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Are you searching for the most recent and trendy construction engineering dissertation topics? If so, you need not look any further!
In this article, you find the most recently updated construction management dissertation topics!
Many people associate construction with something that civil engineers deal with. This is correct but construction engineering is more of a professional discipline that deals with the design, planning, construction and management of infrastructure projects. In this respective, both construction engineering and civil engineering may seem related
However, it should be noted that civil engineering is more focused on the practical aspects of construction projects will construction engineering deals with both design and project site management. The main concern for students of construction engineering is to learn to deliver a project on time within budget and of the required quality. As a student progressing through this degree, the imperative aspects learned are personnel management, schedules, costs, and construction procedures.
In order to assist students in learning, our expert writers have drafted dissertation topics in construction, which includes construction law dissertation topics, dissertation topics in construction quantity surveying and various other dissertation topics for construction students.
Feel free to use any of the listed education topics in your dissertation paper and contact us if you would like us to remove the topic title from this page.
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Research Aim: The primary aim of the study is to analyse construction scale of urban building basement. The study will assess the technical requirements of excavation and support of deep foundation pit support. The study will use an engineering example to examine the construction scheme of deep foundation put excavation and support in residential area projects in the UK. The study will also assess the methods of soil nailing wall support and use of role pile support and inter pile wall engineering construction. The study will be conducted using empirical research methodology and analyses the method of controlling measurement of error.
Research Aim: The aim of the study is to assess how lean construction and building information modelling (BIM) can help transform the construction industry. The study looks to identify factors that either act as obstacles or promoters of BIM and lean implementation in the fields of operations during construction engineering. The study will use the theoretical lens of lean production to assess these issues. A mixed methods research approach will be used for data collection and analysis.
Research Aim: The primary aim of the study is to assess the factors that help minimise risks during project implementation and contract development. The study will focus on design-build contract form by examining critical risk factors for design-build projects in the construction industry. The data will be collected using questionnaire surveys of construction engineers in the UK and by analysing recent projects in the UK that have used design-build form. The data will be analysed using structured equation modelling.
Research Aim: The primary aim of the study is to assess the impact of information management system application on engineering quality of construction engineering projects. The study will focus on the application of information management system on quality supervision and quality inspections used by construction engineers. The data will be collected using questionnaire surveys among active construction engineers on site of projects with the technology implemented. The data will be analysed using partial least squares analysis.
Research Aim: The study aims to examine the interest of nanotechnology and its effective application in construction engineering. The proposed study explores the possible potential of nanotechnology application in construction engineering. The study looks to assess the appropriate instances in which application of nanotechnology can produce maximum outputs of construction engineering. The study will be conducted using qualitative research techniques through systematic literature review of appropriate texts. The data from the literature will be collected to produce a meta-analysis that provides key insights into the potential application and development of nanotechnology in construction engineering.
Research Aim: The primary aim of the study is to assess the use of nanotechnology in the design and build of smart cities using construction engineering. The study will assess the use of different nanotechnology in materials for energy efficiency and smart building construction. The data will be collected using case studies of smart city projects in the UK. The study will analyse the use of these technologies, the advantages they presented and the critical drawbacks.
Research Aim: The study aims to use an integrated model to assess the impact of multi resource levelling on construction project scheduling and material procurement. The study seeks to assess the relationship using factors like noncritical activities, renewable resources levelling, costs, and consumable resource costs. The study will be conducted using quantitative research techniques. The study will collect data as required for the application of linear modelling. The data will be analysed using hybrid metaheuristic processes.
Research Aim: The primary aim of the study is to assess the effect of various factors balancing resources and time-cost. The study will assess what construction engineers believe to be the factors that most impact them when it comes to smoothing resources to optimise them and without extending schedules. The research will be designed using quantitative techniques. The data will be collected using questionnaire surveys distributed to construction engineers. Analysis will be conducted using structured equation modelling in Smart PLS 3.0.
Research Aim: The study aims to assess the factors that affect design error in the phases of prevention, identification and containment of them. The study will assess how construction engineers are unable to account of design errors during the stages of risk management in a construction project. The study will be conducted using quantitative research paradigm. The data will be collected using questionnaire surveys distributed to constructions engineers. The data will be analysed using PLS-SEM.
Research Aim: The study will examine the effectiveness of agent based modelling as a tool to manage project resources. The study aims to assess the guidelines for implementing the tool in the construction industry as a way to account for construction project costs. The research will use case studies of projects that have implemented the modelling method. The data will be analysed to assess the cost spent and saved in each project with agent based modelling.
Research Aim: This study aims to examine the impact of Big Data on the optimisation of construction projects. The study also assesses the effect Big Data has on the construction engineering management model. The study will be conducted using quantitative research techniques and methods. The data will be collected using questionnaire surveys of construction engineers and managers on active constructions sites in the UK. The data will be analysed using Smart PLS 3.0.
Research Aim: The primary aim of the study is to assess the effect of factors – management, technology, labour, and external forces on productivity of construction projects. The study assesses the need for productivity in construction projects in order to reduce cost of projects. The study focuses on mostly mega projects such as big infrastructure projects in the UK. The data is collected using questionnaire surveys and structured interview questions of construction engineers in the UK. The data will be analysed using PLS-SEM and narrative analysis respectively.
Research Aim: The primary aim of the study is to assess the social dimensions of sustainability in construction projects. The study will identify and examine the social factors that affect sustainability construction projects. The research will be conducted using the systems dynamics approach by inserting the social dimensions in cause-effect models. The data will be analysed to identify the root causes of social sustainability performance of projects.
Research Aim: The primary aim of the study is to assess the impact of communication and society on stakeholders of a construction project. The research studies these latent variables using several defining dimensions to comprehend a relationship between the variables. The data will be collected using questionnaire distributed to construction engineers. The data is then analysed using structured equation modelling in Smart PLS 3.0.
Research Aim: The primary aim of the study is to assess the effects of value enhancement and sustainability concepts on improving project values of the construction industry in the UK. The study assesses if these concepts may optimise the value of construction projects in the country’s industry. The study is conducted using empirical methods of data collection and analysis. Questionnaire surveys will be distributed to construction engineers in order for the data to be analysed using Relative Importance Index (RII).
It’s such a practical hands-on degree, so many students may think they do not need a construction engineering dissertation. You’ll be surprised. Many bachelor programmes require students to write a construction engineering dissertation, this is because construction engineers are primarily problem solvers. They are critical personnel for contributing to the creation of infrastructure that matches the demands of the environment. This makes it highly important to develop communication skills of construction engineers and the dissertation is the best tool for that. When writing a dissertation, in essence, you are picking out an issue or problem that you believe is relevant, communicating your methods of research and possible solutions.
The thought of writing a dissertation is something that puts students in fight-or-flight mode with a majority choosing flight. There is absolutely nothing to be scared of! To help construction engineering students our expert writers have developed a list of construction engineering dissertation topics that are modern, relevant to the times, and tackle current issues. The first step of the dissertation journey starts right here! So take a look at the list of topics and get in touch with one of our experts today!
We hope all the above construction dissertation topics will help in getting your dissertation topic title approved! If you still have questions, simply drop us an email and our writers will assist you right away!
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For more construction engineering education dissertation topics, please keep visiting our website as we keep updating our existing list of topics. Good luck!