplinary teams.
Study Plan (Summary)
The study plan includes the following components:
- Basic Requirements: Mathematics, Physics, Fundamentals of Chemistry, and Computer Skills.
- Major Requirements: Industrial Chemistry, Chemical Processes, Heat and Mass Transfer, Thermodynamics, Polymer Technology, Petrochemical Technology, Process Control, and Chemical Reactor Engineering.
- Practical Components: Specialized laboratories in chemical processes and industrial applications, with hands-on training on industrial equipment.
- Supporting Courses: Industrial Safety, Quality Management, and Engineering Management.
- Internship and Graduation Project: Field training in industrial plants and companies, along with an applied graduation project related to chemical industries.
Career Opportunities
Graduates of this program may pursue careers in:
- Chemical and petrochemical industries.
- Pharmaceutical and cosmetics companies.
- Plastics, paints, and fertilizer manufacturing plants.
- Oil, gas, and energy sectors.
- Industrial quality control and analytical laboratories.
- Food production and processing industries.
- Industrial research and development centers.
- Governmental institutions related to industry and environmental regulation.

Master Degree
Program Overview
The Master’s Degree in Chemical Technology is designed to advance knowledge in applied chemistry and industrial processes, with a strong emphasis on scientific research and technological development in the chemical industries. The program aims to prepare highly qualified specialists capable of innovation, conducting advanced applied research, and improving industrial processes to achieve efficiency and sustainability while meeting the needs of industrial and research sectors.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
- Analyze and evaluate industrial chemical processes using advanced scientific methodologies.
- Design and optimize chemical processes and technologies in accordance with quality and efficiency standards.
- Conduct advanced applied research in various fields of chemical technology.
- Utilize modern techniques and advanced instrumentation for analysis and industrial development.
- Solve complex industrial problems using innovative and sustainable approaches.
- Prepare and publish scientific research in peer-reviewed journals and participate in scientific conferences.
- Adhere to research ethics and professional standards.
Study Plan (Summary)
The study plan includes the following components:
- Core Courses: Advanced Process Technology, Applied Thermodynamics, Advanced Analytical Techniques, and Advanced Chemical Reactor Engineering.
- Elective Courses: Advanced Polymer Technology, Petrochemical Technology, Water and Environmental Treatment, and Process Modeling and Simulation.
- Supporting Courses: Research Methodology, Applied Statistics, and Research Ethics.
- Thesis: Conducting original research in a specialized area of chemical technology under academic supervision.
Career Opportunities
Graduates of this program may pursue careers in:
- Scientific research and industrial R&D centers.
- Advanced chemical and petrochemical industries.
- Pharmaceutical and biotechnology companies.
- Industrial and environmental consulting firms.
- Universities and academic institutions.
- Governmental and regulatory bodies related to industry and environmental sectors.

Bachelor Degree
Program Overview
The Bachelor’s Degree in Chemistry focuses on the study of the composition, properties, and transformations of matter, with emphasis on understanding chemical reactions and their applications in various fields. The program aims to provide students with solid theoretical foundations and advanced practical skills in analysis and experimentation, enabling them to contribute to the development of chemical, pharmaceutical, and environmental industries, as well as to support scientific research and community service.
Key Learning Outcomes
Upon completion of the program, graduates will be able to:
- Demonstrate a solid understanding of the fundamental principles of chemistry, including organic, inorganic, physical, and analytical chemistry.
- Conduct chemical experiments accurately while adhering to laboratory safety standards.
- Analyze and interpret chemical data using modern scientific methods.
- Utilize laboratory instruments and advanced analytical techniques effectively.
- Apply chemical knowledge to solve industrial and environmental problems.
- Prepare scientific reports and research papers in accordance with academic standards.
- Work effectively in teams while adhering to professional and research ethics.
Study Plan (Summary)
The study plan includes the following components:
- Basic Requirements: Mathematics, General Physics, Computer Skills, and Communication Skills.
- Major Requirements: General Chemistry, Organic Chemistry, Inorganic Chemistry, Physical Chemistry, Analytical Chemistry, Biochemistry, and Instrumental Analysis.
- Practical Components: Specialized laboratory courses in various branches of chemistry, with hands-on training on modern instruments and techniques.
- Supporting Courses: Occupational Safety, Laboratory Quality Management, and Research Skills.
- Graduation Project: An applied research project addressing a scientific or industrial problem using a structured scientific approach.
Career Opportunities
Graduates of the program may pursue careers in:
- Chemical and analytical laboratories.
- Pharmaceutical, food, and petrochemical industries.
- Chemical manufacturing companies (e.g., plastics, paints, and related materials).
- Environmental monitoring and quality control laboratories.
- Research and development centers.
- Education sector (schools and universities).
- Governmental and regulatory institutions related to environment and public health.


