Postgraduate School
Master of Science in Integrated Water Resources Management (IWRM)
| Name | Status and Qualifications | Research interest (s) |
| A. A. Jimoh | Professor and Head of Department B. Eng., M. Eng., Ph.D. (Ilorin); MNSE, R. Engr. (Nigeria) | Structure and Material Engineering |
| A. W. Salami | B.Eng, M. Eng., PGDip (FUT Minna); Ph.D. (Ilorin); R. Engr. (Nigeria) | Water Resources, Hydro-climatology, Optimization modeling, Irrigation Engineering and Integrated Water Resources Management. |
| O.O. Adeleke | Professor B.Sc.,M.Sc.,(Lagos); MBA, Ph.D. (Ilorin) | Surveying & Geo informatics, Remote Sensing, GIS Application and Transportation Engineering |
| A.M. Ayanshola | Professor B.Eng, (FUT Minna); M. Eng., Ph.D. (Ilorin); R. Engr. (Nigeria) | Water Resources and hydraulics Engineering which include: water distribution network design, hydropower system design, water supply management, dam analysis and design, drainage and canal design, environmental impact assessment. |
| A. S. Aremu | Reader B.Eng. (Ado-Ekiti); M.Sc. (Ibadan);Ph.D. (Ilorin); PGD Comp. Sci.(Ilorin); R. Engr. (Nigeria) | Water Resources Modeling and Solid Waste management |
| S.O. Bilewu | Reader B. Eng. (ABU, Zaria) ; M.Eng. (Ilorin); R.Engr. (Nigeria) | Water Treatment and Wastewater disposal. Public Health Engineering. |
| O. G. Okeola | Senior Lecturer B.Eng., M.Eng., Ph.D. (Ilorin); R.Engr.(Nigeria) | Water Resources System management, urban water supply management, water supply infrastructure, and new evolving interest: Water Energy Food Nexus (WEF). |
| Olubunmi.A. Mokuolu | Senior Lecturer B.Eng. M.Eng. (Ilorin), Ph.D.(Ibadan); R.Engr. (Nigeria) | Water Resources and Environmental Health Engineering. |
| O.O. Olofintoye | Senior Lecturer B.Eng., M.Eng. (Ilorin); Ph.D. (Durban). R.Engr. (Nigeria) | Artificial Intelligence, Water Resources and Environmental Engineering. |
| *A. O. Ogunlela | Professor B.Sc. (Ibadan); M.Sc.(lowa State); | Soil & Water , Hydrology, Irrigation and Drainage Engineering |
| Ph.D. (Oklahoma State);R. Engr. (Nigeria) | ||
| *K. A. Adeniran | Professor B.Sc., M.Sc., Ph.D. (Ibadan); R.Engr. (Nigeria) | Hydraulics and Hydraulic structures, Irrigation and Drainage Engineering |
| *T.K. Ajiboye | Reader B.Eng., M. Eng., Ph.D. (Ilorin); R. Engr. (Nigeria) | Water Infrastructural Management, Pumps Maintenance and Sustainability, Numerical Analysis, Water distribution, Networks and System design |
| *R.O. Yusuf | Professor B. Sc. (Lagos); M. Sc. (OAU); Ph.D. (Johor Bahru); R. Engr. (Nigeria) | Environmental Engineering (Water Quality Monitoring, Water and Wastewater Treatment, Water Chemistry & Pollution Studies) |
| *A.A. Akande | Professor M.B.B.S (ABU, Zaria); MPA, FMCPath, Cert. in Computing | Chemical Pathology and Immunology |
| *I.P. Ifabiyi | Professor B.A. (ABU, Zaria); M.Sc. (OAU); Ph.D. (Ilorin ) | Hydrology, Climate impact, Environmental studies and GIS Application |
| *A.Y. Mohammed | Professor B.Sc. MILR, M.Sc., PGDE, Ph.D. (Ilorin) | Child, Youth and Family Sociology, Social Problem and Sociology of Education |
| *O.M. Kolawole | Professor B.Sc., M.Sc., Ph.D. (Ilorin) | Water surveillance & Management and Environmental Microbiology |
| *O.O. Ige | Reader B.Sc., M.Sc. Ph.D. (Ilorin); Pg CASP (Newcastle) | Environmental-, Engineering-, and Hydrogeology |
| *Rasheedat M. Mahamood | Reader B.Eng. (FUT, Minna); M.Eng. (Ilorin); Ph.D. (Johannesburg); R. Engr (Nigeria) | Laser Material Processing, Renewable Energy materials development, Additive Manufacturing/3D printing and Material Characterization, |
* Lecturers from other Departments
B. Introduction
The Master of Science in Integrated Water Resources Management (M.Sc.-IWRM) is intended for production of highly skilled professionals for the public, private and international organizations, as well as for teaching and research in tertiary Institutions and for global competitiveness. The programme also accords the candidates the opportunity to apply recent technological developments to the solution of emerging integrated water resources management problems. The water related challenges facing the world and the south Saharan African region in particular require an integrated water resources management approach.
