University of Warwick Report Template

A clean, academic report template built with Typst, with two styles to choose from: a full report layout (title page, table of contents, chapter headers, appendices) and a compact problem set layout for short-form submissions. Both include theorem environments, equation numbering, and bibliography support.

Preview

Report

   

_{Title page • Table of contents • Chapter body with theorem environments}

_{Appendix with quantum circuit diagrams}

Problem Set

_{Compact header with 1.a. numbering for questions and parts}

Getting Started

Use this template

1. Click the green "Use this template" button at the top of the repository page, then select "Create a new repository".
2. Choose an owner and repository name, then click "Create repository".
3. Clone your new repository and start editing.

Prerequisites

• Typst (brew install typst on macOS)

Build

typst compile report.typ   # build PDF
typst watch report.typ     # recompile on changes

# Alternatively for the problem set
typst compile problem-set.typ
typst watch problem-set.typ

Usage

The template provides two styles. Import the one you need from template.typ:

Report (dissertations, long-form projects)

#import "template.typ": report, theorem, definition, proof

#show: report.with(
  title: [My Report Title],
  author: "Your Name",
  student-id: "2100000",
  supervisor: "Dr. Jane Smith",
  date: "April 2026",
)

Includes a branded title page, roman-numeral front matter, table of contents, chapter headers, and word count. Add chapters as .typ files in chapters/ and #include them in main.typ.

Problem Set (short-form reports, assignments)

#import "template.typ": problem-set, theorem, definition, proof

#show: problem-set.with(
  title: [CS261 — Problem Set 1],
  author: "Your Name",
  student-id: "2100000",
  module: "CS261 Software Engineering",
  date: "April 2026",
)

Compact header, no title page or contents. Headings use 1.a. numbering — = for questions, == for parts, === for sub-parts.

Shared features

Both styles provide theorem, corollary, lemma, definition, and proof environments, equation numbering, and bibliography support via bibliography.bib.