Gamified vs traditional laparoscopic surgical simulation: what actually improves skill retention?

Henk ten Cate Hoedemaker, a gastrointestinal surgeon at Universitair Medisch Centrum Groningen, had one of the best-equipped laparoscopic training centres in the Netherlands. His residents were rarely in it. What he noticed instead was that they were on their phones, playing games, building real dexterity and reaction speed without thinking of it as practice.

That observation led to a question that has driven over a decade of research: what if laparoscopic skills training were designed the way games are designed? 

Not easier, but engaging. Something residents would return to because they wanted to, not because they knew they should. Would that actually build surgical skill, or just high scores?

The research answered that question. Here is what it found.

Traditional laparoscopic simulation: what it does well and where it falls short

Traditional simulation is built on solid foundations. The fundamentals of laparoscopic surgery tasks, peg transfer, suturing, cutting, and clip application, are well-defined, measurable, and directly transferable to OR performance. 

Structured repetition of these tasks builds the psychomotor foundations that laparoscopic surgery demands, hand-eye coordination, instrument handling, and spatial awareness in a 2D-to-3D environment. The FLS laparoscopic skills framework is built on exactly this model, and it works.

The limitation is not the training itself. It is the training behaviour it produces. 

Drilling the same tasks in a neutral environment, with nothing but a stopwatch for feedback and no visible reward for progress, is hard to sustain. Residents start programmes, do them sporadically, and quietly let them go when clinical life gets busier. 

The repetition volume required for skill consolidation just does not accumulate. Without that volume, the tool meant to build competency sits unused.

Gamified laparoscopic simulation: the same skills, a different experience

Gamified simulation applies serious game design to the same training tasks. Serious games are games built for purposes beyond entertainment, and they have been studied in healthcare, the military, and professional training for decades. 

The finding across every field is that well-designed gamified systems produce higher engagement, more repetitions, and stronger skill retention than equivalent non-game approaches.

The reason is obvious. Games are engineered to keep people playing. They offer: 

• Immediate feedback after every attempt.

• Difficulty that scales with ability, so the challenge stays meaningful.

• Visible progression that makes improvement feel real. 

• Peer competition that gives practice a reason beyond obligation. 

Each of these features maps directly onto what deliberate practice research identifies as essential for building durable skill.  

Research on gamified surgical training tools that use real laparoscopic instrument mechanics showed a high, significant correlation (r = 0.812, p < 0.001) with the FLS Peg Transfer task, the gold-standard measure of a broad range of FLS fundamentals in laparoscopic surgery. 

What research shows about skill retention

The gap between the two approaches is most visible in long-term retention. 

Traditional simulation produces skill gains that deteriorate faster when practice stops. Gamified simulation, because it sustains higher training frequency through intrinsic motivation, produces more stable retention over time.

The mechanism connects back to distributed practice. Frequent shorter sessions produce better retention than massed practice. Since gamified training is more rewarding to return to, it naturally generates that distributed pattern. Residents come back more often, in shorter bursts, and that turns out to be exactly what skill retention requires. 

For residents working toward a fundamentals of laparoscopic surgery exam, that frequency is exceptionally useful. 

What to look for in a gamified training system

Gamification can be effective, but simply adding a leaderboard to an otherwise unchanged task is not of much use. 

Structural gamification goes deeper; it designs the entire training experience around what actually drives sustained engagement. This includes adaptive difficulty that responds to real performance, immediate feedback at the task level, clear and visible session progression, and competitive elements that give continued practice a sense of purpose.

A gamified home laparoscopic trainer should cover the full laparoscopic skills set: 

• Real instrument mechanics

• Generate automatic session-level performance data

• Be validated against FLS laparoscopic skills standards by practising surgeons, not just game designers. 

At the end of the day, mere engagement alone is not enough. The question is whether it produces a laparoscopic skills trainer that builds OR-ready skills.

Laptitude is built on exactly this model. It is a personal, portable laparoscopic trainer with real instruments, adaptive difficulty, session scoring, peer leaderboards, and structured progression from isolated fundamentals of laparoscopic surgery tasks through to full procedural training. 

Traditional simulation gives you the task. Gamified simulation gives you a reason to do it again tomorrow. For skill retention, that difference is everything.