Master of Science in Civil Engineering

The Masters Degrees in Civil Engineering at Lincoln University College aim to cultivate highly competitive researchers and professionals capable of addressing challenges in designing, implementing, and maintaining critical infrastructure. The program offers a dynamic teaching environment combining traditional lectures, tutorials, and online resources. It includes collaborative initiatives with industry and academic institutions to explore new developments and future expansion prospects. Graduates will develop the skills needed to become disciplined individuals, managers, and leaders. Successful completion of the program requires publishing a minimum of two research articles in Scopus indexed journals affiliated with Lincoln University College.

1. Bachelor’s Degree (Phase 6 MOH) in Engineering with a minimum CGPA of 2.50 or equivalent as received by the Lincoln University College; Or
2. Bachelor’s degree (level 6 KKM) in Engineering or equivalent to it but not achieving CGPA 2.50, admitted being subject to a minimum of five (5) years working experience in relevant fields.

For candidates who hold a Bachelor’s Degree (Level 6 MOH) in Science or Technology (not Engineering), the pre-requisite module in Engineering must be offered to prepare them for further study.

For candidates who have a Bachelor’s Degree (Level 6 KKM) not in Mechanical Engineering need to take Machine Design course.

For international students

Test Score of English as a Foreign Language (TOEFL) 500 or an International English Language Testing System (IELTS) 5.0 score or equivalent. If students do not meet these criteria, Lincoln University College must offer English language proficiency courses to ensure that students’ proficiency is adequate to meet program requirements. This is usually done through the assessment process.

• - Construction Methods and Equipment’s
• - Structural Dynamics
• - Pre-stressed Concrete
• - Advanced Soil Mechanics*
• - Research Methodology
• - Design of Substructures
• - Structural Stability
• - Project Management
• - Soil Exploration
• - Soil Structure Interaction*
• - Environmental Geo-techniques*
• - Earthquake Geo-technical Engineering*
• - Energy Conservation Techniques in Building Construction*
• - Advanced Theory of Concrete Structures*
• - Advanced Construction Techniques*
• - Advanced Steel Structures*
• - Design of Hydraulic Systems*
• - Advanced Fluid Mechanics*
• - Hydro power Engineering*
• - Water Quality Modelling*
• - Wastewater treatment*
• - Water and Wastewater Engineering*
• - Industrial Pollution Control and Prevention Technologies*
• - Principles of Environmental Management*
• - Railway Engineering*
• - Design of Pavements*
• - Geometric Design of highways*
• - Highway and Airport Pavement Materials*
• - Research Project