Kun Chang, male, Han nationality, born in September, 1962, party member, professor-level senior engineer, enjoying special government allowance from the State Council, 1982 graduated from Chongqing University (formerly Chongqing Institute of Civil Engineering and Architecture). He is currently the deputy chief engineer of China Construction Corporation, the chief expert of China Construction Group and the chief engineer of China Construction Third Engineering Bureau Co., Ltd.
May 20 19, won the National May 1st Labor Medal; Won the first prize of national innovation in May 2020; In June 2020165438+1October, he was awarded the national model worker; In May 2022, he won the Guanghua Engineering Science and Technology Award; In February, 2023, he won the Outstanding Engineer Award of China International Science Exchange Foundation. On April 23rd, 20021,he was selected as a valid candidate for the 20021Academician Co-election of China Academy of Engineering.
Kun Chang's character story.
Kun Chang has been deeply involved in the front line, insisting on engineering practice and scientific and technological innovation for 4 1 year, and has successively presided over and participated in a number of major engineering construction technical breakthroughs such as Shanghai World Financial Center, CCTV Headquarters Building and Beijing CITIC Building. Self-developed "multi-crane slewing platform", "circulating construction elevator" and "intelligent construction equipment integration platform for super high-rise buildings" were selected as the innovative achievements of high-end equipment manufacturing in central enterprises.
Innovatively put forward the core concept of pressurized oxygen supply to buildings, and successfully developed high-altitude pressurized buildings, which made the indoor environmental indicators of buildings in high-altitude areas reach the level of plain areas, effectively solved the problem of high-incidence rebellion of people entering Tibet, and made positive contributions to border construction and stability.