# How to Use Scrivener to Outline and Write Your Biology Thesis By the end of this guide you will have a working Scrivener project laid out with a standard biology thesis structure, a chapter-by-chapter outline you can drag and rearrange, word count targets for every section, and a compiled Word draft you can send to your advisor. You need Scrivener 3 installed on a Mac or Windows computer, a folder for your project, and (ideally) a reference manager such as Zotero running alongside it. Thesis writing is a long project with a rigid final shape but a messy middle. Scrivener handles that mismatch well because it lets you write chapters in any order, see the whole thesis on one screen, and reorganize without cutting and pasting. The same problem shows up all over research life. The developers of a digital image processing package for computational dosimetry built their tool precisely because the tasks their dissertations and theses required were scattered across separate programs, and researchers who could not find everything in one place either slowed down or used alternative tools inadequately [1]. Choosing a writing tool that fits the shape of a thesis removes one of those gaps before you start drafting. ## What Scrivener Is and Why It Fits a Thesis Scrivener is a writing program built around documents, folders, and a project file rather than a single continuous file like Word. Its core pieces are: - **The Binder**, a sidebar tree where every chapter, section, and note lives as a separate item you can move freely - **The Corkboard and Outliner**, two views that show your items as index cards or as a spreadsheet with word counts and labels - **Compile**, an export engine that assembles all of your pieces into a single formatted document with numbered chapters, a table of contents, and consistent styles For a thesis, that combination matters because biology thesis structure is fixed but your writing order is not. You will probably draft Methods first, Results second, and Introduction last, even though the final document reads Introduction to Conclusions. Scrivener lets the physical order of your writing differ from the final order without any penalty. ## Getting Set Up Install Scrivener 3 from the official Literature and Latte website. The company offers a free trial and educational pricing, so check both before buying. The trial has a full feature set with a time limit, which is long enough to set up your template and confirm the workflow suits you. Create a folder on your computer called something like `Thesis_Projects`. Scrivener stores everything for one thesis inside a single project package (a `.scriv` file on Mac, a `.scriv` folder on Windows). Keep that project on your local drive, not in a synced folder, and back it up separately. ## Building or Choosing a Scrivener Thesis Template ![Decision path for picking a Scrivener thesis template: build your own, adapt the built-in template, or download a free one.](/article-images/illustrations/scrivener-thesis-template-template-route-choice.webp) A Scrivener thesis template is a pre-built project containing the folder skeleton, front matter, and formatting styles a thesis needs. You have three routes, described below. ### Route 1: Download a Free Scrivener Thesis Template Free thesis templates circulate through university library guides, academic writing blogs, and the Scrivener user forums. Download the template file (Scrivener 3 templates use the `.scrivtemplate` extension) and do this: 1. Open Scrivener and go to **File > New Project** (or **File > New Project...** on Windows). 2. Look for an **Options** button at the bottom of the template chooser window and choose **Import Templates...** 3. Select your downloaded `.scrivtemplate` file. It now appears as a category in the template chooser. 4. Select it, name your project, choose a save location, and click **Create**. Because any free template was built by someone else for a different institution, treat it as a starting point. Your graduate school's formatting rules override anything in a downloaded template. ### Route 2: Build Your Own Template (Recommended) Building your own takes about thirty minutes and produces a template that matches your program exactly. The template format is simply a saved project marked as reusable, so you build a normal project first. 1. Choose **File > New Project**, pick **Blank**, and create the project. 2. Build the Binder skeleton shown in the next section. 3. Set up your labels and statuses (Step 3 in the walkthrough). 4. When the skeleton looks right, go to **File > Save As Template** and give it a name such as "Biology Thesis". 5. The next time you start a thesis, dissertation, or comprehensive exam document, select it from the template chooser and you get an identical skeleton with none of your draft text in it. ### Route 3: Adapt the Built-In Non-Fiction Template Scrivener ships with a Non-Fiction category that includes an academic paper template. It is thinner than a real thesis template but gives you front matter and chapter folders you can rename and extend. Use it if you want to see the mechanics before committing to a custom build. ## Mapping a Biology Thesis Structure into the Binder ![Worked calculation dividing a 24,000 word thesis into four research chapters, introduction, discussion and front and back matter.](/article-images/illustrations/scrivener-thesis-template-word-budget-split.webp) Most biology theses follow the IMRaD pattern (Introduction, Methods, Results, and Discussion), often wrapped in a literature review chapter and closed with a general conclusion. A typical master's-level biology