Programme Overview
The Bachelor of Civil Engineering with Honours is a comprehensive engineering programme designed to develop graduates with advanced competencies in the analysis, design, construction, operation, and maintenance of civil engineering systems and infrastructure. The curriculum integrates fundamental engineering sciences, mathematics, and computational techniques with specialised knowledge in structural, geotechnical, transportation, water resources, environmental, construction, and materials engineering. Emphasis is placed on engineering design, numerical analysis, sustainability, resilience, risk assessment, digital engineering technologies, and compliance with engineering standards and codes of practice. Through laboratory experimentation, field investigations, industrial training, multidisciplinary design projects, and a final-year capstone project, students develop the technical proficiency, analytical capability, and professional judgement required to solve complex engineering problems. The programme also fosters ethical responsibility, project management, effective communication, teamwork, and lifelong learning, preparing graduates for professional engineering practice, infrastructure development, and registration as Professional Engineers in accordance with national and international accreditation requirements.
Core Skills Developed
Develop strong technical competencies in structural, geotechnical, transportation, water resources, environmental, construction, and materials engineering, enabling them to analyse, design, construct, and maintain sustainable infrastructure. The programme strengthens skills in engineering analysis, computational modelling, Building Information Modelling (BIM), computer-aided design (CAD), laboratory experimentation, field investigations, engineering surveying, project management, and risk assessment. Students also acquire the ability to solve complex engineering problems using modern engineering tools while demonstrating effective communication, teamwork, leadership, ethical and professional responsibility, critical thinking, and a commitment to innovation, sustainability, and lifelong learning.
Specialized Facilities
Environmental Engineering Laboratory – Water and wastewater quality analysis, treatment process experiments, and environmental chemistry, Hydraulics and Fluid Mechanics Laboratory – Open channel flow, pipe network analysis, pumps, and hydraulic modelling experiments, Geotechnical and Soil Laboratory – Soil classification, permeability, compaction, and foundation-related testing, Structural Engineering Laboratory – Testing of construction materials and structural components relevant to environmental infrastructure, Environmental Microbiology Laboratory – Microbial analysis for water quality, wastewater treatment, and environmental health, Highway and Traffic Laboratory – Testing and evaluation of pavement materials, asphalt and concrete properties, aggregate quality, traffic engineering studies, transportation planning, and road safety analysis to support the design and maintenance of sustainable transportation infrastructure, GIS and Remote Sensing Laboratory – Spatial analysis, environmental mapping, watershed analysis, and satellite image processing, Computer-Aided Engineering Laboratory equipped with industry-standard software such as (AutoCAD and Civil 3D, EPANET (Water Distribution Systems), QGIS, MATLAB and Python for engineering computation and data analysis), Surveying Equipment including Total Stations, GNSS/GPS receivers, UAV (drone) systems, and environmental monitoring instruments.
Quick Facts
-
Graduate Employability
100.0%
-
Duration
4 Years
-
Total Credits
135 Credits
-
Campus
Jejawi
-
Accreditation
BEM, MQA
-
Estimated Local Fees
RM 12,070.00
-
Estimated Intl. Fees
RM 24,747.60