Departamento de Genética, Fisiología, y Microbiología, Facultad de Biología, Universidad Complutense de Madrid.
Departamento de Sanidad Animal, Facultad de Veterinaria. Universidad Complutense de Madrid.
FEMS Microbiol Lett. 2018 Sep 1;365(17). doi: 10.1093/femsle/fny161.
The Small World Initiative (SWI) and Tiny Earth are a consolidated and successful education programs rooted in the USA that tackle the antibiotic crisis by a crowdsourcing strategy. Based on active learning, it challenges young students to discover novel bioactive-producing microorganisms from environmental soil samples. Besides its pedagogical efficiency to impart microbiology content in academic curricula, SWI promotes vocations in research and development in Experimental Sciences and, at the same time, disseminates the antibiotic awareness guidelines of the World Health Organization. We have adapted the SWI program to the Spanish academic environment by a pioneering hierarchic strategy based on service-learning that involves two education levels (higher education and high school) with different degrees of responsibility. Throughout the academic year, 23 SWI teams, each consisting of 3-7 undergraduate students led by one faculty member, coordinated off-campus programs in 22 local high schools, involving 597 high school students as researchers. Post-survey-based evaluation of the program reveals a satisfactory achievement of goals: acquiring scientific abilities and general or personal competences by university students, as well as promoting academic decisions to inspire vocations for science- and technology-oriented degrees in younger students, and successfully communicating scientific culture in antimicrobial resistance to a young stratum of society.
“小小世界倡议”(SWI)和“小小地球”是根植于美国的成功教育项目,通过众包策略应对抗生素危机。该项目基于主动学习,鼓励年轻学生从环境土壤样本中发现新型生物活性产生微生物。除了在学术课程中传授微生物学内容的教学效率外,SWI 还促进了实验科学领域的研究和开发职业发展,同时传播世界卫生组织的抗生素意识准则。我们通过一种基于服务学习的开创性层次策略,将 SWI 项目改编为西班牙学术环境,该策略涉及两个教育层次(高等教育和高中),具有不同程度的责任。在整个学年中,由一名教师领导的 23 个 SWI 团队在 22 所当地高中开展了校外项目,共有 597 名高中生作为研究人员参与。基于调查的项目后评估显示,目标实现令人满意:大学生获得了科学能力和一般或个人能力,同时鼓励年轻学生做出学术决策,激发对科学和技术导向学位的职业兴趣,并成功地向年轻社会阶层传播抗微生物药物耐药性方面的科学文化。