Department of Meteorology and Climate Science
School of Earth and Mineral Sciences (SEMS) • College of Natural Sciences • Federal University of Technology, Akure
About the Department
The Department of Meteorology and Climate Science at the Federal University of Technology, Akure (FUTA), within the School of Earth and Mineral Sciences, is dedicated to advancing understanding of atmospheric processes, weather systems, and climate dynamics. Our department trains highly skilled meteorologists and climate scientists capable of predicting weather patterns, analyzing climate trends, and addressing critical environmental challenges through rigorous scientific research and practical applications.
Meteorology and Climate Science is the comprehensive study of the atmosphere, weather phenomena, and long-term climate patterns affecting our planet. Our curriculum integrates atmospheric physics, thermodynamics, synoptic meteorology, numerical weather prediction, climatology, and environmental monitoring. Students develop expertise in weather forecasting, climate modeling, satellite data analysis, atmospheric instrumentation, tropical weather systems, and climate change research using state-of-the-art computational tools and observational techniques.
The department features advanced meteorological facilities including weather stations, atmospheric monitoring equipment, satellite data receiving systems, climate modeling workstations, and remote sensing laboratories. We maintain strong partnerships with the Nigerian Meteorological Agency (NiMet), international weather services, environmental agencies, and research institutions, providing students with internship opportunities, field experience, and exposure to operational meteorology.
Graduates of Meteorology and Climate Science are highly sought professionals in weather services, aviation meteorology, agricultural weather consulting, environmental monitoring agencies, climate research institutions, and broadcast media. They excel as weather forecasters, climate analysts, atmospheric researchers, environmental consultants, and policy advisors. Our alumni contribute significantly to weather prediction, disaster risk management, climate adaptation strategies, renewable energy siting, and environmental protection efforts.
What We Offer
Academic Programs
- B.Sc/B.Tech in Meteorology & Climate Science - 4-5 year undergraduate program
- M.Sc in Meteorology - Postgraduate specialization program
- M.Sc in Climate Science - Climate research specialization
- Ph.D in Atmospheric Sciences - Advanced research degree
Core Focus Areas
- Weather Forecasting & Prediction
- Climate Modeling & Analysis
- Tropical Meteorology
- Atmospheric Physics & Dynamics
- Agricultural Meteorology
- Aviation & Marine Meteorology
- Remote Sensing & Satellite Meteorology
- Climate Change & Environmental Monitoring
Laboratory Facilities
Remote Sensing Laboratory
Satellite data processing, weather imagery analysis, GIS applications, atmospheric remote sensing
Weather Station & Instruments Lab
Meteorological instruments, data loggers, atmospheric monitoring, weather observations
Climate Modeling Lab
Numerical weather prediction, climate simulations, data analysis software, computing systems
Research Focus Areas
Our department conducts critical research in atmospheric and climate science disciplines:
Weather Forecasting & Prediction
Numerical weather prediction, synoptic meteorology, weather analysis, short and long-term forecasting, severe weather warning systems.
Climate Change Research
Climate trends analysis, global warming impacts, climate variability, adaptation strategies, mitigation policies, carbon cycle dynamics.
Tropical Meteorology
Tropical weather systems, monsoons, tropical cyclones, rainfall patterns, West African weather dynamics, ITCZ movement.
Agricultural Meteorology
Crop-weather relationships, agroclimatic analysis, drought monitoring, soil moisture dynamics, farm weather services.
Aviation & Marine Meteorology
Flight weather briefings, aeronautical meteorology, marine weather forecasting, sea surface temperature analysis, oceanographic meteorology.
Remote Sensing & Satellite Meteorology
Satellite imagery interpretation, radar meteorology, atmospheric remote sensing, GIS applications in climate analysis.
Air Quality & Atmospheric Chemistry
Air pollution monitoring, atmospheric composition, aerosol dynamics, air quality forecasting, environmental health impacts.