C. Philosophy
The general philosophy is building of capacity of professionals in the water sector on the principle and applications of IWRM to ensure overall sustainability of the entire water resources in the country and to create awareness on IWRM and provide water education for sustainable livelihood.
D. Aim and Objectives
The programme is highly structured and coordinated with the aim of enriching the local and regional professionals working in the area of water resources management with the required academic and technical skills and capabilities. The objectives are to:
E. Admission Requirements
F. Duration of the Programme
G. Detailed Course Description
WRM 801 Principles of Integrated Water Resources Management 3 Credits
IWRM Concepts: Issues in water management, IWRM Principles, IWRM process, Benefits of IWRM. IWRM Plans and Strategies: Evolution of IWRM, IWRM development principles, IWRM data-base and systems, IWRM Framework and development plans. Implementing IWRM: Policy and legal framework and Institutional framework, Practical steps to implementing, IWRM in the water and environmental sectors in Nigeria, Potential barriers to implementing IWRM in these various sectors in Nigeria. IWRM Models and Case Studies: IWRM Models, IWRM Case studies. 45 h (T); C
WRM 802 Applied Hydrology 2 Credits
Principles of Hydrology: Hydrologic Cycle, Catchment Characteristics, Water Budget. Hydrometeorology: Hydro-meteorological Observations and Measurements, National Hydrological Services. Hydrological Analysis: Precipitation Analysis, Infiltration and Groundwater, Runoff and Hydrograph Analysis, Erosion and Sediment Yield Analysis, Probability and Statistical Hydrology, Frequency Analysis of Extreme Events, Design Flood. Catchment Modelling and Applications: Catchment simulation and modelling, Catchment monitoring and protection. 15h (T); 45h (P); C
WRM 803 Operation and Management of Water Infrastructure 2 Credits
General: Basic Concepts, Planning and Design, Structural and non-structural Management – Operations and Maintenance: Operation & Maintenance of water infrastructure: Rainwater Harvesting Systems, Dams and Reservoirs : Boreholes and wells-Borehole construction-technology options-geophysical investigations: Storm and Waste water infrastructure- Wastewater Treatment Plants and collection facilities :Irrigation and drainage infrastructure, Head works – Channels and canal management : Water supply infrastructure-Intake – Water treatment processes and structures 30h (T); C
WRM 804 Water Quality, Pollution And Protection 2 Credits
Sources of Pollution: Point Sources, Non Point Sources, Types of Pollution. Water Quality Assessment: Sampling and Sampling Techniques, Water Quality Criteria and Standards, Physico-Chemical and Bacteriological Tests, Analysis and Interpretations. Water Quality Control and Management: Pollution control techniques, Laws regulating water pollution, Surveillance and Monitoring, Water Quality Management Models. 15h (T); 45h(P); C
WRM 805 IWRM and Water Governance 2 Credits
Basics of IWRM and Water Governance: IWRM Concepts, principles and practice, Concepts of Water Governance , Policy, Legislation, Regulation and enforcement, Economic and financial arrangements, Link Between IWRM and Water Governance. Water Policy and Management : Water resources Policy, Planning for water Resources development: Water Legislation, Regulation and Enforcement: Water rights, laws and regulations, Enforcements and regulatory frameworks. Water Economics and Financing: Resource value of water, Economic characteristics of water, Market valuation, Non-market valuation. 30h (T); C
WRM 806 Technical Writing and Presentation 2 Credits