thesis structure maps into the Binder like this. | Binder item | What goes inside | Typical share of the thesis | |--|--|--| | Front Matter | Title page, abstract, table of contents, acknowledgments | Small | | Ch 1: General Introduction | Field background, knowledge gap, thesis aims | Moderate | | Ch 2: Literature Review | Organized critical review, if your program requires a separate chapter | Varies | | Ch 3 to Ch N: Research Chapters | Each experimental chapter with its own short Introduction, Methods, Results, Discussion | Largest block | | Ch N+1: General Discussion | Synthesis across chapters, limitations, future directions | Moderate | | Back Matter | References, appendices, supplementary material | Small | If your program instead expects a continuous thesis (one Methods section, one Results section covering all experiments), flatten the research chapters into single Methods and Results folders. Ask your graduate coordinator for a past thesis from your program and copy its top-level structure exactly. That document is the best biology thesis structure guide you will ever have, because it passed review at your institution. For a worked example of planning, suppose your program requires 24,000 words across six chapters. Divide the budget: ``` Required total: 24,000 words Research chapters: 4 chapters x 4,500 = 18,000 General Introduction: 2,500 General Discussion: 2,500 Front matter + back matter: 1,000 Total allocated: 24,000 ``` Enter those targets in Scrivener's Outliner as a word goal for each document, and the project shows your progress against them. ## Step-by-Step Walkthrough ### Step 1: Create the Project and Binder Skeleton 1. Open **File > New Project**, choose **Blank**, and name the project, for example `Mangrove_Microbiome_Thesis.scriv`. 2. In the Binder, rename the default folder to **Draft** (Scrivener names it Manuscript or Draft depending on version). 3. Inside Draft, add folders with the **plus button** or **Project > New Folder**. Create one folder per thesis chapter: `01_Introduction`, `02_Literature_Review`, `03_Chapter_One_Results`, and so on. Numbered prefixes keep chapters in order if you ever export the Binder. 4. Inside each chapter folder, add text documents for each subsection. Under `03_Chapter_One_Results`, add `3.1_Survey_Design`, `3.2_Sequencing_QC`, and `3.3_Community_Composition`. 5. Below Draft, create a folder called **Research** and move it so it sits outside the compile area. Put literature notes, meeting notes, figure drafts, and scratch ideas here. Only items inside the Draft folder get compiled. **Expected result:** a Binder with numbered chapter folders, subsection documents, and a Research area that will never accidentally appear in your compiled thesis. ### Step 2: Write Front Matter Select the Draft folder, then in the Inspector enable the metadata for the whole draft. Scrivener's compile system can generate a table of contents automatically from your chapter titles. Type your title page and abstract as the first documents inside Draft, and set each one's Section Type (visible in the Inspector) to match how compile should format it. Get the Section Types right early, because compile relies on them. ### Step 3: Set Up Labels, Status, and Word Targets 1. Open **Project > Project Settings** (Mac) or **Project > Project Settings** (Windows) and go to the **Labels** tab. 2. Replace the default labels with drafting stages: `Idea`, `Outlined`, `Drafted`, `Revised`, `Advisor Reviewed`, `Final`. 3. Assign colors so the Corkboard shows your thesis state at a glance. 4. Go to the **Status** tab and define: `Not Started`, `In Progress`, `Submitted to Advisor`, `Approved`. 5. Select every chapter document in the Outliner view and type a target word count into the **Target** column. Scrivener shows a progress bar per document and per total. **Expected result:** an Outliner that looks like a thesis dashboard, with each row showing title, label color, word count, target, and status. ### Step 4: Outline on the Corkboard 1. Select your `01_Introduction` folder and switch the main editor to the Corkboard view. 2. Write one index card per planned section. A card for the introduction might read: ``` Card title: The knowledge gap Notes: Para 1: field context, cite reviews 2019-2024. Para 2: methods limitations in prior work. Para 3: what this thesis adds (aims 1-3). Source notes: pull from /Research/Reviews folder. ``` 3. Drag cards until the argument runs in a sensible order. Rearranging cards reorders the underlying text documents, so nothing is lost. 4. Repeat for every chapter. When you later open any card, the editor opens that document beneath the corkboard and you draft directly into it. This drag-and-reorder loop is the single biggest reason to outline in Scrivener rather than a word processor. Argument changes in month ten cost seconds, not afternoons. ### Step 5: Draft with Snapshots and Placeholders Before any major revision, take a snapshot of the document: select it and choose **Documents > Snapshots > Take Snapshot**. Snapshots store the previous version inside the document so you can compare and roll back. While drafting, leave a placeholder where a number or citation will go rather than stopping to look it up. Scrivener's own placeholders, such as `<$wordcount>`, get replaced during compile. You can also type your own bracketed markers: ``` Text as drafted: Leaf area increased by [VALUE TBD from 2023 greenhouse run; see notebook p. 41]. Compare with . ``` After compile, the text reads: ``` Leaf area increased by [VALUE TBD from 2023 greenhouse run; see notebook p. 41]. Compare with . ``` Literal