Career Opportunities
Meteorology and Climate Science graduates pursue diverse careers in weather services, environmental agencies, and research institutions:
Weather Forecaster
Predict weather conditions for public services and media broadcasts
Climate Analyst
Analyze climate data trends and produce climate assessments
Aviation Meteorologist
Provide weather briefings for aviation operations and flight safety
Agricultural Weather Consultant
Advise farmers on weather impacts and optimal planting strategies
Atmospheric Researcher
Conduct research on atmospheric phenomena and climate dynamics
Broadcast Meteorologist
Present weather forecasts on television, radio, and online platforms
Environmental Consultant
Advise on environmental impact assessments and climate adaptation
Academic Researcher
Teach and conduct research at universities and institutions
Renewable Energy Analyst
Assess wind and solar resources for renewable energy projects
Useful Departmental Links
Course Materials & Resources
Access comprehensive meteorology and climate science materials, data analysis guides, and research resources organized by academic level.
100 Level Resources - Foundation Sciences
General science foundations including mathematics, physics, and introduction to atmospheric sciences.
First Semester
Foundation Resources
Mathematics, Physics, Chemistry, and Introduction to Atmospheric Science.
Access Offline Study PacksSecond Semester
General Studies & Computing
Use of English, Introduction to Computers, General Studies.
Go to Offline Study PacksFoundation Year
100 Level covers general science foundation. Courses include Mathematics, Physics, Chemistry, Biology, Use of English, Computer Science, and Introduction to Earth Science.
200 Level Resources - Core Meteorology
Fundamental meteorology concepts, atmospheric science principles, and instrumentation.
Download 200 Level Materials
General meteorology, climatology, hydrology, and meteorological instrumentation.
Access Study PacksGeneral Meteorology
Atmospheric structure, weather elements, air masses, fronts
Climatology
Climate classification, regional climates, climate controls
Elements of Hydrology
Water cycle, precipitation, evaporation, runoff processes
Meteorological Instrumentation
Weather instruments, data collection, observation techniques
Mathematical Methods
Statistics, calculus applications, computational methods
Programming for Meteorology
Data analysis software, programming basics, visualization
300 Level Resources - Applied Meteorology
Specialized meteorology applications, synoptic analysis, and weather prediction.
Applied Meteorology
Tropical weather systems, agricultural meteorology, remote sensing applications.
Access 300 Level ResourcesSynoptic Meteorology
Weather maps, synoptic analysis, forecasting techniques
Tropical Weather Systems
Monsoons, ITCZ, tropical cyclones, rainfall patterns
Agricultural Meteorology
Crop-weather relations, drought, agroclimatic analysis
Remote Sensing & GIS
Satellite imagery, radar meteorology, GIS applications
Atmospheric Dynamics
Atmospheric motion, circulation patterns, wind systems
SIWES Industrial Training
Practical experience in meteorological agencies
400 Level Resources - Advanced Applications & Research
Advanced weather prediction, climate modeling, and research projects.
Research & Specialization
Numerical weather prediction, climate change studies, final year research project.
Access 400 Level ResourcesNumerical Weather Prediction
Weather models, forecast verification, model output
Climate Change Science
Global warming, climate projections, impact assessment
Aviation & Marine Meteorology
Flight weather, aeronautical forecasting, marine weather
Environmental Disaster Management
Hazard assessment, early warning systems, risk management
Final Year Project
Research thesis, data analysis, scientific presentation
Professional Practice
Career development, operational meteorology, ethics
Admission Requirements
UTME Requirements
- Minimum UTME score as set by JAMB and FUTA
- Subject combination: English Language, Physics, Mathematics, Chemistry/Geography
- Five O'Level credit passes in no more than two sittings
- O'Level credits must include: English, Mathematics, Physics, and Chemistry/Geography
Direct Entry Requirements (200 Level)
- A'Level passes in Mathematics and Physics (minimum grade C)
- ND Upper Credit in Meteorology plus O'Level requirements
- WMO Class II Certificate in Weather Forecasting
- Plus O'Level requirements as stated above