The Bachelor of Science (BSc) in Pharmaceutical and Industrial Chemistry (PINC) is a four-year, multidisciplinary program that integrates principles of chemistry, pharmacology, and industrial processes. The curriculum offers a comprehensive education in the fundamentals of chemistry, in addition to extensive practical training (chemistry labs and industrial companies) to ensure graduates are well-grounded in theory and proficient in application. The program additionally covers essential topics in pharmaceutical sciences, such as pharmaceutical chemistry, pharmaceuticals, molecular drug action, and medicinal pharmacology. Other courses include industrial chemical technologies, environmental chemistry, organic chemical technology, industrial chemistry, polymer technology, food analysis, water and soil analysis, and material toxicity. The program also includes practical training in chemical and pharmaceutical industries or in relevant centers and laboratories. Moreover, the program focuses on developing graduates’ soft skills (personal development, leadership, communication, entrepreneurship, etc.) to deliver high-quality competitive graduates to the labor market.
Possible Fields of Work (Career Opportunities)
This program was developed as a more disciplinary approach, in which graduates can have work opportunities in various domains in the pharmaceutical, biopharmaceutical, biomedical, and chemical sectors. Since the program includes 90 hours of practical training, it facilitates the involvement of graduates in the labor market or in higher graduate programs.
- Manufacturing and marketing of chemical companies: including production or as lab technicians in chemistry laboratories as well as in research and development departments.
- Food processing companies include production and laboratory technicians in chemistry laboratories. The food industry includes a wide range of products such as drinks and bread, prepared foods, baby food, and special pet food products.
- Plastic and coating production companies include product development and the development of applied technology or as lab technicians in chemical laboratories. These companies produce a variety of products, including paints, solvents, plastics, resins, adhesives, rubber, and other polymers.
- Production of personal, baby, and household care items: including research and development or as laboratory technicians in a chemical The products of these companies include childcare items, paper towels, fabrics, special products for soap industries, shampoos, cosmetics, soaps, and detergents.
- Petroleum industry companies: These include research and development or lab technicians in chemical laboratories. These companies work in the fields of hydrocarbon, oil, and lubricant manufacturing; fabrics; fiber and fuel additives; catalysts; and petroleum products.
- Forensic laboratories: These include lab technicians, analyze samples taken from crime scenes or analyze samples for the presence of drugs.
- Environmental laboratories (private and governmental): analysis of chemicals in air, water, soil, pollution, etc..
- Careers in Education: chemists can work as teachers or lab technicians in chemistry laboratories in high, middle, and industrial schools.
- Completion of graduate studies (Master’s and Ph.D.) in chemistry, pharmaceutical chemistry, or relevant fields.
- Monitoring and Quality inspection in different sectors of local factories.
- Employment in relevant ministries and government departments, such as industry, agriculture, water, environment, energy, health, quality assurance, and standards.
- Involving in applied and developmental research, especially at research institutions.
Program Learning Outcomes (PLOs)
Upon successful completion of the program, the student will be able to:
Knowledge and Understanding
- Define current chemical and scientific theories including those in Pharmaceutical, Analytical, Inorganic, Organic and Physical and Industrial Chemistry.
- Describe and explain the relationship of structure, physical properties, ionization, and solubility on the activity of drugs and debate the main principles of drug metabolism.
- Understand the central role of chemistry in our society and the safe handling of chemicals, environmental sustainability issues and key issues facing our society in energy, health, and medicine.
Skills and Abilities
- Employ the Scientific method, Design and carry out scientific experiments.
- Demonstrate proficiency in undertaking individual and/or team-based laboratory investigations using appropriate apparatus and safe laboratory practices.
- Conduct Research related to local industry and interpret the results of scientific work and effectively communicate these results in oral, written, and electronic formats to both scientists and the public.
Attitudes
- Demonstrate understanding of quality control and safety measures in chemistry labs by applying these principles.
- Contribute effectively to the achievement of group goals, objectives, shared vision and ethical practices in issues facing chemists.
