Game tutorials and onboarding are crucial for engaging new players and boosting retention. Research shows that well-designed tutorials make games more approachable and keep players engaged. However, their effectiveness depends on game complexity and player skill: tutorials significantly improve engagement in complex or unconventional games but add little value in very simple ones. They work best when they are context-sensitive (grouped with the relevant feature) and delivered just-in-time rather than all at once. Modern studies (2012–2025) expand on Andersen et al.’s CHI 2012 findings by emphasizing tailored learning: novices benefit most from scaffolded tutorials, while experienced players prefer implicit, exploratory guidance. Industry examples (e.g. Candy Crush Saga, Portal, Half-Life 2) illustrate successful patterns. Best practices include embedding tutorials into the story, introducing mechanics one at a time, and offering optional help. Tutorial effectiveness is measured via metrics like completion rate and early retention (Day 1/Day 7 users), often validated through A/B testing. This article reviews the literature (academic studies and developer accounts), compares design patterns, and highlights open challenges in game onboarding, providing actionable insights for game designers.

Background: Why Tutorials Matter

A strong onboarding experience can make or break a game’s success. Tutorials are the gateway to learning core mechanics and navigating the game world. Well-crafted tutorials raise a game’s approachability, helping players overcome initial friction. For example, veteran designer Ernest Adams argues that almost every modern game needs a tutorial unless its gameplay is extremely trivial. Tutorials not only teach controls but also build a player’s “sense of agency” and confidence, contributing to immersion. Conversely, poor or overly lengthy tutorials often lead to early churn: one game-dev blog notes that “lengthy or complex tutorials interrupt immersion and often lead to early abandonment,” and recommends capturing player interest within the first five minutes by stripping non-essential instructions. In short, the first-time user experience (FTUE) must be smooth and engaging to keep players coming back.

Figure 1. A common meme illustrating the “wait, that was just the tutorial?” moment experienced by many players. Such player reactions highlight why tutorials should be motivating rather than tedious (source: Brave Zebra).

Literature Review (2012–2025)

Key Academic Studies

• Andersen et al., CHI 2012 (A/B Testing Three Games): This seminal study created three experimental games and ran an A/B test with ~45,000 players. It found that tutorials significantly boost engagement only in complex or novel games, but offer little benefit in very simple games. Importantly, context-sensitivity matters: tutorials grouped with the feature they teach (e.g. a tutorial immediately before using a new mechanic) were more efficient. In other words, dropping a tutorial into the middle of play (rather than all up front) improved learning.
• Passalacqua et al., CHItaly 2020 (Mobile Game Study): Extending Andersen’s work, this study introduced the player’s expertise level as a factor. They found that in simple games, unskilled players did gain flow and engagement from tutorials (supporting Andersen), whereas skilled players did not need them. The result emphasized that player background should be considered: novices benefit most from guidance, while experts may prefer skipping it.
• Shannon et al. / White, 2012–2013 (Instructional Design Models): Research on educational games indicates that players prefer scaffolded, just-in-time instructions. Both White and Shannon observed that rather than presenting all rules at once, tutorials should “earn their place” by providing information only when needed. They recommend on-demand, contextual help (e.g. tooltips or pop-ups) over long static manuals.
• Desurvire & Wiberg, 2010 (Game Approachability Principles): Predating Andersen, these authors proposed ten “Game Approachability Principles” (GAP) as heuristics for casual players. Effective tutorials, according to GAP, should offer practice opportunities, use varied presentation modes (visual, audio, interactive), give timely feedback, build player confidence (self-efficacy), be entertaining, and remain accessible on-demand. These principles have influenced both design and evaluation of tutorials.
• Cao & Liu, Heliyon 2022 (Literature Review + Pilot Study): This recent open-access paper reviewed the state of tutorial research and identified five common features. It confirms past findings: tutorials are especially valuable in complex games; designers must account for player skill; allowing hands-on practice with feedback makes tutorials more effective; and just-in-time access (e.g. help buttons or contextual prompts) aids learning. Their pilot study further found that implicit, gamified tutorials (guidance woven into gameplay with fun cues) improved player perceptions, especially for experienced gamers. This suggests blending education and entertainment in tutorials can boost acceptance.

Table 1. Selected Academic Studies on Game Tutorials. This table summarizes methods and key findings from influential research.

Measuring Tutorial Effectiveness

Developers use both quantitative metrics and qualitative feedback to evaluate onboarding. Common KPIs include First-Time User Experience (FTUE) completion rates, tutorial skip/completion rate, Day 1/Day 7 retention, and player progression speed. In A/B tests, designers might compare retention curves between players who received different tutorial versions. For example, a mobile game testing guide recommends optimizing onboarding flow itself as a test parameter, using retention and ARPDAU (Average Revenue Per Daily Active User) as outcomes. Anecdotally, industry reports cite cases of small A/B changes yielding significant retention lifts: one developer notes that rigorous testing once achieved “retention improvements that actually keep a game alive”. In addition to analytics, user studies remain valuable. Methods like think-aloud sessions or “teach-back” (asking players to explain what they’ve learned) reveal usability issues. The GAP framework can serve as a heuristic checklist for tutors (e.g. does the tutorial allow practice? does it empower the player?), and survey tools (SUS, custom UX questionnaires) can capture player sentiment.

