Kahoot! Impact: Research across MENA shows game-based learning boosts learning retention, engagement, and confidence

Key takeaways:

• Game-based learning consistently improves knowledge, motivation, and retention across MENA classrooms, from middle school to university.
• The effect holds across subjects as different as language learning, mathematics, and nursing education.
• Low-stakes, frequent use matters more than occasional sessions.

Researchers from Saudi Arabia, the UAE, Jordan, and Egypt have studied game-based learning across English language acquisition, secondary mathematics, multi-subject school classrooms, and university nursing education. Together, their findings point to something consistent: when game-based learning is implemented well, students are more engaged, more confident in their skills, and, just as importantly, they retain more and learn more.

This growing regional evidence base suggests that the success of game-based learning isn’t tied to a specific culture or context. It works across subjects, across age groups, and increasingly, across borders.

Saudi Arabia: Vocabulary acquisition through play

A research team across 15 schools in Riyadh studied 150 seventh-graders learning English vocabulary. They combined pre/post testing with student interviews. 

The group using Kahoot! outperformed controls by a significant margin. The interviews added texture the quantitative data alone couldn’t capture:

“I never felt bored during the whole process. I had no fear to take part in the quiz and class participation became exciting.”

“The vocabulary retention was longer as the words we practiced stayed in my mind longer.”

“I had no fear of committing mistakes… There was no stress and fear on wrong answers.”

Students were describing, in their own words, the conditions learning science associates with effective retrieval practice: reduced anxiety, higher participation, and stronger retention.

UAE: Reversing the mathematics motivation gap

Students who lose confidence in mathematics often struggle to recover it. Researchers at Abu Dhabi international schools examined whether game-based learning with Kahoot! could interrupt that pattern.

They divided 60 tenth-graders into experimental and control groups, measuring motivation and achievement before and after. Motivation scores after the intervention were 3.21 out of 5 for the Kahoot! group versus 2.00 for the traditional group. Average achievement score was 28.73 points out of 30, versus 18.93. In short, the group using Kahoot! reported being more motivated, and scored on average nearly perfect scores, while the traditional group felt neutral or negative, and were far behind the experimental group. Statistical analysis attributed 75% of the achievement gain and 34% of the motivation gain directly to the intervention.

The researchers noted that Kahoot!’s format appeared to cultivate enthusiasm and interest in a subject where such engagement is often difficult to sustain.

Jordan: Understanding why game-based learning works

Researchers in Mafraq Governorate took a different approach, focusing not just on outcomes but on the mechanisms behind them. Through student surveys and teacher interviews, they examined which specific features of game-based learning contributed to student success.

Game elements, interactivity, and accommodation of different learning styles each independently predicted positive outcomes. Teachers described what this looked like in their classrooms:

“The interactive quizzes and real-time feedback facilitate active student engagement, reshaping the conventional classroom setting.”

“The integration of diverse question formats, multimedia elements, and collaborative features caters to visual, auditory, and kinesthetic learners.”

The findings suggest the effect isn’t driven by any single feature, but by the combination of competition, immediate feedback, and varied formats working together.

Egypt: Preparing nurses for high stakes decisions

Researchers at Damanhour University wanted to know if Kahoot! combined with augmented reality could improve outcomes compared to traditional lectures in healthcare education, specifically in a mechanical ventilation course.

They ran a randomized controlled trial with 410 nursing students, one of the largest controlled experiments in the region. On a 20-point knowledge test, the Kahoot! group averaged 15.34 versus 11.13 for traditional instruction. That’s roughly the gap between a B and a C student. The gains held at one-month follow-up, and 98% of students reported satisfaction with the approach.

The self-efficacy findings were particularly notable. Students using Kahoot! felt significantly more confident across cognitive, affective, and hands-on dimensions. This finding has real implications for clinical settings, where confidence grounded in competence shapes how practitioners respond under pressure.

Enhancing learning across contexts

Four countries, different subjects, ages 12 through university, public and private schools. The specific findings vary, but some things repeat.

Students engage more when wrong answers don’t carry penalties. They learn faster when feedback comes immediately, not days later on a graded assignment. Motivation and achievement tend to move together. The UAE study showed gains in both, suggesting Kahoot! can start a reinforcing cycle.

The consistency across such different contexts is itself a finding. Whatever makes game-based learning work, it doesn’t appear to be culture-specific.

For education leaders

These are outcome studies with control groups, not satisfaction surveys. The methodology supports taking the findings seriously.

In terms of implementation, the studies suggest a few things worth considering. Engagement tends to be strongest in subjects where students already feel anxious or disengaged. Formative, low-stakes use, meaning check-ins rather than graded assessment, appears to produce different dynamics than high-pressure testing. Consistent use over time also seems to make more of an impact than occasional sessions.

Teacher preparation in these studies was measured in hours rather than semesters. The approach integrated into existing class time without requiring new infrastructure. 

As institutions and Ministries of Education across MENA continue investing in education transformation, this growing body of regional research offers a grounded evidence base: one that reflects local classrooms, local students, and local realities.