Interdisciplinary Approaches to Game Design in Healthcare and Education

Game design is recognized as a powerful tool in healthcare and education, with immense potential in interdisciplinary collaboration. By integrating principles from psychology, cognitive science, instructional design, and user experience with cutting-edge technology, developers can create games that entertain while also promoting learning and well-being. These approaches enable the design of immersive, evidence-based experiences that improve patient engagement, support therapeutic interventions, and enhance educational outcomes. As the boundaries between disciplines blur, game design emerges as a dynamic field driving innovation in both sectors. Interdisciplinary Approaches to Game Design in Healthcare and Education explores the transformative potential of games, focusing on applications in healthcare, education, and psychology. It examines methodologies for testing game efficacy, strategies for ethical player-centered design, and studies leveraging AI, VR, and biometrics, addressing risks like bias or addiction. This book covers topics such as gamification, biotechnology, and digital technology, and is a useful resource for educators, medical and healthcare professionals, computer engineers, game designers, academicians, researchers, and scientists.

José Luis David Bonilla Carranza holds a Doctorate in Electronic and Computer Sciences from the University of Guadalajara’s Center for Exact Sciences and Engineering (CUCEI-UDG), Mexico. He currently serves as a Professor in the Department of Innovation Based on Information and Knowledge at CUCEI-UDG, where he teaches courses on programming, video game development, and emerging technologies. His academic and professional endeavors are deeply rooted in his affiliation with the University of Guadalajara, an institution where he actively contributes to research projects and technological initiatives aimed at bridging academia with industry. A visionary scholar at the intersection of technology and education, Dr. Bonilla Carranza has dedicated his career to advancing innovative pedagogical tools. His research focuses on integrating artificial intelligence (AI), serious games, and virtual reality (VR) to enhance STEM (Science, Technology, Engineering, and Mathematics) education. Notably, he pioneered frameworks for leveraging AI platforms like ChatGPT as dynamic aids in cultivating critical STEM skills, emphasizing their role in fostering interactive and adaptive learning environments. His work on serious games has redefined competency assessments for Industry 4.0, offering novel methodologies to evaluate professional skills through immersive game-based simulations. Additionally, he has explored the pedagogical potential of open-source software and VR, publishing influential studies on their application in designing educational video games. Beyond his core focus, Dr. Bonilla Carranza has collaborated on interdisciplinary projects, including the use of nanoparticles and hydrogels to optimize agricultural processes, showcasing his commitment to addressing real-world challenges through technology. Professionally, he is a founding member of the College of Information Systems Professionals of Jalisco (COPSIJAL) and COPSIAL, organizations dedicated to advancing professional standards in information technology. His industry experience includes leadership roles at Mexico’s Federal Electricity Commission (CFE), where he spearheaded system development projects and technological process improvements. Recognized for his dynamic teaching style, Dr. Bonilla Carranza consistently receives outstanding evaluations from students, who praise his clarity, enthusiasm, and dedication to mentoring the next generation of technologists. Looking ahead, he is exploring the synergy between computational logic and interactive learning, designing video games that cultivate software engineering skills―a testament to his unwavering commitment to adaptive education and applied technology. Dr. Bonilla Carranza’s legacy lies in his ability to merge academic rigor with practical innovation, shaping both the minds of future professionals and the tools that will drive tomorrow’s technological advancements.

