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This report details the design of an online trilingual (English, French, and Portuguese) interactive virtual board game and its implementation at the Federal University of Ceará in Brazil. It was used as a fun alternative to assist chemistry and pharmacy undergraduate students in reviewing introductory concepts to organic reactions: enthalpy, entropy, Gibbs free energy, chemical equilibrium, chemical kinetics, nucleophiles, electrophiles, and reactive intermediates. Also, learners positively evaluated the game as an alternative method to conventional educational strategies for reviewing the content related to chemical reactivity.

This paper provides information about a multilingual (Portuguese, English, Spanish, Italian, and French) virtual card game for computers and smartphones. Facing the disruption caused by the COVID-19 pandemic, this game allows students to play remotely or face-to-face with friends in a fun and cooperative environment and review the topics related to the structural theory of organic compounds simultaneously. Brazilian and Italian undergraduate students played and evaluated the game positively. Also, learning assessments revealed that the game promotes learning equivalent to the traditional solving-problem classes. Therefore, the game is a playful alternative method to the conventional educational strategies for reviewing the content related to the structural theory of organic compounds in a fun way in a collaborative environment in which the students discuss the answer to each question.

A virtual Game-Based Tournament of Chemistry was developed as an alternative to the traditional problem-solving classes to aid students in reviewing and understanding organic acidity and basicity concepts. The tournament was based on a multilingual virtual board game (English, Portuguese, French, and Italian) which aimed to facilitate students' interaction and collaborative learning in an enjoyable activity. The findings showed that students who participated in the tournament had better outcomes in the exams compared to those who partook in traditional problem-solving classes.