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SUMAS Admission
Civil Engineering applies science, mathematics and engineering to the planning, design, construction and maintenance of infrastructure that supports modern society. The SUMAS five-year B.Eng. programme develops competence in structural, geotechnical, transportation, water-resources, environmental and construction engineering through classroom learning, design projects, laboratory and field work, workshop practice and supervised industrial training.
PROGRAMME COURSE STRUCTURE
100 Level — Communication in English; Engineer in Society; Elementary Mathematics I–III; General Physics I–IV; Practical Physics; General Chemistry I–II; Practical Chemistry; Engineering Graphics and Solid Modelling.
200 Level — Entrepreneurship and Innovation; Applied Electricity I; Fluid Mechanics; Engineering Mathematics I–II; Computing and Software Engineering; Civil Engineering Drawing; Engineering Materials; Workshop Practice; Thermodynamics; Strength of Materials; Engineering Economics; Hydrology; SIWES I.
300 Level — Engineering Mathematics III–IV; Engineering Statistics and Data Analytics; Artificial Intelligence and Machine Learning; Fluid Mechanics; Engineering Geology; Structural Mechanics; Soil Mechanics; Strength of Structural Materials; Civil Engineering Materials; Surveying and Photogrammetry; Renewable Energy Systems; SIWES II.
400 Level — Structural Analysis and Design; Reinforced Concrete Design; Steel Design; Highway and Transportation Engineering; Water Resources Engineering; Environmental Engineering; Foundation Engineering; Engineering Surveying; Engineering Project I; Engineering Valuation and Costing; SIWES III.
500 Level — Engineering Project Management; Engineering Law; Construction Engineering; Advanced Structural Engineering; Geotechnical Engineering; Transportation Planning; Water Supply and Wastewater Engineering; Research Seminar; Final-Year B.Eng. Project.
HOW TO APPLY
Apply through the SUMAS undergraduate admission process and select Civil Engineering. Applicants should meet the University’s UTME requirements, including the prescribed credit passes in English Language, Mathematics, Physics and Chemistry. Direct Entry candidates are considered in line with current University regulations. Use the Apply button below or download the handbook for the complete curriculum and academic regulations.
CAREER PATHS AND PROFESSIONAL PRACTICE
Graduates can build careers in structural engineering, construction and project management, transportation, geotechnical practice, water resources, environmental engineering, public infrastructure, consulting, research and academia. Fieldwork, design studios, laboratories and SIWES connect theory to practical delivery.