Basics of Technical Writing and Presentation: General requirements of Technical Writing; Format of Technical Reports, Types of Technical writing, Short Communication : Review Article, Technical note, Conference Papers and proceedings; Abstracts ; Poster Papers, Journal Article, Writing styles and communications. Technical Presentations: Types of Technical Reports : Organization Policies and Procedures; Feasibility; Evaluation; Recommendation Reports; Primary Research Reports ; Business Plan; Contract Documents, Technical Proposal : Thesis Proposal; Research grant proposals; Consultancy proposals – technical and Financial . Samples of Technical Reports and presentations. 30h (T); C
WRM 808 Environmental Impact Assessment in Water Resources Management 2 Credits
EIA Concepts and Principles: Purpose of EIA, Objectives of EIA, Elements of EIA, Principles of EIA and Definitions, Benefits, Cost and Limitations of EIA, EIA Process and Procedures, Overview of the EIA Process, Physico-chemical and Biophysical Assessment, Economic, Social and Health Assessment, Impact Management, Mitigation and Monitoring. EIA Applied to Water Resources Management: EIA Administration and Practice, Role of public participation in EIA, Stages that follow EIA. 15h (T); 45h (P); C
WRM 809 Computational Methods in Water Resources 3 Credits
Review Basic Mathematical Methods for Water Resources Applications: Graphical methods, Linear and non-linear equations, Numerical Methods, Probability and Statistical Concepts, Programming Techniques. Hydrology and Hydraulics Computation: Mathematical computations and applications in hydraulics hydrology: Statistical Methods: Time Series analysis, Statistical Forecasting methods, Simulation and data, generation techniques, water resources systems analysis. Operational Research: Models Development (Deterministic, Stochastic and Management models), Parameter Estimation Methods, Optimisation Techniques (linear and dynamic programming). Computer methods and Applications. 45h (T); C
WRM 810 Water Resources Management 2 Credits
Overview of Water Resources Management: Water Resources Management Concepts, Planning, Design and Construction, Operation, Maintenance and Project Management. Water Resources Assessment: Water Supply and Demand , Water Quality, Economics of Water Resources Projects. Water Project Management: Planning, Design and Construction, Operation and Maintenance of Water Infrastructures, Engineering management. Emerging Water Resources Management Issues: Emerging Paradigm Shift, Institutional Reforms and Evaluation, New Technologies. Management Models and Application: Conjunctive water use management model, Water Quality models. 30h (T); C
WRM 811 Hydro-informatics 2 Credits
Overview of Hydro-informatics: Concept of Hydro-Informatics; Classification of Digital and Spatial Maps: Catchment Measurement Technology: Physiographic Characteristics; Vector and raster data; Data Integration and Interpolation: Catchment Mapping; Inputting data into Digital Form (Digitizing); Global Positioning Systems (GPS): Catchment Information Systems; Digital mapping; Digital Elevation Models, GIS and Radar Rainfall Analysis and Forecasting: Data Logging & Telemetry : Telemetering and logging data, Operation and management of a telemetry system: Remote sensing principles and Applications: RS Concepts and Data Capture Techniques; RS Data Storage and Retrieval Techniques, RS Data Processing. 15h (T); 45h (P); E
WRM 812 Climate Change and Water Resources 2 Credits
Climate Change: The Science Behind the Phenomenon: Climate Change phenomenon, Environmental and socio-economical Impacts of a changing climate: Technology, Development and Climate Change: Protecting ecosystem services and Managing water resources: Managing Climate Change: Policy and Regulation: Climatic Risks Management, Management of climatic hazards for projects, Liability for emissions, Adaptation strategies: Governance & Climate Change: Urbanization / World Cities, Cities as global players in Climate Change? , Population Growth & Migration and Climate Change, Food Production, Factory, Farming. 30h (T); E
WRM 813 Water and Ecosystems 2 Credits
