Civil Engineering
Overview
Projected Job Growth
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Duration of Study
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Annual Average Salary
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Career Opportunities
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Program Description
Civil Engineering teaches you how to design, build, and maintain public infrastructure such as roads, bridges, buildings, water systems, and drainage. Students study mathematics, physics, technical drawing, materials science, surveying, structural analysis, fluid mechanics, and project management. Hands-on work includes CAD modelling, lab tests, field surveys, and site visits. The program prepares you for careers as a civil engineer, site supervisor, construction manager, or roles in related engineering fields like mechanical, electrical, or software engineering for infrastructure automation. You will learn to solve real problems, work in teams, and use technology to create safe, sustainable projects that help communities across Ghana and beyond. Begin preparing now to build the future.
Aims and Objectives
Develop strong mathematical and physics skills for analyzing structural and fluid systems.
Master CAD and modelling techniques to produce accurate engineering drawings and plans.
Understand surveying methods and geospatial data collection for site assessment.
Create safe, sustainable design solutions through practical lab work and field projects.
Manage project tasks and prepare clear technical documentation for engineering projects.
Why Choose This Program?
High demand for infrastructure skills
Ghana needs engineers to plan and maintain roads, water systems, and buildings, offering steady job opportunities.
Wide career pathways
Opens pathways into civil engineering, construction management, site supervision, and related technology roles.
Hands-on learning
Field surveys, lab testing, and site visits give practical experience employers value.
Strong industry links
Opportunities for internships with local contractors, public works departments, and consulting firms.
Future-focused skills
You gain skills in sustainable design and smart infrastructure, relevant to emerging trends in Ghana and globally.
Skills Students Will Acquire
Use AutoCAD and Revit to create technical drawings, structural layouts, and construction documentation.
Apply STAAD.Pro or ETABS principles and mathematical models to evaluate loads, stresses, and safety margins.
Operate total stations and GNSS receivers to measure site topography and produce accurate maps and levels.
Use Python or MATLAB for data analysis, automation of calculations, and simple simulation tasks.
Plan tasks with Microsoft Project or Primavera, prepare bills of quantities, and maintain technical reports.
Tools and Resources Students Will Use
AutoCAD
Revit
STAAD.Pro or ETABS
MATLAB or Python (with engineering libraries)
Microsoft Project or Primavera
Challenges Students Face and Helpful Tips
Challenges
Strong math and physics requirements
Understanding complex software
Tips & Advice
Join study groups, attend extra lessons, and use online tutorials to strengthen fundamentals.
Practice small projects, follow step-by-step guides, and use campus labs to build confidence.
Video Guide
Frequently Asked Questions
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