Today, I want to discuss why there is a shortage of BIM talents in China and what the possible solutions are. Compared to many other countries, China’s development of BIM-related knowledge and technology started relatively late. As a result, numerous BIM-related job vacancies are currently listed on recruitment websites. These positions often have minimal experience or qualification requirements, typically using titles such as “BIM Engineer,” “BIM Modeling Engineer,” or even “BIM Draftsman.” Most job postings require only 1 to 3 years of relevant engineering experience.
The domestic construction industry currently faces a shortage of BIM talents, which can be broadly categorized into two groups: technical talents (BIM modeling engineers) and management talents (such as project managers, BIM Technical Managers, and BIM Project Directors). The reasons behind this shortage can be summarized into three main points:
1. BIM modeling engineers must possess engineering knowledge, graphic recognition skills, and software operation abilities. However, given the current state of university education in China, it is challenging for most institutions to provide such comprehensive training.
2. BIM technology promotes cross-domain, multi-stage, multidisciplinary, and multi-person integration and communication. Developing candidates who have both technical expertise and management skills in cross-domain integration is difficult and time-consuming.
3. The industry as a whole lacks strategic planning and management systems that support on-the-job training. This makes it hard for trainees to balance their work and training, which limits the effectiveness of such programs.
To address the shortage of BIM talents in China, especially for schools and the industry, strengthening the quality and intensity of education and training is essential. The author believes focus should be placed on two key areas:
1. Formal education and training provided by schools:
• Training objectives: Teach fundamental theories and develop practical skills in basic BIM techniques.
• Implementation methods: Schools should assign dedicated instructors to teach the core BIM theories and professional teachers to guide students on operating BIM software, ensuring a complementary learning experience.
• Emphasis: Use real-world case studies in teaching to help students adapt more quickly when entering the workforce.
2. On-the-job education and training within the industry:
• Training objectives: Develop basic technical skills and cultivate advanced technical and research capabilities.
• Execution methods: External trainers should handle foundational BIM software skills, while senior engineers within the BIM department focus on nurturing advanced technology and R&D abilities.
• Focus areas: Training participants should be diverse, including both BIM department staff and site engineers. The learning cases should also range from simple to complex projects, covering BIM contracts with varying levels of regulatory detail. If possible, paid learning programs should be encouraged to motivate participants to accelerate their learning and improve outcomes through accountability.
In conclusion, the cultivation of BIM talents should begin at the university level. Therefore, it is important to emphasize the application of BIM education in Chinese universities by:
- Differentiating formal university courses from short-term industry training programs.
- Focusing on foundational concepts and skills through formal BIM education.
- Integrating BIM technology into existing engineering curricula.
So, why is there a shortage of BIM talents in China, and what are the solutions? I hope this article offers useful insights for everyone interested in this topic.
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