To provide the student with the basic concepts of communication, such as techniques for public speaking and for the preparation of presentation materials and scientific communication texts. To acquire skills on the design and implementation of communication products (images, audio, video) and on the Communication Plan (plan to organize the communication of an event or scientific project).
Curriculum
teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"The hands-on guide for science communicators: a step.by-step approach to public outreach" di Lars Lindberg Christensenhttps://play.google.com/store/books/details?id=GI_fpb4xFX4C&rdid=book-GI_fpb4xFX4C&rdot=1&source=gbs_vpt_read&pcampaignid=books_booksearch_viewport
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview. teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
Course handoutsType of delivery of the course
Il percorso formativo proposto si basa sul concetto di case study: verranno presentati esempi specifici e argomenti selezionati per il loro interesse scientifico e mediatico. Intorno ai case study, il corso sarà organizzato con didattica laboratoriale: verranno realizzati dei veri e propri laboratori di comunicazione in cui gli studenti, lavorando in squadra e guidati da ricercatori e professionisti della comunicazione scientifica, analizzeranno l’esempio specifico e progetteranno e realizzeranno una serie di strumenti di comunicazione specifici (articoli di divulgazione scientifica, siti web, blog, interviste e audio/video ecc). Il percorso formativo avrà inoltre una impronta tecnologica, prendendo in considerazione le nuove tecnologie multimediali applicate alla comunicazione, presentando, utilizzando e integrando software e soluzioni open source disponibili al momento.Type of evaluation
The exam consists in a discussion of the final outcomes of the workshops and an oral interview teacher profile teaching materials
On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
https://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Mutuazione: 20410580 Education & Outreach, la comunicazione della scienza in Fisica LM-17 BERNIERI ENRICO, GIACOMINI Livia, DE ANGELIS ILARIA
Programme
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons.On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc).
The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.
The program
The course is 52 hours long, including 40 ore of lessons and 12 hours of lab activities. 12 hours are in common with the “Communcating Science” PhD course.
Introduction to science communication
• The postulates of communication: from body language to the communication plan
• About science communication: why should we communicate science?
• Different types of communication, including in the academic & research world
• Planning an event for the public: the 5 steps strategy
• Visual communication and science
Speaking to the public about science
• Introduction to verbal communication: from public talks to press conferences
• The basics of public speaking in science
• Slides, audio/video and multimedia tools
Writing about science
• Introducing science journalism
• Differences between a scientific article, a press release and outreach articles
• Writing for video: the storyboard
Visual communication of science
• How to communicate science with images
• How to plan and produce an image
Communicating science on web
• How is science communicated on the web
• Science and web 2.0
• How to plan and produce a website
Organization of a public event
• The communication plan of a public event
• Organizing an astronomical observation event
Core Documentation
"Comunicare la scienza" di Giovanni Carradahttps://www.mestierediscrivere.com/uploads/files/comunicarelascienza.pdf
Type of delivery of the course
This course is based on the use of case studies, intersting examples of science communication that will be presented and analysed during the lessons. On the examples of these case studies, communication laboratories and practical activities will be organized. Students will work in team, guided by researchers and professional communicators, to plan and produce specific communication tools (articles, websites, blogs, audio/video etc). The course will also take in account the technological aspects related to communication, introducing and examining selected open source software.Type of evaluation
The exam consists of a discussion of the products made during the course workshops and an oral interview.