Adriana Peña Pérez Negrón holds a Ph.D. in Computer Science from the Technical University of Madrid (2009) and currently serves as a Research Professor in the Department of Electronics and Computing at the University of Guadalajara’s Center for Exact Sciences and Engineering (CUCEI-UDG) in Mexico. At CUCEI-UDG, she teaches courses such as Experimental and Statistical Design and leads interdisciplinary research at the crossroads of virtual environments, artificial intelligence (AI), and education. A founding member of the College of Information Systems Professionals of Jalisco (COPSIJAL), she also contributes to the academic community as the Editor-in-Chief of ReCIBE, a peer-reviewed journal focused on computing, biomedicine, and electronics. Dr. Peña Pérez Negrón is a pioneering scholar in collaborative virtual environments, virtual reality (VR), and AI-driven educational tools. Her research bridges theoretical innovation and practical applications, with notable contributions including the development of frameworks for analyzing nonverbal communication in avatars―advancements that enhance human collaboration in digital spaces. Her work, published in leading journals such as Virtual Reality and Journal on Multimodal User Interfaces, has redefined how virtual interactions are designed and understood. A strong advocate for technology’s role in education, she has spearheaded projects integrating VR and open-source software to create educational video games, including methodologies for training professionals in Industry 4.0 competencies. Her interdisciplinary approach extends to gamifying international software engineering standards (e.g., ISO/IEC 29110) for academic settings in Mexico, fostering best practices in software development teams. Beyond education, she has contributed to smart city frameworks using big data algorithms and sentiment analysis in Spanish, offering scalable solutions for urban decision-making. Committed to diversity in STEM, Dr. Peña Pérez Negrón co-edited Latin American Women and Research Contributions to the IT Field (2020), a groundbreaking anthology highlighting women’s leadership in technology across Latin America. Her editorial leadership also includes Virtual Reality Designs (2020), a seminal text exploring VR applications in behavioral analysis and education. With over 50 publications in indexed journals and international conferences, she has collaborated on projects ranging from synthetic perception in autonomous characters to nanoparticle applications in agriculture, underscoring her dedication to solving societal challenges through technology. Recognized for her visionary scholarship, she continues to explore the synergies between VR, gamification, and collaborative learning, aiming to cultivate high-performing teams in software engineering. Her work not only advances academic discourse but also empowers industries and communities, cementing her legacy as a researcher who transcends disciplinary boundaries to drive innovation in education, equity, and technology.

Marco Antonio Pérez-Cisneros holds a Ph.D. in Science from the University of Manchester’s Institute of Science and Technology (UMIST), United Kingdom, awarded in 2004. He currently serves as a Professor and Dean of the Electronics and Computer Science Division at the University of Guadalajara’s Center for Exact Sciences and Engineering (CUCEI-UDG), Mexico. A distinguished member of Mexico’s National Research System (SNI) and the Mexican Academy of Sciences, he is also affiliated with prominent international organizations such as the Institute of Electrical and Electronics Engineers (IEEE) and the Institution of Engineering and Technology (IET). Dr. Pérez-Cisneros is a leading scholar in computational intelligence and evolutionary algorithms, with a prolific career spanning robotics, computer vision, automated control, and medical technology. His research has yielded over 130 indexed publications and seven authoritative textbooks, establishing him as a pivotal figure in applied computational methodologies. Among his groundbreaking contributions are the development of the Whale Optimization Algorithm and the Water Strider Algorithm, innovative metaheuristic frameworks designed to tackle complex multi-objective engineering challenges. His work in medical image analysis, particularly his metaheuristic approaches to COVID-19 detection and machine learning models for diagnosing conditions like flatfoot disease, underscores his commitment to merging technology with healthcare solutions. A pioneer in image processing, Dr. Pérez-Cisneros has advanced techniques for contrast enhancement, multi-level segmentation, and thermal analysis using nature-inspired algorithms. His interdisciplinary collaborations extend to smart city initiatives, where he applies agent-based modeling and big data analytics to optimize urban safety and energy efficiency. Beyond research, he is a dedicated educator and advocate for technological literacy. As co-editor of Virtual Reality Designs (2020), he explores virtual reality’s potential in behavioral studies and education, while his textbooks on computational intelligence serve as foundational resources for students and professionals alike. Currently, Dr. Pérez-Cisneros focuses on AI-driven systems for emergency evacuation planning and gamified educational tools, reflecting his vision of technology as a force for societal advancement. Recognized for his rigorous scholarship and leadership, he continues to mentor emerging engineers and shape the future of computational intelligence, leaving an indelible mark on both academia and industry.