Course Overview: The Bachelor of Science in Applied Chemistry is an in-depth program that blends the foundational principles of chemistry with practical applications in various industries. This program is tailored for students seeking to apply chemical knowledge in fields such as pharmaceuticals, environmental science, materials science, and biotechnology. The course emphasizes hands-on laboratory work, real-world problem-solving, and interdisciplinary collaboration.

Program Objectives:

1. Provide a solid foundation in the fundamental principles of chemistry.
2. Equip students with the skills to apply chemical knowledge in practical, real-world settings.
3. Foster critical thinking, research skills, and innovation in addressing contemporary challenges using chemistry.
4. Promote interdisciplinary collaboration and communication skills.

Course Structure: The program spans over six years, divided into twelve semesters, integrating both theoretical and practical learning.

Years 1-2: Introductory Chemistry, Organic Chemistry, Physical Chemistry, Analytical Chemistry, Mathematics for Chemists.

Years 3-4: Advanced Organic Synthesis, Instrumental Analysis, Environmental Chemistry, Materials Science, Biochemistry.

Years 5-6: Industrial Chemistry, Medicinal Chemistry, Polymer Science, Nanotechnology in Chemistry, Capstone Project in Applied Chemistry.

Years 1-2:

1. Introductory Chemistry Exam
   • Basic principles of chemistry
   • Atomic structure, bonding, and chemical reactions
2. Organic Chemistry Exam
   • Structure and properties of organic molecules
   • Organic reactions and mechanisms
3. Physical Chemistry Exam
   • Thermodynamics, kinetics, and quantum mechanics
   • Chemical equilibrium and phase transitions
4. Analytical Chemistry Exam
   • Techniques for qualitative and quantitative analysis
   • Instrumental methods and data interpretation
5. Mathematics for Chemists Exam
   • Mathematical methods used in chemistry
   • Calculus, differential equations, and statistical methods

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Years 3-4:

6. Advanced Organic Synthesis Exam
   • Complex organic reactions
   • Synthetic strategies and methodologies
7. Instrumental Analysis Exam
   • Advanced instrumental techniques
   • Spectroscopy, chromatography, and mass spectrometry
8. Environmental Chemistry Exam
   • Chemical processes in the environment
   • Pollution, sustainability, and green chemistry
9. Materials Science Exam
   • Properties and applications of materials
   • Ceramics, metals, and polymers
10. Biochemistry Exam

• Chemical processes in living organisms
• Enzyme kinetics, metabolism, and molecular biology

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Years 5-6:

11. Industrial Chemistry Exam
    • Chemical processes in industries
    • Scale-up, safety, and quality control
12. Medicinal Chemistry Exam
    • Design and action of pharmaceutical compounds
    • Drug synthesis and mechanism of action
13. Polymer Science Exam
    • Synthesis and properties of polymers
    • Polymer processing and applications
14. Nanotechnology in Chemistry Exam
    • Principles and applications of nanotechnology
    • Nanomaterials and their properties
15. Capstone Project Presentation
    • Comprehensive research or field project in applied chemistry
    • Addressing a current challenge or innovation in the field of applied chemistry

1. High school diploma or equivalent with strong performance in chemistry, mathematics, and physics.
2. Letters of recommendation, preferably from science educators.
3. A personal statement detailing the applicant’s interest in applied chemistry and any relevant experiences.
4. An interview may be conducted to assess the applicant’s understanding and passion for the field.