Concept of Ecosystems: Ecosystem structure and function, Habitats, Diversities of Ecosystems, Water Interactions with Ecosystems, Ecological resources and Ecosystem models. Eco-hydrology: Ecosystem processes, Stream and River ecology, Anthropogenic Impacts on Ecosystems, Bio-indicators of ecosystems and health implications. Ecosystem Management: Ecosystem assessments – Environmental flows – Virtual water and trade – Eco tourism -Stakeholder participation – Social and political conditions of water use – Sustainable, Ecosystems – Environmental governance, Institutional Issues, ecosystems and resource management. 30h (T); E
WRM 814 Ground Water Hydrology 2 Credits
Introduction, General principles of ground water flow, Subsurface distribution of ground water. Geologic considerations, Methods of developing ground water supply, fluctuation in groundwater supply, Hydraulics of wells, steady unconfined radial flow towards a well, well in a uniform flow field, unsteady flow, partially penetrating wells. Ground water basin development, static yield, Ground water Hydrology, Regional flow of groundwater including review of the principles of flow through porous media, The analysis of groundwater flow, Hydraulics of wells, Methods of estimation of groundwater runoff, Coefficients of precipitation and stream , discharge, Static yield. 30h (T); E
WRM 815 Gender and Socio-Cultural Aspects of Water 2 Credits
Basic Concepts: Gender and Sociological perspectives: Gender and Integrated Water Resources Management: Gender in water organizations, Water User’s Association, Types and Levels of Operation and Organization, User role in irrigation Management, Role of Community Organizer, Gender Involvement and Participation, Context of Participation. Gender Competency issues in Water Sector: Impact in Water sector, Globalization and Liberalization, Water Rights and Equity issues, Gender and Poverty Alleviation, Gender and Capacity Building. Gender Analysis Tools: Mainstreaming gender in Water Management, Sustainability perspective. Case studies. 30h (T); E
WRM 816 Irrigation and Drainage Management 2 Credits
Irrigation and Drainage Concepts: Types and Characteristics of Irrigation systems, Importance of Land Drainage and Drainage Requirements: Field Practices and Applications: Field Investigation and Laboratory Measurements, Performance Assessment of Irrigation and Drainage Systems, Irrigation Water Scheduling. Design of Irrigation and Drainage Systems: Basic theories and design fundamentals: Management of Irrigation and Drainage Systems: Fundamentals of Irrigation and Drainage Management Systems, Land Reclamation, Monitoring Irrigation and Drainage Systems, GIS, Remote Sensing and Techniques for Watershed Management. 30h (T); E
WRM 817 Water Supply Management 2 Credits
Concept of Water Supply Management: Water supply systems, Planning water supply system, Economic and financial issues, Water demand and supply management, Gender issues, Water law, Policies and Institutional arrangements, Billing. Water Sources: Groundwater, surface water, Sea water, Water harvesting, Water reuse. Water Quality and Treatment: Water Quality Standards, Water Treatment Processes: Water Storage: Classification and functions of Storage Reservoirs, Operation and Maintenance of service reservoirs. Water Distribution Systems: Types of Distribution Systems, Components of Water Supply Distribution Systems, Pipes and fittings. 30h (T); E
WRM 818 Integrated Coastal Zone Management 2 Credits
Concept of Integrated Coastal Zone Management (ICZM): Coastal Environments: Coastal forests, Estuaries & Mangroves, Beaches, Reefs. Coastal processes: winds, waves, tides and beach profiles. Coastal development and Infrastructures: ports, harbours, jetties, resorts. Coastal hazards. International laws and treaties governing coastal zones. Coastal Resources:. Methods & Tools of ICZM: Policies, plans, rules and regulations for ICZM, : Sustainability Issues: Sustainable development of the Coastal Zone, Developing an ICZM Planning and Implementation Programme, ICZM Institutions and Management Framework for resources development and infrastructures. 30h (T); E
