Difference between revisions of "Team:UNIFI/Engagement"

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<p style=" font-size: 20px; margin-left: 15vw; margin-right: 15vw;">One of the primary objectives of the iGEM competition is to promote a dialogue with the general public about biotechnology and synthetic biology. In order to achieve this goal, the UNIFI iGEM team has initiated a series of public outreach activities which involves organizing visits to select primary and secondary schools across Florence and surrounding towns. So far we have visited Liceo Scientifico Guido Castelnuovo and IIS Leonardo Da Vinci, both located in Florence, and ITS Tullio Buzzi of Prato. During such visits, we presented to the younger audience some useful information about what the iGEM competition entails and what kind of project are we working on. We also explained the fact that we have chosen a science art project involving Escherichia coli and fluorescent proteins as a useful tool to spread awareness to the general public about the infinite possibilities that biotechnology and genetic engineering can accomplish, even in seemingly unrelated fields such as the arts. Conversion of bacterial fluorescence emission to musical notes also provides an opportunity to introduce biotechnological concepts to people with visual impairments. We also promoted discussions with students about controversial topics such as cloning, stem cells, vaccines and genetically engineered organisms (GMOs) and we happily answered their questions to quench their scientific curiosities. Judging from the questions asked by most of the students, it would appear that the ones which elicited the most interest were gene therapy, genetic engineering applied to animals and the ethics of both human and animal cloning. Curiously the topics that aroused the least interest include vaccinations, plant biotechnologies and the controversy surrounding them.
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<p style=" font-size: 20px; margin-left: 15vw; margin-right: 15vw;">One of the primary objectives of the iGEM competition is to promote a dialogue with the general public about biotechnology and synthetic biology. In order to achieve this goal, the UNIFI iGEM team has initiated a series of public outreach activities which involves organizing visits to select primary and secondary schools across Florence and surrounding towns. We have visited Liceo Scientifico Guido Castelnuovo and IIS Leonardo Da Vinci, both located in Florence, and ITS Tullio Buzzi of Prato and the primary school Filippo Mazzei of Prato. During such visits, we presented to the younger audience some useful information about what the iGEM competition entails and what kind of project we are working on. We also explained the fact that we have chosen a science art project involving Escherichia coli and fluorescent proteins as a useful tool to spread awareness to the general public about the infinite possibilities that biotechnology and genetical engineering can accomplish, even in seemingly unrelated fields such as the arts. Conversion of bacterial fluorescence emission to musical notes also provides an opportunity to introduce biotechnological concepts to people with visual impairments. We also promoted discussions with students about controversial topics such as cloning, stem cells, vaccines and genetically engineered organisms (GMOs) and we happily answered their questions to quench their scientific curiosities. Judging from the questions asked by most of the students, it would appear that the ones who elicited the most interest were gene therapy, genetic engineering applied to animals and the ethics of both human and animal cloning. Curiously the topics that aroused the least interest include vaccinations, plant biotechnologies and the controversies surrounding them.
  
 
We also performed pre- and post-presentation surveys using questionnaires. The surveys where carried out to collect information about the students’ knowledge and interest of biotechnology and synthetic biology pre- and post-presentation. We handed questionnaires to students immediately before starting the presentation and right after the end of the question-and-answer sessions. The pre-presentation questionnaire is formulated in a way to understand students’ perception of the relationship between science and art, the utility of the current biotechnologies carried out by the industries around the world and their level of interest on biotechnology in general before the start of the presentation. The post-presentation questionnaires on the other hand aim to understand the effectiveness and usefulness of our outreach efforts on secondary school students. In particular the questionnaires were formulated in a way that enables us to measure student satisfaction of the presentation and subsequent group discussions. The questionnaires also asked them about how our outreach activities influenced their perception on science art, biotechnology and synthetic biology and whether our outreach activities increased their interest on the field. We also surveyed them about their perception of the ethics of using microbes or higher organisms for science art purposes.
 
We also performed pre- and post-presentation surveys using questionnaires. The surveys where carried out to collect information about the students’ knowledge and interest of biotechnology and synthetic biology pre- and post-presentation. We handed questionnaires to students immediately before starting the presentation and right after the end of the question-and-answer sessions. The pre-presentation questionnaire is formulated in a way to understand students’ perception of the relationship between science and art, the utility of the current biotechnologies carried out by the industries around the world and their level of interest on biotechnology in general before the start of the presentation. The post-presentation questionnaires on the other hand aim to understand the effectiveness and usefulness of our outreach efforts on secondary school students. In particular the questionnaires were formulated in a way that enables us to measure student satisfaction of the presentation and subsequent group discussions. The questionnaires also asked them about how our outreach activities influenced their perception on science art, biotechnology and synthetic biology and whether our outreach activities increased their interest on the field. We also surveyed them about their perception of the ethics of using microbes or higher organisms for science art purposes.
  
 
We are currently working on performing a statistical analysis of the information collected from the completed questionnaires.
 
We are currently working on performing a statistical analysis of the information collected from the completed questionnaires.
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Revision as of 17:18, 23 October 2017

Public Engagement

One of the primary objectives of the iGEM competition is to promote a dialogue with the general public about biotechnology and synthetic biology. In order to achieve this goal, the UNIFI iGEM team has initiated a series of public outreach activities which involves organizing visits to select primary and secondary schools across Florence and surrounding towns. We have visited Liceo Scientifico Guido Castelnuovo and IIS Leonardo Da Vinci, both located in Florence, and ITS Tullio Buzzi of Prato and the primary school Filippo Mazzei of Prato. During such visits, we presented to the younger audience some useful information about what the iGEM competition entails and what kind of project we are working on. We also explained the fact that we have chosen a science art project involving Escherichia coli and fluorescent proteins as a useful tool to spread awareness to the general public about the infinite possibilities that biotechnology and genetical engineering can accomplish, even in seemingly unrelated fields such as the arts. Conversion of bacterial fluorescence emission to musical notes also provides an opportunity to introduce biotechnological concepts to people with visual impairments. We also promoted discussions with students about controversial topics such as cloning, stem cells, vaccines and genetically engineered organisms (GMOs) and we happily answered their questions to quench their scientific curiosities. Judging from the questions asked by most of the students, it would appear that the ones who elicited the most interest were gene therapy, genetic engineering applied to animals and the ethics of both human and animal cloning. Curiously the topics that aroused the least interest include vaccinations, plant biotechnologies and the controversies surrounding them. We also performed pre- and post-presentation surveys using questionnaires. The surveys where carried out to collect information about the students’ knowledge and interest of biotechnology and synthetic biology pre- and post-presentation. We handed questionnaires to students immediately before starting the presentation and right after the end of the question-and-answer sessions. The pre-presentation questionnaire is formulated in a way to understand students’ perception of the relationship between science and art, the utility of the current biotechnologies carried out by the industries around the world and their level of interest on biotechnology in general before the start of the presentation. The post-presentation questionnaires on the other hand aim to understand the effectiveness and usefulness of our outreach efforts on secondary school students. In particular the questionnaires were formulated in a way that enables us to measure student satisfaction of the presentation and subsequent group discussions. The questionnaires also asked them about how our outreach activities influenced their perception on science art, biotechnology and synthetic biology and whether our outreach activities increased their interest on the field. We also surveyed them about their perception of the ethics of using microbes or higher organisms for science art purposes. We are currently working on performing a statistical analysis of the information collected from the completed questionnaires.

Team Unifi

unifi.igem@gmail.com