Warning
This structure is a starting point rather than a rigid prescription. For a thesis that develops and evaluates a technical system, the separate chapters on technical components and experimental methodology are particularly useful. For a primarily theoretical thesis, they can be adapted accordingly. REMEBER: It is your thesis, you probably know better than others what are the main messages and how to deliver them.
Thesis Title
Author: Author Name
Abstract
Aim: Summarize the problem, the approach, the main results, and the contributions of the thesis in a concise, self-contained text. The abstract is usually finalized after completing the main body.
1. Introduction
1.1 Problem Statement
Aim: Define the problem precisely, explain why it matters, and identify the limitations of existing practice that motivate the work. Focus on the problem rather than presenting the proposed solution in detail.
1.2 Motivation and Scope
Aim: Explain why the problem is worth investigating and establish the boundaries of the thesis. Clarify what is in scope, what is out of scope, and which assumptions guide the work.
1.3 Research Objectives and Contributions
Aim: Summarize what the thesis seeks to achieve and identify its concrete contributions, distinguishing intended objectives from the results actually delivered.
- Objective 1: ...
- Objective 2: ...
- Contribution 1: ...
- Contribution 2: ...
1.4 Thesis Structure
Aim: Provide a brief roadmap of the chapters and explain how they fit together.
2. State of the Art
Chapter aim: Critically review the literature and existing solutions relevant to the problem. Organize the discussion around approaches, concepts, and limitations rather than summarizing papers one by one. Conclude by identifying the research gap.
2.1 Background and Concepts
Aim: Introduce the terminology, concepts, theories, and technical foundations needed to understand the problem and the subsequent review.
2.2 Existing Approaches
Aim: Describe and compare the most relevant existing methods, systems, and research directions. Explain their main ideas and the contexts in which they are useful.
2.3 Comparison and Limitations
Aim: Compare existing approaches using explicit criteria. Discuss their strengths, weaknesses, assumptions, and limitations in relation to the problem.
2.4 Research Gap
Aim: State what remains unresolved in the literature and why it matters. The gap must follow from the reviewed evidence and motivate the research questions.
3. Research Questions and Methodology
Chapter aim: Translate the research gap into answerable questions and explain the strategy used to investigate them. Make the connection between the state of the art, the questions, and the planned evidence explicit.
3.1 Research Questions
Aim: Formulate a small set of precise questions. Each question should address an aspect of the research gap and be answerable using the methods and evidence presented in the thesis.
- RQ1: ...
- RQ2: ...
- RQ3: ...
3.2 Rationale in View of the State of the Art
Aim: Explain why each research question is necessary given the strengths and limitations of prior work. Clarify what is already known, what remains uncertain, and what answering the question will contribute.
3.3 Research Strategy and Evaluation Plan
Aim: Explain how each research question will be investigated and what evidence will be used to answer it. Introduce hypotheses, evaluation criteria, datasets, and experiments at a high level.
| Research question | Method or experiment | Evidence needed |
|---|---|---|
| RQ1 | ... | ... |
| RQ2 | ... | ... |
| RQ3 | ... | ... |
4. System Design and Technical Components
Chapter aim: Present the solution, system, model, or technical method developed in the thesis. Explain its design and operation clearly enough for readers to understand how it addresses the problem and how it can be evaluated.
4.1 Requirements and Design Goals
Aim: Derive functional and non-functional requirements from the problem statement and research questions. Explain the criteria guiding the design decisions.
4.2 Architecture and Overview
Aim: Present the overall architecture and the relationships among its components. Use a diagram where appropriate and explain the flow of data or control.
4.3 Technical Components
Aim: Describe each major component, algorithm, model, or module, focusing on the design choices relevant to the research questions. Justify important decisions and discuss alternatives where appropriate.
4.3.1 Component A
Aim: Explain the component's purpose, inputs, outputs, operation, and design rationale.
4.3.2 Component B
Aim: Explain the component's purpose, inputs, outputs, operation, and design rationale.
