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Team:Peking/HumanPractice/SowingTomorrowSyntheticBiologists/Pre-investigation
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In 2009 AAAS Forum, the president of the Massachusetts Institute of Technology, Susan Hockfield, told the Science & Technology Policy that a third revolution in the life sciences is fostered. The third revolution, known as Synthetic Biology, springing from the convergence between physical and biological sciences, serves to promote human life to a new level, just like the development of industries in the early 20th century. In 2011, the Chinese government even incorporated the research of Synthetic Biology into The 973 Plan, aiming to establish new methods of synthesizing bio-based materials. <br /> | In 2009 AAAS Forum, the president of the Massachusetts Institute of Technology, Susan Hockfield, told the Science & Technology Policy that a third revolution in the life sciences is fostered. The third revolution, known as Synthetic Biology, springing from the convergence between physical and biological sciences, serves to promote human life to a new level, just like the development of industries in the early 20th century. In 2011, the Chinese government even incorporated the research of Synthetic Biology into The 973 Plan, aiming to establish new methods of synthesizing bio-based materials. <br /> | ||
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An emerging subject calls for more intelligent and lively minds gathering together to generate new ideas. In fact, the development of Synthetic Biology is benefited from international Genetically Engineering Machine (iGEM) competition, which gathers undergraduates and even secondary school students worldwide to propose and validate ideas with great potential. President Hockfield said, it is clear that students of current generation are very comfortable with the idea of pursuing research that crosses different boundaries of the sciences and engineering, and should be encouraged to be "bilingual" across disciplines. | An emerging subject calls for more intelligent and lively minds gathering together to generate new ideas. In fact, the development of Synthetic Biology is benefited from international Genetically Engineering Machine (iGEM) competition, which gathers undergraduates and even secondary school students worldwide to propose and validate ideas with great potential. President Hockfield said, it is clear that students of current generation are very comfortable with the idea of pursuing research that crosses different boundaries of the sciences and engineering, and should be encouraged to be "bilingual" across disciplines. | ||
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Based on our goal, we briefly made a survey on the situation of Beijing High School's participation in the iGEM HS Division. For 2012 iGEM HS Division, there were only 2 Beijing High School teams (out of 3 Chinese teams) participating in the competition. Unfortunately, neither of them insisted on finishing their projects. Thus, we considered to know more about the Beijing high school students in the first place. | Based on our goal, we briefly made a survey on the situation of Beijing High School's participation in the iGEM HS Division. For 2012 iGEM HS Division, there were only 2 Beijing High School teams (out of 3 Chinese teams) participating in the competition. Unfortunately, neither of them insisted on finishing their projects. Thus, we considered to know more about the Beijing high school students in the first place. | ||
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In early May, several of our team members went to The Second High School attached to Beijing Normal University, one of the top high schools in Beijing. We visited the school Molecular Biology Laboratory, took photos and had a chat with the lab manager and the principal's secretary. In fact, most of high schools in Beijing have been equipped with sophisticated devices enabling students to implement experiments in their spare time. However, not only the students have little knowledge about Synthetic Biology and iGEM, but also they have no academic support towards their experiments, as the teachers said. | In early May, several of our team members went to The Second High School attached to Beijing Normal University, one of the top high schools in Beijing. We visited the school Molecular Biology Laboratory, took photos and had a chat with the lab manager and the principal's secretary. In fact, most of high schools in Beijing have been equipped with sophisticated devices enabling students to implement experiments in their spare time. However, not only the students have little knowledge about Synthetic Biology and iGEM, but also they have no academic support towards their experiments, as the teachers said. | ||
Revision as of 14:41, 19 August 2012
Summary
We briefly made a survey about iGEM-HS in Beijing and went to The Second High School attached to Beijing Normal University (SHSBNU) to know more about high school students. We realized that the students have little knowledge about Synthetic Biology and iGEM.
Background
In 2009 AAAS Forum, the president of the Massachusetts Institute of Technology, Susan Hockfield, told the Science & Technology Policy that a third revolution in the life sciences is fostered. The third revolution, known as Synthetic Biology, springing from the convergence between physical and biological sciences, serves to promote human life to a new level, just like the development of industries in the early 20th century. In 2011, the Chinese government even incorporated the research of Synthetic Biology into The 973 Plan, aiming to establish new methods of synthesizing bio-based materials.
An emerging subject calls for more intelligent and lively minds gathering together to generate new ideas. In fact, the development of Synthetic Biology is benefited from international Genetically Engineering Machine (iGEM) competition, which gathers undergraduates and even secondary school students worldwide to propose and validate ideas with great potential. President Hockfield said, it is clear that students of current generation are very comfortable with the idea of pursuing research that crosses different boundaries of the sciences and engineering, and should be encouraged to be "bilingual" across disciplines.
Therefore, this year 2012, with the Beijing Teenager Science & Technology Club as our ally, the Peking iGEM team has decided to gather genius secondary school students together, motivate them to study Synthetic Biology and guide them towards future participation in the iGEM high school division.
Pre-investigation on high school students in Beijing
Based on our goal, we briefly made a survey on the situation of Beijing High School's participation in the iGEM HS Division. For 2012 iGEM HS Division, there were only 2 Beijing High School teams (out of 3 Chinese teams) participating in the competition. Unfortunately, neither of them insisted on finishing their projects. Thus, we considered to know more about the Beijing high school students in the first place.
In early May, several of our team members went to The Second High School attached to Beijing Normal University, one of the top high schools in Beijing. We visited the school Molecular Biology Laboratory, took photos and had a chat with the lab manager and the principal's secretary. In fact, most of high schools in Beijing have been equipped with sophisticated devices enabling students to implement experiments in their spare time. However, not only the students have little knowledge about Synthetic Biology and iGEM, but also they have no academic support towards their experiments, as the teachers said.
Therefore, according to the situation, we decided firstly to promote the high school students' awareness of Synthetic Biology, then to discover and solve the problems that limited their participation in iGEM, and finally to guide them toward future engagement in this grand international Jamboree.
