Programme Mode
Full-Time
Duration
B.Sc. Metereology
Overview
The B.Sc. Meteorology programme at FUADSI equips students with the knowledge and skills to analyze atmospheric processes, predict weather patterns, and study climate variability. The curriculum combines theoretical foundations with practical applications, preparing graduates for careers in weather forecasting, climate research, and environmental management.
Programme Objectives
- Provide a strong foundation in atmospheric physics, dynamics, and thermodynamics.
- Develop skills in weather observation, data analysis, and forecasting techniques.
- Foster understanding of climate systems and environmental impacts.
- Prepare students for advanced studies, research, and professional roles in meteorology and related fields.
Career Opportunities
Graduates can pursue careers as:
- Meteorologists
- Climate Scientists
- Environmental Consultants
- Aviation Weather Specialists
- Hydrologists
- Research Scientists
- Disaster Risk Analysts
Key Features
- Hands-on training in weather observation and forecasting.
- Access to meteorological instruments and simulation software.
- Fieldwork and industry internships.
- Opportunities for international collaboration and certifications.
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 Physics I (Mechanics & Thermodynamics) Calculus I Introduction to Meteorology Chemistry for Atmospheric Sciences Computer Programming Basics |
Basic physics and chemistry concepts, introduction to meteorology, and programming fundamentals. |
| Semester 2 | General Physics II (Electricity & Magnetism) Calculus II Atmospheric Composition & Structure Introductory Statistics Workshop Practice |
Electricity and magnetism principles, atmospheric layers, and statistical basics. | |
| Year 2 – Intermediate | Semester 3 | Atmospheric Thermodynamics Differential Equations Climatology I Meteorological Instruments & Observations Numerical Methods |
Study of thermodynamic processes, climate basics, and observational techniques. |
| Semester 4 | Atmospheric Dynamics I Climatology II Remote Sensing & GIS Hydrology & Water Cycle Meteorological Data Analysis |
Dynamic processes in the atmosphere, climate systems, and geospatial analysis. | |
| Year 3 – Advanced Core | Semester 5 | Atmospheric Dynamics II Synoptic Meteorology Numerical Weather Prediction Environmental Meteorology Elective (Agricultural Meteorology / Oceanography) |
Advanced atmospheric motion, weather systems, and environmental applications. |
| Semester 6 | Climate Change & Variability Satellite Meteorology Applied Hydrometeorology Advanced Forecasting Techniques Elective (Aviation Meteorology / Disaster Risk Management) |
Climate studies, satellite data interpretation, and advanced forecasting methods. | |
| Year 4 – Specialization & Research | Semester 7 | Advanced Topics in Meteorology Atmospheric Modeling & Simulation Project Proposal & Seminar Elective (Energy & Climate / Air Quality Management) |
Specialized topics, modeling techniques, and project planning. |
| Semester 8 | Final Year Project / Dissertation Professional Ethics & Environmental Policy Elective (Climate Risk Assessment / Remote Sensing Applications) |
Capstone research project and professional development. |
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