V International Congress of Interdisciplinary Research #LoHacemosxTIC
May 28th, 29th, and 30th, 2025 Santa Marta, Colombia.
Registration and Participation.
15
February
Submission
31
March
Notification
30
April
Registration
28-30
May
Event
Thematic areas
The application of ICT in education transforms teaching and learning processes, offering new opportunities for interaction, personalization, and access to educational resources. These technologies promote a more collaborative and inclusive learning environment, enabling educators and students to explore, create, and share knowledge more effectively.
1. Teaching and learning strategies using digital platforms.
2. Online assessment and automated feedback.
3. Gamification and its impact on student motivation.
4. Distance education: challenges and opportunities in the digital age.
5. Integration of emerging technologies in the classroom (VR, AR, AI).
6. Open educational resources (OER) and their accessibility.
7. Personalized and adaptive learning through ICT.
8. Use of social media as an educational and collaborative tool.
- Pandemia por COVID-19 y alternancia
- Afectaciones al sistema educativo
- Adecuaciones del sistema educativo
- Gamificación
- Currículo
- Educación virtual
- Políticas educativas
- Educación básica y media
- Educación superior
- Educación continuada
- Formación docente
The application of ICT in economics and entrepreneurship drives innovation and efficiency in business models, data analysis, and decision-making. Technological tools enable companies to optimize processes, enhance competitiveness, and access global markets, while facilitating the creation of new business opportunities and adaptation to a digitized economic environment.
1. Use of Big Data and predictive analytics in economic decision-making.
2. Digital platforms for entrepreneurship and new business models.
3. FinTech and the digital transformation of financial services.
4. Blockchain and cryptocurrencies in the global economy.
5. Application of artificial intelligence in supply chain optimization.
6. Impact of ICT on e-commerce and the digital economy.
7. Automation technologies for operational efficiency in SMEs.
8. Open innovation and digital collaboration in entrepreneurial ecosystems.
- Reactivación económica
- Estudios económicos a raíz de la pandemia
- Análisis de afectaciones económicas
- Dinámicas de mercado
- Emprendimiento
- Pymes
- Políticas económicas
- Estudios predictivos
- Consecuencias del aislamiento obligatorio
The application of ICT in health sciences transforms medical care, patient management, and biomedical research. These technologies enhance access to healthcare services, enable more accurate and personalized diagnoses, and optimize the management of medical data, driving innovation in treatments, telemedicine, and comprehensive health management.
1. Telemedicine and remote healthcare platforms.
2. Application of artificial intelligence in personalized diagnosis and treatment.
3. Electronic health records (EHR) systems and their impact on patient care.
4. Big Data in biomedical research and public health trend analysis.
5. Wearables and IoT devices for real-time patient monitoring.
6. Virtual and augmented reality in rehabilitation and medical training.
7. Cybersecurity in medical information systems.
8. Technological innovation in hospital and administrative management.
- Física y química
- Medicina interna
- Infectología
- COVID-19
- Dinámicas hospitalarias a raíz de la pandemia
- Política y salud
- Sistemas de salud
- Tratamientos para el COVID-19
- Investigaciones en torno a la vacuna contra el COVID-19
- Análisis estadísticos de la pandemia
- Picos de la pandemia
The application of ICT in humanities and social sciences transforms the way cultural, historical, and social phenomena are studied, analyzed, and disseminated. These technologies facilitate access to information sources, the analysis of large data sets, and the creation of new forms of interaction and communication, promoting a deeper understanding of human behavior and social dynamics.
1. Digital humanities: use of ICT in the analysis of historical and cultural texts.
2. Social media and its impact on behavior and public opinion.
3. Applications of Big Data in sociological and demographic studies.
4. Digital tools for the preservation and dissemination of cultural heritage.
5. Artificial intelligence and its role in social science research.
6. Online learning platforms and their influence on education and culture.
7. Discourse analysis and computational linguistics.
8. Digital ethics and the impact of ICT on privacy and human rights.
- Historia de las pandemias
- Dinámicas sociales
- Cultura
- Desempleo
- Desigualdad
- Expresiones artísticas
- Políticas de gobierno
- Análisis de la pandemia
- Investigaciones en ciencias humanas
- Política internacional
- Lucha, resistencia y protesta social
- Derechos humanos
The application of ICT in environmental sciences enhances data collection, analysis, and visualization for environmental monitoring, facilitating sustainable resource management and the analysis of complex natural phenomena.
1. Monitoring and predicting climate change through ICT.
2. Use of sensors and drones for ecosystem tracking.
3. Applications of GIS (Geographic Information Systems) in conservation.
4. Environmental modeling and disaster simulation.
5. Use of Big Data for biodiversity and conservation analysis.
6. Implementation of IoT technologies in water resource management.
7. Development of mobile applications for environmental education.
8. Application of artificial intelligence in waste management.
- Educación ambiental
- Turismo de naturaleza
- Pensamiento crítico
- Deforestación
- Agua y recursos ambientales
- COVID-19 y ambiente
- Seguridad alimentaria
- Soberanía alimentaria
- Estudios ambientales interdisciplinares
The application of ICT in the arts transforms the creation, dissemination, and preservation of artistic works through innovative digital tools. These technologies enable the exploration of new mediums of expression, interactivity, and collaboration, expanding the reach and impact of art in society.
1. Virtual and augmented reality in art installations.
2. Use of artificial intelligence in music and visual creation.
3. Generative art and creative algorithms.
4. Digital preservation and restoration of artworks.
5. Creating interactive experiences in museums and galleries through ICT.
6. Applications of 3D printing in contemporary art.
7. Development of digital platforms for art dissemination and commercialization.
8. Digital art and its impact on new audiences.
- Educación ambiental
- Turismo de naturaleza
- Pensamiento crítico
- Deforestación
- Agua y recursos ambientales
- COVID-19 y ambiente
- Seguridad alimentaria
- Soberanía alimentaria
- Estudios ambientales interdisciplinares
Technology and artificial intelligence (AI) are redefining industries and transforming the way we interact with the world. AI offers innovative solutions for automation, data analysis, and decision-making, enhancing efficiency and enabling the creation of new products and services. This area explores the practical applications of AI and its ethical and social implications.
1. Applications of AI in business and process automation.
2. Machine learning and its applications in trend prediction.
3. Ethics in artificial intelligence: challenges and responsibilities.
4. AI in healthcare: diagnostics, treatments, and patient management.
5. Natural language processing and its impact on communication.
6. AI in data analysis: advanced tools and techniques.
7. Robotics and its integration with artificial intelligence.
8. The future of AI: emerging trends and their impact on society.
- Educación ambiental
- Turismo de naturaleza
- Pensamiento crítico
- Deforestación
- Agua y recursos ambientales
- COVID-19 y ambiente
- Seguridad alimentaria
- Soberanía alimentaria
- Estudios ambientales interdisciplinares
