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1986年为该工程举办了一次国际竞赛,设一等奖两名,二等奖一名,本设计获得特别奖。设计任务书突出三项特点:一是要求最大限度促使人员交往与使用空间共享;二是今日无法预见未来的变化与发展所需要的设施;三是尽可能保持地段上的绿化。因此,设计人认为把空间划分得死死的建筑处理手法,已不能适应今后的发展,必须抛弃。经过进一步研究,认识到今日生物工程学科打破了传统科学的桎梏,同样,生物工程中心的建筑设计也必须打破传统的建筑学科桎梏。因此,设计人在研究了DNA的
In 1986, an international competition was held for the project. Two first prizes and one second prize were awarded. The design received a special award. The design task book highlights three characteristics: First, it requires the maximization of personnel interaction and the use of space sharing; second, it cannot predict the facilities needed for future changes and development today; and third, it is necessary to maintain greening on the lot. Therefore, the designer thinks that the architectural treatment method that divides the space to death is no longer suitable for future development and must be abandoned. After further research, we realized that today’s bio-engineering discipline breaks the paradox of traditional science. Similarly, the architectural design of the Bio-engineering Center must also break the traditional architectural discipline. Therefore, the designer was studying the DNA