Workflow
从“引凤来栖”到“引凤长栖”乌兰察布市打造人才发展新天地

Core Viewpoint - Ulanqab City is innovating its talent work mechanisms to enhance talent cultivation, mobility, and integration, aiming for high-quality development through targeted recruitment and training strategies [1][2]. Group 1: Talent Recruitment - Ulanqab City is implementing a dual approach of online and offline recruitment, targeting 480 positions in public institutions and 117 in key enterprises, with a focus on high-level talent [2]. - The city has successfully signed contracts with 312 high-level talents for public institutions, enhancing grassroots governance and public services [2]. - A "cloud-based recruitment" model has been introduced, assisting 43 key enterprises in hiring 505 individuals through targeted recruitment events [2]. Group 2: Talent Development - Ulanqab City has established a comprehensive talent cultivation system, recognizing 46 individuals under the "Yingcai Xingmeng" project and securing 700,000 yuan in special funding for high-level talent innovation [3]. - The city has trained 1,710 local talents in education, healthcare, and agriculture, promoting a collaborative growth model [3]. Group 3: Talent Mobility - The implementation of a technology specialist system has seen 180 technology specialists and 198 "三区" technology talents providing on-the-ground technical guidance, facilitating talent flow to grassroots levels [5]. Group 4: Innovation and Industry Integration - Ulanqab Vocational College has partnered with enterprises to establish a Digital Intelligence Industry College, integrating real-world projects into the curriculum to enhance student skills [6]. - The college collaborates with leading companies like Huawei and Zhongruan to ensure that talent training aligns with industry needs, fostering a deep integration of education, talent, and industry [6]. Group 5: Talent Policy - Ulanqab City is continuously launching heartfelt talent policies, transitioning from attracting talent to retaining them, creating a magnetic effect for talent [7].