Introduction to Civil Engineering Thesis

The study of Civil engineering involves a lot of research work, strong analytical skills and a very practical approach to everything you do. Civil engineering has almost everything to do with our physical and natural environment.  Many beautiful designs and construction of buildings, bridges, dams, canals, and many others are all products of great civil engineering minds. For any student to graduate with an honours degree, a master’s degree or even a PhD degree in civil engineering, they are required to present a well-detailed and thoroughly researched civil engineering thesis. Doing a dissertation in civil engineering is a daunting task that require proper time management and planning. It is very advisable for every student carrying out any thesis in civil engineering to start working on their thesis topics as early as possible so to as to get enough time to do the literature study on the topic, build a model in case one is needed and give a comprehensive description of all the results arrived at. Because writing a quality thesis paper is quite involving even for the advanced students, most students seek help with their civil engineering thesis projects from many different resources. This article provides all the necessary help and information that you need to successfully complete your civil engineering final year project. First it gives a list of civil engineering thesis topics that you can select from. In addition to the list, the article provides a link to already completed civil engineering final year projects. The link has a thesis report and all the corresponding simulation files for already completed civil engineering final year projects. With access to those files, you will be able to complete your civil engineering final year project without a struggle. For instance, you will be able to see how the model is created, how the simulations are done and how the results are presented and discussed. If you want a completely unique report for the selected topic, kindly place an order and we will be glad to help. If you also have your own civil engineering thesis title and you would like us to help you with the thesis report or doing simulations, please place an order.

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Civil Engineering Thesis Topics With Sample Report and Simulation Files

This section gives a list of civil engineering thesis topics, sample project files (report and simulation files) and a detailed guidance on how to select your civil engineering thesis topic. There is a very wide range of thesis topics for civil engineering. The possibilities and the diversity of the topics and civil engineering thesis projects that one can choose from should make it easy for you to decide on your civil engineering thesis title. Below is a list of civil engineering thesis topics.

In addition to the above civil engineering thesis topics, below are some of the major civil engineering topics that may guide you on what to choose.

1. Hydraulic Engineering
2. Port and Coastal Engineering
3. Pavement Engineering
4. Water Services
5. Structural and Civil Engineering Informatics
6. Construction Engineering and Management
7. Hydrology
8. Water Treatment

The following list can also aid you when selecting a civil engineering thesis topic:            

1. Mapping and classification hazard
2. Bridge hydraulics
3. Flood routing in urban environments
4. Flood warning
5. Sustainable urban drainage systems
6. Dam spillway hydraulics
7. River abstraction works
8. Environmental impact minimization
9. Energy dissipation structures
10. Climate change and land use
11. Reservoir sedimentation management
12. Erosion protection
13. Estuary and Lake Hydrodynamics and salinity
14. In road construction comparing asphalt to concrete to find out which lasts longer and what alternatives there are. If there is no solution, give a report on the alternatives
15. What specific repair work is done to stone built structures and materials are used to restore them or what else required accomplishing this.
16. How concrete is made, how it is used and what is its sustainability.
17. The steps, processes and the outcome of waste Management.
18. What materials and processes are used for noise control in buildings, which ones are more effective than others
19. How are buildings built to withstand earthquake and what kind of buildings they are?
20. What materials are used for the demolition of buildings? What procedures are used or the demolition process?
21. What buildings are fire resistant and what makes them fire resistant
22. How construction of tunnels is done and how construction has changed or improved over the years
23. The construction of landfills study and everything there is to know about landfills
24. How all the processes of water go through for treatment
25. How bridges are designed and constructed
26. Rain flow evaluation in large or small areas
27. Highway construction and the making or constructing of other different means of transportation
28. What it takes to construct and design skyscrapers.
29. What best ways to harvest rainwater and ways to reuse it or recycle it for every purpose that requires water usage like drinking, for both human and animals, for agriculture and any other use. This consists of reusing the rainwater for all uses of water, which include drinking water and water for livestock.
30. Fly Ash contents and its many uses
31. Difference between Wooden bridges and steel bridges with a big emphasis on which is better to use and with good reasons
32. The procedure used in the construction and design of dams.
33. Soil evaluation and all the uses and failures of soil evaluation
34. Design and analysis of nuclear power plants
35. Earthquake and what effects it has on specific buildings or structures
36. Renewable energy sources and homes that are developed using it vs structures and building considered green.
37. What it takes to design and put up a one-story building or a several stories building giving detailed information about the requirement of every additional story.
38. Design and construction of retaining wall
39. What the different strengths of cement mean and advantages of one type over another
40. the concept behind the planning, designing and constructing a floating tunnel

Questions to Ask Yourself When Choosing Your Civil Engineering Thesis Topic:

1. Is the topic feasible, suitable and acceptable for Independent Study and Professional Development?
2. Is the topic too broad?
3. Is it “doable” within the time scale?
4. Will I have access to the relevant sources of information?
5. Is it both worth doing and of interest to me?
6. Are there any confidentiality problems?
7. Could the results be suitable for publication?

