This course applies surveying principles specifically to engineering and construction projects. You will learn the procedures for setting out engineering works, conducting "as-built" surveys, and using surveying for dimensional control during construction.
This course covers the fundamental principles of architectural design, focusing on efficiency and aesthetics. You will learn about design elements like form, scale, and balance, and develop the skills to produce architectural drawings.
This course introduces the legal framework governing construction projects. You will learn about the fundamental principles of contract law, the different types of construction contracts, and the processes for resolving disputes, including arbitration.
This course focuses on the integration of essential services and equipment into buildings. It covers the principles and design of water distribution systems, waste and soil disposal, and the installation of various sanitary appliances.
This course applies structural theory to the practical design of building elements. You will learn the principles of Limit State Design and use standard codes (like BS 8110) to design and detail reinforced concrete components such as beams, slabs, and columns.
This course advances your skills in quantifying construction works. It involves the detailed measurement of complex building components and systems, including advanced excavation, concrete work, and structural elements, following standard methods of measurement.
This course covers advanced construction processes and methodologies. It focuses on the principles of foundation design, deep excavations, and the construction of complex substructures like basements, retaining walls, and various types of foundations (e.g., piled, raft).
This course provides a comprehensive analysis of structural systems. You will learn to analyze determinate structures like trusses and frames, calculate deflections, and understand how to determine the maximum stresses caused by various types of loads.