Engineering & Technology
Water Resources Development
Water Resources Development focuses on the sustainable management, protection, and utilization of water systems. Students learn about hydrology, water quality, irrigation, and the engineering principles behind dams, reservoirs, and distribution networks to ensure safe, reliable water access.
Program objectives
- 01Understand the hydrological cycle and the physical properties of water systems.
- 02Learn to design and evaluate water supply, irrigation, and flood control infrastructure.
- 03Analyze water quality data and develop strategies for pollution prevention.
- 04Study the socio-economic and policy aspects of water resource allocation.
Why choose this program
Critical Global Need
Water scarcity and management are among the most urgent challenges of the 21st century, ensuring long-term career relevance.
Interdisciplinary Approach
The program blends engineering, environmental science, and policy, giving you a versatile skill set.
Tangible Community Impact
Your work directly improves public health and economic development by securing clean water access.
Skills you'll build
- Hydrological modeling
- Water quality testing
- Hydraulic engineering design
- GIS for water mapping
- Project management
- Stakeholder negotiation
- Problem-solving under resource constraints
- Environmental ethics
Tools & software
- Hydrological modeling software (e.g., HEC-RAS)
- GIS software
- Water quality testing kits
- CAD software
Challenges to expect
Academic
- Requires a strong foundation in fluid mechanics, calculus, and environmental chemistry.
Technical
- Fieldwork for water sampling or site assessment can be physically demanding and weather-dependent.
Financial
- Specialized software licenses and field equipment can sometimes be costly.
Personal
- Working on water crises in underserved communities can be emotionally challenging.
Tips from the field
- Get certified in GIS and hydrological modeling software early, as these are highly sought-after skills.
- Participate in field camps or internships with water authorities to gain practical experience.
- Stay informed about local and international water policies, as regulation heavily dictates this field.
Career paths
- Hydrologist
- Water resource engineer
- Environmental consultant
- Irrigation specialist
Where you can study this
| Name | Latest cutoff | Tuition (annual) |
|---|---|---|
| University of Environment and Sustainable DevelopmentBSc | — | GHS 3,416–3,922 |
FAQs
Is this degree more engineering-focused or science-focused?+
It typically blends both. You will learn the scientific principles of hydrology and the engineering applications of managing and distributing water.
Do I need to be good at math and physics?+
Yes, especially if the program leans toward engineering. Fluid mechanics and hydrological modeling require a solid grasp of calculus and physics.
Can I work internationally with this degree?+
Yes, water scarcity is a global issue. Graduates often find opportunities with international NGOs, the UN, or global engineering firms.
What kind of fieldwork is involved?+
You may conduct stream flow measurements, collect water quality samples, or survey land for potential dam or irrigation sites.
How does this differ from Environmental Engineering?+
Environmental Engineering is broader, covering air, soil, and waste. Water Resources Development is highly specialized, focusing exclusively on water.
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