WRM 819 River and Reservoir Management 2 Credits
River and Reservoir Systems: River formations: Channels, bars and meandering, degradation and aggradations, River order systems, River forms. Reservoir developments and functions. River flow measurements. River Management : River training works and river regulation works, Flood plain management, waves and tides in Estuaries, River Stabilization and protection. River uses. Reservoir Operations and Management: Reservoir operational rules curves, reservoir sedimentation surveys, reservoir flood routing, reservoir hazards. Conjunctive use schemes. Evaluation criteria for comparing alternatives, seasonal effects and correlations. 30h (T); E
WRM 820 Soil and Water Conservation 2 Credits
Soil Conservation and water resources: Soil erosion process and control, Applied soil conservation, Water conservation concepts: Water Conservation Framework Conditions:- Overview , Concept of water efficiency, recycling and reuse , In-situ- rainwater use, water harvesting and water conservation in irrigation, Adaption strategies to impacts of global change. Applied water Conservation: -Water quality aspects, Planning steps, Water audits, Cost-Benefit Analysis, Pricing techniques, Incentives, Framework conditions for successful implementation. 30h (T); E
WRM 821 Wastewater Management 2 Credits
Concept of Wastewater Management: Wastewater sources- domestic and industrial wastewater; storm water and sanitary wastewater; Wastewater estimation; Waste hierarchy, Polluter pays principle, Wastewater Policies, Planning, Economic, financial, legal and Institutional Issues. Waste Management Auditing, Environmental monitoring and safety. Wastewater Collection, Wastewater Treatment Systems and Distribution Systems Wastewater Disposal and Sanitary Systems, Wastewater minimization and pollution Control and Wastewater Management Infrastructures. 30h (T); E
WRM 822 Flood and Drought Management 2 Credits
Basics of Flood and Drought as Extreme Hydrological Events: Basic Concepts and Terminologies in flood and drought management; Factors affecting Flood and drought occurrences , Approaches and Techniques for sustainable Flood and Drought Management, Prediction and Evaluation: Review of Disaster Processes and Management, Flood and Drought prediction and quantification approaches, Flood and drought risks assessments. Flood and drought disaster preparedness planning and Mitigation : Flood and Drought Preparedness Framework: Flood and Drought Management Facilities: Instrumentation for Flood and Drought Management Facilities. 30h (T); E
WRM 823 Seminar 1 Credit
Each student is required to give, at least, one seminar on approved topics related to Integrated Water Resources Management (IWRM) problem. The oral presentation must be graded by academic staff in the department. 45h (P); C
WRM 839 Dissertation 6 Credits
Original individual student research related to a prescribed Integrated Water Resources Management (IWRM) problem, involving literature review, identification, definition and formulation of the problem, theoretical and/or experimental investigations, data collection and analysis, modelling, simulation analysis and design and presentation of a comprehensive written report of the investigation. 270h (P); C
H. Graduation Requirement
It is required that the candidates must pass a minimum of 33 credits for graduation.
I. Summary
Core Courses:
WRM 801(3), WRM 802 (2), WRM 803 (2), WRM 804(2), WRM 805(2),
WRM 806 (2), WRM 808 (2), WRM 809 (3), WRM 810 (2), WRM 823(1),
WRM 839 (6) = 27 Credits
Elective Courses:
At least must offer 6 Credits from any of the following = 6 Credits
WRM 811(2), WRM 812(2), WRM 813(2), WRM 814(2), WRM 815(2), WRM 816(2),
WRM 817(2), WRM 818(2), WRM 819(2), WRM 820(2), WRM 821(2), WRM 822(2)
© 2025 University of Ilorin