Programme Mode
Full-Time
Duration
B.Sc. Industrial Chemistry
Overview
The B.Sc. Industrial Chemistry programme at FUADSI is designed to provide students with a strong foundation in chemical principles and their applications in industrial processes. The curriculum integrates theoretical knowledge with practical training in chemical manufacturing, materials science, and environmental sustainability, preparing graduates for careers in chemical industries and research.
Programme Objectives
- Build a solid understanding of physical, organic, and inorganic chemistry.
- Develop skills in industrial chemical processes, quality control, and safety standards.
- Foster innovation in chemical product development and environmental management.
- Prepare students for advanced studies, research, and professional practice in industrial chemistry.
Career Opportunities
Graduates can pursue careers as:
- Industrial Chemists
- Process Engineers
- Quality Control Analysts
- Environmental Consultants
- Research Scientists
- Chemical Product Developers
Key Features
- Hands-on laboratory training in industrial chemical processes.
- Access to modern analytical instruments and pilot plants.
- Industry internships and collaborative projects.
- Opportunities for certifications and international exchange programs.
Admission Requirements
For detailed information on the general admission requirements, application guidelines, deadlines, and required documents, please visit the Admissions page.
How to Apply
To apply, visit the Undergraduate Admissions Portal.
| Year | Semester | Core Subjects | Description |
|---|---|---|---|
| Year 1 – Foundations | Semester 1 | General Chemistry I Calculus I Physics for Chemists I Communication Skills Computer Applications |
Basic chemical principles, introductory physics, and essential math and computing skills. |
| Semester 2 | General Chemistry II Calculus II Physics for Chemists II Organic Chemistry I Introductory Statistics |
Advanced general chemistry, organic chemistry basics, and statistical foundations. | |
| Year 2 – Intermediate | Semester 3 | Physical Chemistry I Organic Chemistry II Analytical Chemistry I Industrial Safety & Environmental Management Laboratory Techniques |
Thermodynamics, organic synthesis, analytical methods, and safety protocols. |
| Semester 4 | Physical Chemistry II Inorganic Chemistry I Analytical Chemistry II Chemical Process Principles Numerical Methods |
Advanced physical chemistry, inorganic structures, and process fundamentals. | |
| Year 3 – Advanced Core | Semester 5 | Industrial Chemical Processes I Polymer Chemistry Instrumental Analysis Chemical Engineering Principles Elective (Environmental Chemistry / Biochemistry) |
Industrial-scale chemical processes, polymer science, and analytical instrumentation. |
| Semester 6 | Industrial Chemical Processes II Chemical Reaction Engineering Quality Control & Assurance Elective (Petrochemical Technology / Green Chemistry) Seminar Presentation |
Advanced industrial processes, reaction engineering, and quality management. | |
| Year 4 – Specialization & Research | Semester 7 | Advanced Topics in Industrial Chemistry Process Design & Simulation Project Proposal & Seminar Elective (Nanotechnology / Materials Science) |
Specialized industrial chemistry topics and process simulation techniques. |
| Semester 8 | Final Year Project / Dissertation Professional Ethics & Entrepreneurship Elective (Food Chemistry / Pharmaceutical Chemistry) Internship / Industry-Based Learning |
Capstone research project, professional development, and industry exposure. |
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