placeholders survive compile untouched, which is what you want, because they are easy to search for with **Edit > Find > Find in Project** and impossible to mistake for finished prose. Run a project-wide search for `[VALUE` and `<` before submitting anything. ### Step 6: Handle Figures, Data, and Computational Biology Biology theses are image-heavy. Microscopy panels, gels, CT and MRI slices, heat maps, and figure composites all need to move from analysis software into your manuscript. Do this deliberately: 1. Keep raw images and data outside the Scrivener project. Put them in a parallel folder such as `Thesis_Data/figures_raw` and import only the versions you plan to use. 2. In Scrivener, use **Insert > Image** to embed figures at the point where they belong in the text, or place them in a `Figures` subfolder per chapter and reference them by number. 3. Document every processing step in your Methods documents. Image-based projects stack many operations: format conversion, assembling 2-D slices into 3-D matrices, sampling, quantization, enhancement, restoration, and segmentation [1]. Write down the software, version, and settings for each step as you go, because reconstructing the pipeline a year later is far harder than recording it in real time. 4. If your thesis involves custom code, store the repository link and the exact command lines in a dedicated Methods appendix document inside Draft. A published example of thesis-driven tool building is a Portuguese-language digital image processing program developed by a dosimetry research group specifically to solve problems in its members' dissertations and theses, whose second version reorganized its menus and added a dedicated image segmentation menu [1]. Note how even that team treated software organization as part of thesis work. Mirror that habit in your own Methods chapter. ### Step 7: Compile to Word 1. Choose **File > Compile**. 2. Pick a compile format. For an advisor draft, choose the Word format that outputs `.docx`. 3. In the compile window, check the **Section Types** assignments. Each Section Type controls formatting such as title style, numbering, and whether the document's text is included. A common compile failure is a folder set to a type that excludes its text, which produces an output with headings but empty chapters. 4. Under **Metadata**, confirm the title and author fields match your title page. 5. Click **Compile** and save the output. **Expected result:** a `.docx` file with your chapters in Binder order, a generated table of contents if you enabled one, consistent heading styles, and embedded figures. Open it in Word and scroll the whole document once before sending it anywhere. Compile settings are reusable, so after you get the format right, your later compile runs are one click. ### Step 8: Verify the Result Check these four things after every compile: - Chapter order in the `.docx` matches the Binder order. - The table of contents page numbers point to real pages. - Every figure appears at full resolution and in the right place. - A search for `[VALUE` and `<$` returns nothing in the compiled file. Then update your Status labels, take fresh snapshots of anything you changed, and let Scrivener's automatic backup run. Configure the backup location in **Scrivener > Preferences > Backup** (Mac) or **File > Options > Backup** (Windows) and point it at a folder that syncs to cloud storage or an external drive. ## Key Options Summary | Scrivener feature | Where to find it | What it does for your thesis | |--|--|--| | Binder | Left sidebar | Holds every chapter and note as a movable item | | Corkboard | View > Corkboard | Index-card outlining, drag to reorder | | Outliner | View > Outliner | Spreadsheet view with word counts and targets | | Labels and Status | Project Settings | Track drafting stage per section | | Snapshots | Documents > Snapshots | Version history before big edits | | Collections | Project > New Collection | Saved searches, for example all sections labeled `Revised` | | Project Targets | Project menu | Thesis-wide and session word goals | | Compile | File > Compile | Exports the assembled thesis to `.docx` or PDF | | Document templates | Project Settings > Special Folders | Reusable scaffolds, for example a pre-formatted Methods block | | Save As Template | File menu | Turns your finished skeleton into a `.scrivtemplate` file | ## Common Errors and Fixes - **The project will not open and Scrivener reports it is already open in another instance.** Close the other Scrivener window, or if the project was left open on a different machine, use the option to open anyway and then verify no edits were lost. This almost always comes from leaving the project open on two computers or in two synced copies. - **Compiled document has headings but blank chapters.** A Section Type with text excluded was applied to content documents. Reopen the compile window, check every document's Section Type against the compile format, and set body documents to a type that includes text. - **Placeholder text appears literally in the output.** With typed markers like `[VALUE TBD]`, that is intended behavior. With built-in placeholders such as `<$wordcount>`, the misspelled name or an unsupported placeholder type causes the raw text to pass through. Check the spelling against Scrivener's placeholder list and recompile. - **Word counts in the Outliner do not match the compiled file.** The Outliner counts text only in the documents you selected. Notes and documents outside the Draft folder are excluded from compile, so their words never appear in the output. That discrepancy is a feature, but it surprises people who wrote drafts in the Research folder. - **Figures look degraded in the compiled `.docx`.