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This course introduces students to the principles and techniques of construction measurement, which are essential for accurate cost estimation and project planning. Students learn about the measurement and quantification of materials, labor, and costs involved in small to medium-scale construction projects. Topics include standard measurement techniques, industry-standard methods such as NRM (New Rules of Measurement), preparation of Bills of Quantities (BoQ), and understanding detailed drawings and specifications. Practical exercises focus on interpreting architectural and structural drawings to calculate quantities for key components like foundations, walls, floors, and finishes.
This course explores the economic principles underlying the construction industry, focusing on demand, supply, and market behavior. Students examine how economic factors influence construction project feasibility, costs, and profitability. Topics include cost-benefit analysis, economic life cycles of construction assets, market trends, and inflation impacts on construction budgets. The course also addresses investment appraisal techniques, value engineering, and economic sustainability. Students gain the ability to evaluate economic viability and propose cost-effective solutions for construction projects using real-world case studies.
Building on Construction Technology I, this course focuses on advanced construction techniques and materials used in large-scale projects. Students explore topics such as reinforced concrete construction, steel-framed structures, prefabrication methods, and sustainable construction technologies. The course also addresses modern construction innovations, such as modular construction and advanced material applications. Students analyze construction methods for complex structural systems like high-rise buildings and bridges while considering safety, efficiency, and environmental impacts. Practical case studies and hands-on learning activities provide students with real-world insights into current industry practices.
This course covers two interconnected areas: property economics and financial accounting. Students learn the economic principles related to real estate markets, property valuation methods, and factors influencing property demand and supply. The course also introduces basic financial accounting concepts, including balance sheets, income statements, cash flow analysis, and cost control methods. Emphasis is placed on how economic and financial decisions impact property development, investment, and asset management. By the end of the course, students are equipped to evaluate property performance and make informed financial decisions.
This experiential course focuses on building students' teamwork, leadership, and management competencies within the construction industry. Topics include leadership theories, team development stages, conflict resolution, motivation strategies, and effective communication. A unique element of the course is its experiential learning component, where students engage in outdoor problem-solving activities over three challenging days. These activities enhance collaboration, self-awareness, and leadership skills. Through reflective exercises and theory-practice integration, students develop critical skills needed to lead diverse teams in complex construction projects.
This course explores sustainable design principles and their integration into construction projects. Students analyze the impact of building regulations, emerging legislation, and innovative materials on construction design. Topics include green building technologies, energy efficiency, and life-cycle assessment of building systems. The course highlights strategies for minimizing environmental impact and achieving sustainable development goals (SDGs). Students develop skills to identify, evaluate, and implement sustainable design strategies in real-world construction scenarios through case studies and practical exercises.
This course focuses on planning, estimating, and managing construction costs throughout a project's lifecycle. Students learn to apply project scheduling techniques (e.g., Gantt charts, critical path method), cost estimation methods, and budgeting processes. Topics include risk assessment, cost control tools, bid preparation, and value engineering. The course emphasizes collaborative approaches to cost management, enabling students to work in teams to optimize resources, minimize risks, and ensure project profitability. Practical applications involve using cost management software to develop estimates and financial plans for construction projects.
This course introduces project management methodologies for planning, scheduling, and controlling construction projects. Students learn about project phases, procurement strategies, risk management, and time-cost optimization. Topics include project organization, contract management, and resource allocation. Emphasis is placed on critical path analysis, PERT (Program Evaluation and Review Technique), and project control systems. Students apply these concepts to case studies, gaining practical knowledge in managing construction projects to achieve quality, time, and cost objectives efficiently.
This module covers the principles and methods of site surveying and measurement, which are critical to the construction process. Students learn about leveling, setting out, and the use of modern surveying equipment such as Total Stations and GPS systems. Topics include topographic surveys, volumetric calculations, and site measurement techniques. Practical sessions focus on conducting on-site measurements and translating findings into construction documentation. Students also learn to interpret survey results to ensure precision in project planning and execution.
This course focuses on preparing tender documents, including Bills of Quantities (BoQ), specifications, and conditions of contracts. Students learn the tendering process, procurement strategies, and evaluation methods. Topics include preparation of pre-tender estimates, tender clarifications, and bid analysis. Students develop practical skills to prepare and assess competitive tender documents, ensuring compliance with legal, technical, and cost requirements in construction projects.
This module covers the principles and methods of site surveying and measurement, which are critical to the construction process. Students learn about leveling, setting out, and the use of modern surveying equipment such as Total Stations and GPS systems. Topics include topographic surveys, volumetric calculations, and site measurement techniques. Practical sessions focus on conducting on-site measurements and translating findings into construction documentation. Students also learn to interpret survey results to ensure precision in project planning and execution.
This course focuses on preparing tender documents, including Bills of Quantities (BoQ), specifications, and conditions of contracts. Students learn the tendering process, procurement strategies, and evaluation methods. Topics include preparation of pre-tender estimates, tender clarifications, and bid analysis. Students develop practical skills to prepare and assess competitive tender documents, ensuring compliance with legal, technical, and cost requirements in construction projects.
This course introduces the legal frameworks governing construction contracts, procurement, and dispute resolution. Students study contract types (e.g., lump sum, cost-plus, and design-build), contract clauses, and claims management. Topics include procurement methods, tendering laws, and resolving contractual disputes through arbitration or mediation. The course prepares students to administer contracts effectively and ensure compliance with legal and regulatory standards.
This course focuses on the application of Building Information Modeling (BIM) in construction projects. Students learn to use BIM software to design, analyze, and manage construction processes. Topics include 3D modeling, clash detection, and cost estimation using BIM tools. Practical sessions allow students to integrate BIM with project planning, risk management, and sustainability assessments, enhancing their ability to work in technology-driven construction environments.
This course explores the pre-construction phase, focusing on project definition, scope analysis, and optimization strategies. Students learn to evaluate client requirements, develop project briefs, and assess feasibility studies. Topics include resource optimization, risk mitigation, and performance metrics. Through real-world case studies, students develop the ability to deliver value-optimized solutions that align with client expectations and industry standards.
This course introduces financial principles and risk management techniques in construction. Students learn about project financing, cash flow management, investment appraisals, and funding strategies. Topics include risk identification, quantitative risk analysis, and mitigation measures to ensure project success. The course emphasizes balancing financial goals with project constraints through practical case studies and simulations.
This is a practical training module that allows students to gain industry experience through supervised placements with construction firms. Students apply theoretical knowledge in real-world settings, gaining exposure to project workflows, cost management, and site operations. A detailed report documenting the training experience is required for evaluation.
