Executive Summary

Somalia’s recovery and long-term socio-economic development are deeply tied to the strategic management of its water resources. As an arid to semi-arid nation vulnerable to extreme climate variability, recurring drought cycles, and seasonal flash floods along the Juba and Shabelle river basins, the country requires professional hydrological expertise to safeguard public health and economic productivity. Developed in collaboration with the Ministry of Energy and Water Resources and technical advisory bodies, the Master of Science in Integrated Water Resources Management (IWRM) at the Somali National University addresses the severe deficit of trained water management specialists. The curriculum shifts away from legacy, fragmented administrative approaches toward a modern framework aligned with the Dublin Principles, national sustainable development targets, and the African Union Agenda 2063. By connecting atmospheric, surface, and subterranean water data with socio-economic policy tools, this program prepares a new class of public executives, engineers, and researchers to lead institutional water recovery plans across the region.

Strategic Focus Domains

1. Theoretical Mastery & Academic Foundation

Candidates analyze the physical and ecological dynamics of the terrestrial water cycle, encompassing atmospheric, surface run-off, and subsurface groundwater systems. Coursework delivers advanced modules in eco-hydrology, physical and biochemical water quality metrics, and multi-level transboundary water governance legislation. This ensures graduates understand the complex interaction between human activity, agricultural dependency, and natural aquatic ecosystems.

1. Methodological & Analytical Implementation

The curriculum focuses heavily on field instrumentation and digital modeling technologies. Students build practical skills in geospatial intelligence (GIS) and remote sensing data collection, quantitative groundwater flow simulation, bio-monitoring diagnostics, and financial cost-benefit modeling. In addition, hands-on modules in decentralized wastewater treatment options (DEWATS), fecal sludge management, and automated water information networks equip candidates to engineer reliable infrastructure suited for both urban centers and rural pastoral communities.

III. Research Integrity & Professional Leadership

To enforce high academic standards, the program combines structured classroom instruction with collaborative applied research. Through mandatory field-level Group Projects, candidates work in multidisciplinary teams to analyze regional water issues, assemble real-world data, and present findings directly to sector stakeholders. Independent thesis writing and an oral viva voce defense ensure that graduating students demonstrate strict anti-plagiarism compliance, clear analytical reasoning, and the professional ethics required for executive administrative leadership.

Candidate Profile & Career Pathway

This advanced curriculum is specifically structured for civil engineers, environmental scientists, public health administrators, and ministry policy advisors committed to building national institutional capacity. Upon completing their research coursework and defending their master’s thesis, graduates transition directly into leadership roles across several primary professional areas:

• Water Utilities, Infrastructure & Public Works — Directing urban and rural water supply grid design, managing municipal utility networks, and supervising sustainable wastewater and fecal sludge treatment facilities.
• Environmental Protection, Climate Adaptation & NGO Networks — Advising federal ministries, regional state agencies, and international development bodies (UN, AU, IGAD) on climate resilience, watershed planning, and gender-inclusive community water initiatives.
• Hydrological Research, Public Policy & Academic Institutions — Managing automated water information databases, directing empirical research programs within think tanks, or pursuing advanced doctoral studies and university teaching positions.

Curricular Roadmap & Academic Milestones

Academic Term	Code	Course Title / Module Name	Credits	Classification
First Semester	IWRM1101	Principles of Integrated Water Resources Management	3	Core Requirement
	HYD1102	Principles of Hydrology	3	Core Requirement
	WQM1103	Fundamentals of Water Quality Management	3	Core Requirement
	ECO1104	Water and Ecosystems	3	Core Requirement
	GOV1105	Water Governance	3	Core Requirement
Second Semester	GIS1206	GIS and Remote Sensing Applications for Water Resources	3	Core Requirement
	GWA1207	Groundwater Assessment and Development	3	Core Requirement
	ECF1208	Water Resources Economics and Financing	3	Core Requirement
	PLN1209	Water Resources Planning	3	Core Requirement
	CCA1210	Climate Change and Adaptation for Integrated Water Management	3	Core Requirement
Third Semester	RM2311	Research Methods	3	Faculty Core
	GWP2312	Group Work Project	3	Compulsory Core
	WTS2313	Elective I: Water Treatment and Supply Systems	3	Program Elective
	WFM2314	Elective II: Wastewater and Fecal Sludge Management	3	Program Elective
	WIS2315	Elective III: Water Resources Information Systems	3	Program Elective
	GMS2316	Elective IV: Gender Mainstreaming in Integrated Water Management	3	Program Elective
Fourth Semester	THES2417	Postgraduate Dissertation & Defense	6	Degree Milestone