Team:TU Delft/Human-practice

From 2010.igem.org

(Difference between revisions)
(Human Practice)
Line 2: Line 2:
__NOTOC__
__NOTOC__
==Human Practice==
==Human Practice==
 +
When new technologies are presented to society, the reaction of the public is hard to predict. In the case of synthetic biology numerous questions raises about biosafety and biosecurity. Also issues like pattenting in contrast to open-source models are a topic of debate.
-
Synthetic Biology raises numerous questions about biosafety and biosecurity, but also on issues like pattering or open-source models.
+
During our iGEM project we tried to analyze, assess and improve the relationship between society and synthetic biology. By doing so, our team hopes to improve the way in which synthetic biology meets the expectations and needs of society.  
-
During our iGEM project we tried to analyze, assess and improve the relationship between society and synthetic biology. By doing so, our team hopes to improve the way in which Synthetic Biology meets the expectations and needs of society.  
+
To accomplish this goal we chose an holistic approach to Human Practice. Our approach implies various ways to equip sociaty with the right information in order to make sure that one is able to form a proper opinion. This way one can contribute to the public debate.  
To accomplish this goal we developped the followinehg approach to Human Practice - The EPAC Pyramid
To accomplish this goal we developped the followinehg approach to Human Practice - The EPAC Pyramid

Revision as of 18:52, 24 October 2010

Human Practice

When new technologies are presented to society, the reaction of the public is hard to predict. In the case of synthetic biology numerous questions raises about biosafety and biosecurity. Also issues like pattenting in contrast to open-source models are a topic of debate.

During our iGEM project we tried to analyze, assess and improve the relationship between society and synthetic biology. By doing so, our team hopes to improve the way in which synthetic biology meets the expectations and needs of society.

To accomplish this goal we chose an holistic approach to Human Practice. Our approach implies various ways to equip sociaty with the right information in order to make sure that one is able to form a proper opinion. This way one can contribute to the public debate.

To accomplish this goal we developped the followinehg approach to Human Practice - The EPAC Pyramid

iGEM Wiki TU Delft Communications Nanopodium Shell Visit Sponsors Media Collaboration Awareness Interviews Night of the Nerds Rathenau Institute Science Day for kids Science Day for teachers Game Science Museum Biotech room Education Image Map

We started to investigate the current perception. First we considered the influence of our work on the general public by conducting a literature research on the ethics of synthetic biology. We also thought about pressing issues such as DNA patenting, and what kind of influence this has on the development of the field of synthetic biology. In addition we analyzed the opinion of the general public by interviewing people about this new technology. To finish it we interviewed the science communicator of the Biotechnolgy department of the TU Delft. This field is located in frontier zone between the scientist and the society. She explained us what the University is doing to inform the general public about the research indoors.


One of the main reasons why people are averse of new technologies is ignorance. We tried to fill in this lack of information by generating awareness. Our goal here is to show that science is interesting and fun, and that synthetic biology is not scarry but promising for future prospects. Besides the scientific community, we also reached the general public by our appearance in the national news and national newspaper.


To keep the society up-to-date it is not enough to create awareness, for a long term effect on society it is important to educate people. On our Education page you can read a report on our contribution to teaching biotechnology. We worked together with the Rathenau Institute (Dutch national research and debate institute on science and technology) in organizing workshops for high school teachers and in science interested people. We collaborated with the Science Centre Delft, a science museum for children, to establish a biotechnology room in which shows what biotechnology is all about. We also collaborated with students from computer sciences in order to develop a serious game about synthetic biology. By participating in the Nanovideohunt competition we helped to teach young people about science on the small scale by showing them what we did with synthetic biology. On top of this all we visted the biggest nerd-event in the Netherlands, Night of the Nerds @ NEMO (Amsterdam's science museum), because real geeks need to know all about synthetic biology!


No iGEM Team can work on its own. To achieve all these activity in human practice we collaborated with many people and organizations.