** You likely imported compressed previews. Re-import the highest-resolution version, verify the image size settings in Scrivener, and recompile. - **Sync service reports conflicts on the `.scriv` package.** Syncing an open Scrivener project through generic file sync creates duplicate conflict copies. Pause sync while writing, quit Scrivener before syncing, or use a backup-then-sync workflow rather than live sync. ## Common Mistakes and Limitations - **Writing the thesis as one giant document.** The whole point of a Scrivener thesis template is section-level control. One document in one editor gives you none of it. - **Skipping snapshots.** Advisors often send back revision requests that require rewriting a section. Without a snapshot taken before the rewrite, the earlier version is gone. - **Keeping raw data inside the project.** The `.scriv` package grows with every embedded file. Multi-gigabyte image stacks inside the project slow Scrivener down and make backups painful. Link or reference, do not copy. - **Ignoring compile until the deadline.** Test compile in month one. Compile settings interact with Section Types in ways that are much easier to fix early, and a test compile shows you exactly how your headings, figures, and table of contents will look. - **Letting tool sprawl consume your time.** The dosimetry group that built its own image processing software did so because no single existing tool covered its thesis needs, and the alternatives cost the researchers research pace or led to inadequate tool use [1]. The lesson for your writing workflow is to settle on one core tool plus a reference manager and a data pipeline, document them, and stop shopping. The same principle applies inside the thesis itself: if your image analysis requires chaining tools, record that chain precisely in Methods rather than relying on memory [1]. - **Treating a downloaded template as authoritative.** A free Scrivener thesis template someone shared online encodes their institution's rules, not yours. Margin widths, heading numbering, and reference style are set by your graduate school. - **Expecting Scrivener to manage references.** It will not. Use Zotero, Mendeley, or EndNote for citations, either through their Word plugins after compile or by writing citations as temporary markers and processing them later. - **Expecting Scrivener to analyze data.** R, Python, and your microscope's software produce results. Scrivener organizes the prose around them. One general limitation applies to everything above: formatting requirements, word limits, and chapter conventions differ across programs, so confirm your own graduate school's rules before locking in any template. ## Frequently Asked Questions ### Is there a free Scrivener thesis template? Yes. Free thesis templates are shared through university library guides, the Scrivener user forums, and academic writing sites, usually as a downloadable `.scrivtemplate` file. Import one through the New Project window, then adjust it to your program's rules before you draft. ### What does a good Scrivener thesis template format look like? A good template format has numbered chapter folders inside the Draft folder, subsection documents beneath each chapter, a Research folder outside the compile area for notes and figures, front matter documents, defined labels and statuses, and word targets already entered in the Outliner. Anything beyond that is decoration. ### How do I plan a thesis when I do not have all my results yet? Outline the fixed parts first. Write full index cards for the Introduction, Literature Review, and Methods, and stub cards with titles only for Results and Discussion sections. Scrivener is built for this, because you can draft Methods and the Introduction now and reorder everything when data arrive. ### What biology thesis structure should I use? Use your program's required structure, which for most biology theses is IMRaD arranged either as one Methods and one Results section or as standalone research chapters each with a mini IMRaD. Get a recently passed thesis from your own program and copy its top-level outline into your Binder. ### Can Scrivener track my progress toward the thesis word limit? Yes. Enter targets per document in the Outliner and set an overall target under Project Targets. Scrivener shows progress bars and counts words live as you type, so you can see whether a chapter is over or under its allocation while you write it. ### Can I write in Scrivener and produce my final thesis in Word? Yes, and most students should. Compile your Binder to a `.docx` file for advisor rounds and final submission. Scrivener handles drafting and assembly, and Word handles the final formatting pass that your graduate school requires. ### Does Scrivener work with Zotero or Mendeley? Scrivener does not manage references itself. The practical workflow is to insert citation markers or use the reference manager's manuscript matching later, or compile to `.docx` and use your reference manager's Word plugin to insert citations in the compiled file before sending it out. ### Do I need Scrivener 3 for a modern thesis template? Yes. Scrivener 3 introduced the current compile system and the `.scrivtemplate` format that most recently shared thesis templates use. Templates built for version 1 or 2 can be upgraded, but starting with Scrivener 3 avoids conversion problems. ## Sources 1. [A software to digital image processing to be used in the voxel phantom development.](https://pubmed.ncbi.nlm.nih.gov/20003807/)