Civil engineering Thesis Learning Outcomes

The civil engineering final year project is designed to meet the six learning outcomes which are outlined below. Remember that this is a learning process and that while you will possess all of the basic skills which you need to complete the civil engineering thesis already, you will certainly need to develop those skills and obtain substantial further knowledge if you are to achieve a high overall mark. Your supervisor will be able to help to guide you with this process, but fundamentally you must do the hard work yourself. Throughout the course of your civil engineering dissertation, you should constantly aim to demonstrate that you have mastered the ability to do the following things: 

1. Conceptualise: You should be able to identify a problem or requirement and work towards a solution.
2. Planning and time management: You should be able to prioritise what needs to be done, create a plan and ensure that it is carried out on time.
3. Research: You should be able to search for high quality information from respected sources. Review the information and report upon what it tells you about a problem or solution.
4. Technical content: You should demonstrate the ability to work at a high technical level. Show that you have a deep understanding of your project and include substantial analysis.
5. Communication: You should be able to communicate complex technical ideas through written and oral channels. Show that you have developed a strong technical vocabulary and that you can maintain attention to detail when writing a long document.
6. Critical evaluation: You should show that you have the ability to identify the really important aspects of your project. Write authoritative conclusions with credible justification to back them up.

General Structure of a Civil Engineering Thesis Report

In general, civil engineering final year project reports have the following general structure:

                         *Title Page (no section number or page number)

                         *Acknowledgements (no section number)

                        *Abstract (no section number)

                        *Table of Contents (no section number)

                       *Main Text (with section numbers)

                       *Appendices (with appendix number, not section number)

                       *References (no section number)

The following subsections provide information regarding what is expected in each case.

Civil Engineering Thesis Report Title Page

The title page can either be custom or follow the template supplied by your university. However, a standard title page should have the approved university logo, the title of the project, the full names of all contributors (i.e., authors), the project supervisor and the date when the report is submitted.

Acknowledgements  

If it is appropriate, the student (individual projects) or group (design projects) may wish to thank people or organisations for help or support which has been provided. This should be supplied on its own page and does not have a section number.

Abstract For a Civil Engineering Thesis Report

The abstract is a concise summary of the material which is contained within the report. It provides the potential reader with essential information regarding the primary aim of the project and possibly a problem statement. It will outline the methods or procedures which have been used and if applicable will mention the basic experimental procedures followed. The abstract will also provide a summary of the main results and the most important conclusions which can be drawn from the work. The abstract will be a single paragraph and is usually about 200 words.

Table of Contents

Every report should include a table of contents, after the abstract but before the main body of text. All numbered sections in the report must be included in addition to the un-numbered sections such as acknowledgements, abstract and references. Check this YouTube video on how to create a table of contents.

Main Text

The exact formulation of the main body of text will depend upon the nature of the project being reported upon. You can follow this link to read more about types of engineering dissertations. There are some common sections which most civil engineering thesis reports would be expected to have: 

Introduction

It is common for the first section of the main body of text to be an introduction which provides the reader with background on the civil engineering final year project and the motivation for carrying it out. The introduction should clearly state the project aims and objectives. 

Research

The introduction is often followed by a research section; relating to important aspects of the civil engineering thesis being undertaken. This section will give the reader a clear and concise outline of the research which has been carried out and an analysis of what the findings from the research mean in relation to the rest of the civil engineering final year project. 

Method

Following the research, a section which describes and justifies approach which was taken to completing the aims of the civil engineering thesis project should be outlined. In an experimental or simulation-based civil engineering project, this section will describe what apparatus (or software) was used and the way in which the experiment (or model) was set up. The method will describe how the testing was carried out and will justify the ways in which results were collected and recorded and what measures were taken in order to recognise and reduce sources of error. In a design report, the Method section will describe the design process which was followed and will justify the way in which that method was applied. If a criteria-based approach (for example) has been taken, then the criteria must be justified objectively and quantified where possible. 

Results

Following the method, a section containing the results of the process (experiment, simulation, design etc.) will be presented. This section will clearly collate results in an appropriate form (graphs, tables, drawings) depending upon the type of civil engineering project. It is crucial that results are provided in a critical and objective manner. The language which is used should provide the reader with a clear and unbiased review of the outcome of the method. If there are limitations to the accuracy or validity of results then this should be made clear. 

Discussion

The discussion is probably the single most important section of the report. It is in this section where the author has an opportunity to analyse and evaluate the results and to present the findings to the reader in the clearest way possible. The discussion should never simply summarize what has been done.

Conclusions

The conclusions section will provide a clear and concise summary of the main findings of the civil engineering project and will give the author an opportunity to offer recommendations. By definition, there should be no findings given in the conclusions which have not previously been covered in the discussion.

Appendices

Appendices are self-contained supplements to your civil engineering dissertation report. Information which is not directly required to explain your conclusions but which helps to support your findings can be included after the main body of text but before the references.

References

The final component of your civil engineering thesis report will be a complete list of references for sources which you have cited in your report. It is essential that all reports are properly referenced using a recognised referencing style. Proper referencing requires that citations are placed into the text of the report itself in order to inform the reader whenever a third-party source of information has been referred to or quoted. It is also necessary to provide a citation in the caption of any figure which has been scanned or reproduced (redrawn) from another source. A proper referencing system provides not only a list of sources used but also a positive link (citation) back to that source which is placed in the body of the text.  

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