Industry Examples and Case Studies

Real-world games illustrate a variety of onboarding approaches:

• Puzzle Mobile Games: Candy Crush Saga (King) and Angry Birds (Rovio) lead players through simple initial levels that implicitly teach core mechanics (matching candies or launching birds). Each level introduces exactly one new concept, ensuring early wins and understanding. While specific metrics are proprietary, analysts note that Candy Crush achieved high Day‑1 retention by making Level 1 short and engaging (players often pass it on the first try, boosting confidence). Angry Birds similarly lets players first learn shooting without enemies, then gradually adds obstacles and bird types.
• Casual Strategy: Clash of Clans (Supercell) and Hay Day (Supercell) use hand-holding tutorials integrated into the first few missions. A pop-up guides the player through building construction, resource collection, and combat in sequence. These tutorials are mandatory but form part of the game levels, so players feel they’re “playing” rather than just reading instructions. Supercell has reported very high tutorial completion rates, attributing much of their success to onboarding that marries gameplay with instruction.
• Story-driven Shooters/RPGs: Games like Half-Life 2 (Valve) and God of War (2018) (Santa Monica Studio) fuse tutorials with narrative. In Half-Life 2, the initial chapter has no breaks – every learned action (running, crouching, interacting) is presented as part of the plot. Players don’t realize it, but this is effectively a tutorial level. Similarly, God of War introduces combat and navigation through a father-son journey. BraveZebra points out that “the narrative-driven journey naturally unfolds alongside the player’s learning curve,” immersing players while they pick up skills. These integrated tutorials avoid separate learning modes and keep veteran players engaged by advancing the story.
• Puzzle/Adventure (Indie): Portal (Valve) is often hailed as the gold standard of onboarding. Its first test chamber introduces the portal gun and physics in a self-contained puzzle room. Each room teaches one mechanic and then builds on it. After each tutorial-like puzzle, a simple challenge requires applying that mechanic before introducing anything new. This “learn-by-doing” approach is exactly what Playio recommends – embedding core mechanics into playable levels and only giving hints when needed.
• Hardcore/No Tutorial: Some games like Dark Souls (FromSoftware) intentionally eschew traditional tutorials. Players are dropped into a hostile world with minimal guidance, forcing them to experiment and discover mechanics themselves. This high barrier to entry pays off for games that want to cultivate dedicated fans through challenge. It illustrates that the choice of tutorial style must match the intended audience. If the goal is a broad player base, accessible onboarding is critical; for niche or veteran audiences, minimal guidance might be acceptable.

Table 2. Industry Tutorial Examples. Selected titles and their onboarding styles.

Design Patterns and Best Practices

Drawing from research and industry wisdom, several recurring tutorial design patterns and guidelines emerge:

• When to Include a Tutorial: Add instruction whenever the game introduces a new mechanic or complex system, or targets novices of a genre. BraveZebra summarizes: “adding a tutorial of some kind is needed whenever you are introducing a new mechanic…, [or] dealing with complex gameplay systems.” Conversely, skip tutorials for elements players likely know (e.g. skipping explanation of “what is a full house” in a poker game). Always consider player background: experts may prefer to bypass basic tutorials, while newcomers will need them.
• Seamless Integration (“Learning by Playing”): Whenever possible, blending tutorials into the narrative or core gameplay leads to higher immersion. Instead of a separate “Tutorial Mode,” teach players through their first missions. As one design guide notes, games like Half-Life 2 and God of War (2018) let players “organically acquire essential skills as they progress through the narrative without the need for explicit tutorials”. Even in casual games, simple contextual hints (e.g. an on-screen arrow pointing to a new button) can replace text instructions.
• Progressive, Single-Concept Steps: Break down learning into bite-sized chunks. Introduce only one new mechanic or control at a time, allow the player to practice it in a safe environment, then give a challenge that requires it. After mastery, move on to the next mechanic. This is sometimes called “scaffolding.” For example, Portal and many puzzle games use a level-based structure: learn a move in an easy room, then combine it with previous moves in later rooms. This pacing prevents cognitive overload and makes each accomplishment feel rewarding.
• Hands-On Experimentation: Encourage active learning. Tutorials should give players control to experiment. Instead of lengthy text, use interactive tutorial elements like “ghost images” or on-screen prompts that guide the action. One tutorial designer advises combining a quick popup introduction with a ghosted hand showing the correct move. This way, players immediately try the action themselves. As BraveZebra puts it, providing “space for players to experiment” makes the learning process feel personal and engaging.
• Visual / Audiovisual Aids: Use clear visuals and audio cues. Incorporate voice-over or character dialogue (as in many RPGs) to convey instructions in-world. Where appropriate, graphical elements like arrows, highlights, or animations can direct attention. Ensure text instructions are concise and supported by visuals. For instance, using a tutorial hand icon that drags a puzzle piece helps players grasp a mechanic without needing paragraphs of text.
• Choice and Accessibility: Allow players to skip or revisit tutorials. Give the option to pause tutorial tips or access help menus (“?” icons or skill trees). This respects different learning styles. Include subtitles, color-blind-friendly graphics, and consider controller/touch alternatives to accommodate varied abilities. (Game accessibility experts stress that tutorials must be inclusive: use large fonts, clear contrast, and avoid flairs that can confuse new or disabled players.)
• Motivation and “Aha” Moments: Drive learners toward the game’s “aha” moment – the point where the fun is revealed. One design checklist emphasizes defining the player’s initial need or goal, then leading them through just enough steps to achieve it. Strive to make tutorials feel like part of the fun, not a chore. Reward curiosity: for example, in many games completing the tutorial unlocks a tangible bonus or surprise. If players understand why an ability matters (e.g. to defeat the first enemy), they are more motivated to learn it.

