Environmental Engineering
Overview
Projected Job Growth
N/A
Duration of Study
N/A
Annual Average Salary
N/A
Career Opportunities
N/A
Program Description
Environmental Engineering applies engineering and environmental science to protect natural resources and support sustainable agriculture. Students study soil science, crop management, ecology, water resource management, environmental impact assessment, and basic engineering principles. Training combines classroom theory with fieldwork, lab tests, and data analysis to learn sustainable farming and conservation methods. Graduates can work as agronomists, soil scientists, conservation officers, farm managers, or environmental scientists in government agencies, NGOs, research institutes, and agribusiness. This program prepares you to solve real environmental problems and help Ghana build resilient, productive landscapes.
Aims and Objectives
Develop practical soil and crop management skills through supervised fieldwork and laboratory tests
Master methods for carrying out basic environmental impact assessments with measurable reports
Understand water resource management and apply irrigation and drainage solutions appropriately
Create and analyze data from field trials using basic statistics and digital tools
Apply sustainable farming and conservation practices to design small scale interventions
Why Choose This Program?
Strong job prospects
High demand in agriculture, government agencies, NGOs, and agribusinesses for trained professionals.
Practical, hands on learning
Regular fieldwork, lab sessions, and farm visits build skills you can use immediately.
Impactful career
Work improves soil health, crop yields, and local resilience to climate change.
Technology and innovation
Learn modern tools like GIS, sensors, and farm management systems used in Ghanaian agriculture.
Industry connections
Opportunities for internships with farms, MoFA extension services, NGOs, and research centers.
Skills Students Will Acquire
Use soil testing kits and lab methods to measure pH, nutrients, and texture for fertilizer planning.
Conduct site assessments, identify risks, and write clear mitigation recommendations.
Use QGIS or mapping tools to analyse land use, drainage, and resource distribution.
Design field trials, collect observations, and analyse results with Excel or basic R for decision making.
Apply agroforestry, crop rotation, conservation tillage, and water efficient irrigation methods.
Tools and Resources Students Will Use
QGIS
Microsoft Excel
R or Python for basic analysis
Farm management apps
Challenges Students Face and Helpful Tips
Challenges
Challenging science and maths subjects
Balancing theory and field practice
Tips & Advice
Form study groups, use extra lessons, and practise past questions to build confidence.
Plan time for both, keep field notes, and link practical observations to classroom concepts.
Video Guide
Frequently Asked Questions
All your queries answered.