4.4 Implementation
Aim: Document the implementation details necessary to understand the realization of the design, including technologies, configurations, and non-obvious decisions. Move lengthy code listings to an appendix or repository.
4.5 Chapter Summary
Aim: Summarize how the design addresses the problem and identify the aspects that will be evaluated experimentally.
5. Experimental Methodology
Chapter aim: Explain how the proposed approach is evaluated. Describe the experiments transparently and in enough detail to support fair comparisons and reproducibility. Keep the procedure separate from the results.
5.1 Experimental Questions and Hypotheses
Aim: Translate the research questions into observable outcomes. Where appropriate, formulate hypotheses and specify what evidence would support or contradict them.
5.2 Data, Materials, and Test Environment
Aim: Describe the datasets, participants, hardware, software, tools, or other materials used. Report relevant selection criteria, preprocessing, versions, and conditions.
5.3 Baselines and Comparison Methods
Aim: Identify the baselines or alternative methods used for comparison and justify their suitability. Ensure that comparisons are meaningful and use equivalent conditions where possible.
5.4 Metrics and Evaluation Criteria
Aim: Define how performance or outcomes are measured. Explain why each metric is appropriate, how it is computed, and how the measurements will be interpreted.
5.5 Experimental Procedure
Aim: Describe the steps of each experiment in sufficient detail for another researcher to reproduce it. Identify the variables changed, the variables controlled, and the data collected.
5.6 Threats to Validity and Reproducibility
Aim: Identify factors that could affect the credibility or generalizability of the findings, including sampling, measurement, confounding variables, and implementation choices. Explain mitigation measures where possible.
6. Results
Chapter aim: Report what the experiments found using figures, tables, and appropriate quantitative or qualitative evidence. Present the findings clearly and neutrally; reserve their broader interpretation for the discussion.
6.1 Results for RQ1
Aim: Present the observations and measurements that answer RQ1, referring to the relevant metrics, tables, and figures.
6.2 Results for RQ2
Aim: Present the observations and measurements that answer RQ2.
6.3 Results for RQ3
Aim: Present the observations and measurements that answer RQ3, if applicable.
6.4 Additional Findings
Aim: Report relevant findings not directly anticipated by the research questions. Distinguish exploratory findings from planned analyses.
7. Discussion
Chapter aim: Interpret the results in relation to the research questions, the original problem, and the state of the art. Discuss both positive and negative findings rather than simply repeating the Results chapter.
7.1 Answers to the Research Questions
Aim: Provide a direct, evidence-based answer to each research question. Explain which results support the answer and where uncertainty remains.
7.2 Comparison with the State of the Art
Aim: Explain how the findings compare with previous work. Clarify whether they confirm, extend, challenge, or differ from earlier results, and discuss plausible reasons.
7.3 Implications
Aim: Discuss the implications of the findings for research, design, implementation, or practice. Distinguish conclusions supported by evidence from possible future applications.
7.4 Limitations
Aim: Explain the limitations of the approach and evaluation and how they affect the conclusions that can reasonably be drawn.
8. Conclusion and Future Work
8.1 Conclusion
Aim: Return to the original problem and summarize the main contributions and findings. State what the thesis has established without introducing new results or making claims stronger than the evidence supports.
8.2 Future Work
Aim: Identify valuable next steps arising from the findings and limitations. Explain how each direction could extend, validate, or improve the work.
Bibliography
Aim: Provide complete and consistent references for all sources cited in the thesis, following the required citation style. Every cited work should appear in the bibliography, and every listed reference should be cited in the text unless the applicable style allows otherwise.
- Author, A. (Year). Title of the work. Publisher or venue.
- ...
Appendices
Aim: Place supporting material that is useful for verification or reuse but would interrupt the main narrative, such as extended tables, questionnaires, supplementary proofs, configuration files, or detailed experimental instructions.
Appendix A: Additional Material
...
Appendix B: Supplementary Experiments
...