Trends and directions of the profession
Only in his schemes there are biological, not mathematical components. A synthetic biology engineer comes up with solutions to specific problems. For example, in the food industry : if by 2050 the population growth is about 2 billion, there will be a shortage of food, and genetically modified substitutes, products with desired properties, cultivated products will come to the rescue. And to help solve the problem of pollution of land, water and air, artificial enzymes and cleaning organisms or algae that feed on plastic will help.Since the industrial revolution, humanity has severely depleted natural resources, and thanks to moible number data synthetic biology, there is an opportunity to fix this. Basic Skills of an Engineer in Synthetic Biology This is a profession at the intersection of different disciplines, so an engineer in synthetic biology must understand not only biology, but also mathematics, chemistry, and physics. The main thing is an interest in the natural sciences. Basic knowledge that a specialist in the field of synthetic biology should have: biology and genetics; biomolecular modeling, digital logic abstraction, circuit design principles; creation of basic elements of genetic networks; design of new biological systems.
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This person must also have systemic and environmental thinking, artistic skills, and be able to manage processes.Scientists believe that by 2030, synthetic biology will dramatically change what we eat, as well as the process of getting food, medicines and materials. Synthetic biology creates biological systems that do not yet exist and that will help solve specific problems in areas such as health, energy security, food production, agriculture.
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