Evaluation and Metrics

To judge tutorial success, developers track specific metrics and conduct analyses:

• Completion and Conversion Rates: Measure what fraction of new users finish the tutorial (or each tutorial segment), and how many of those continue playing. A steep drop-off during or immediately after a tutorial indicates a problem. For example, if 80% finish “Level 1” (the tutorial) but only 40% play Level 2, the tutorial may be too hard or dull.
• Early Retention (D1/D7): Compare Day 1 and Day 7 retention of players who saw different tutorial designs. A well-designed onboarding flow should produce higher retention. Industry sources often cite these metrics: one testing guide recommends using D1/D7 retention as key KPIs when optimizing onboarding through A/B tests. In practice, teams might run A/B experiments where Group A gets Tutorial A and Group B gets Tutorial B, then check which group sticks around longer.
• Time to First Success: Track how quickly new players achieve a meaningful action (defeat first enemy, complete first puzzle, etc.). Faster times usually indicate an effective tutorial.
• Qualitative Feedback: Surveys or interviews with new players can uncover pain points. A simple question like “What did you find confusing in the tutorial?” yields actionable insights. Usability testing (watching play sessions) can reveal if players miss obvious cues or struggle with instructions.

Example: A game analytics toolkit might combine telemetry with on-demand feedback. If metrics show many players quitting at Level 1, designers might try splitting the tutorial into even smaller pieces (following the “micro-tutorial” pattern) and see if conversion rises.

Finally, frameworks like the Game Approachability Principles can guide heuristic evaluation. For instance, a QA checklist might mark whether the tutorial “provides timely feedback” or “satisfies self-efficacy (players feel capable)”. While not a metric per se, such principles help ensure best practices are followed during design and review.

Critiques, Limitations, and Open Questions

While much progress has been made, onboarding research and practice have open challenges:

• One-Size-Fits-All vs. Personalization: Players vary widely. Some skip tutorials immediately, while others need step-by-step help. Current research (e.g. Cao & Liu) shows different preferences by skill level, but most games still use a static tutorial. Adaptive tutorials that respond to player performance (simplifying if the player struggles, or offering skips if they excel) are an area for innovation.
• Over-Tutorialization: There is a risk of bogging down players. Too many hints or interruptions can frustrate veterans. Conversely, too little guidance can alienate novices. Finding the sweet spot often requires iteration and data analysis. Notably, some design experts recommend avoiding tutorials for obvious actions, and instead trusting players to discover them if it doesn’t harm core experience.
• Measuring Engagement Beyond Metrics: Retention numbers don’t capture how players feel. A low dropout rate might hide the fact that players found the tutorial boring or repetitive. Conversely, some dropouts might be due to external factors. Richer UX studies and even physiological measures (eye-tracking, etc.) could deepen understanding, but are rarely used in industry.
• Emerging Media: New platforms (VR/AR, mobile AR like Pokémon GO, cloud gaming) raise fresh questions. For instance, how do you onboard a player in VR where UI conventions differ? Early research (Frommel et al. 2017) suggests tutorials will be vital to handle novel interactions, but best approaches are still being explored.
• Long-Term Effects and Learning: Most studies look at immediate outcomes (first day retention, flow in tutorial). Fewer examine how tutorials affect long-term mastery, or if players forget basics and need revisiting. Do in-game tutorials have decay effects? Can periodic refreshers or advanced training improve retention weeks later? These are open research avenues.

Game tutorials are a double-edged sword: when done well, they open the door to player engagement; when done poorly, they slam it shut. The research and industry evidence reviewed here converge on some clear guidelines: be contextual, concise, and player-centered. Embed learning within the fun of gameplay, release information only as needed, and allow players to discover by doing. Use analytics (FTUE, retention rates) and A/B testing to validate design choices. Remember the human element: different players learn differently, so consider optional or adaptive tutorial flows. Finally, think of the tutorial not as a hurdle, but as the first level of fun. A memorable onboarding can create that critical “aha” moment that hooks players for the long run.