A few days ago, many friends from construction companies were discussing the challenges their firms face with BIM training. Most companies either outsource the training without gaining practical experience or invest significant manpower and financial resources only to give up without seeing any benefits. In short, there are many issues. Today, the editor of BIM Building Training Network will share insights on what construction companies should focus on when conducting BIM training, based on our experience with multiple internal training sessions in BIM enterprises.
1) Develop Strategies According to Your Company’s Current Situation. Don’t expect to achieve everything at once with BIM application. Avoid trying to apply Revit across all disciplines immediately to achieve perfect 3D collaborative design and related applications. For general contracting projects just beginning to adopt BIM, start with basic BIM modeling on simpler projects. Gradually explore more valuable applications to leverage BIM for acquiring larger and more projects in the future. A practical BIM implementation plan is essential, as BIM adoption is a long-term process. Successful BIM deployment requires strong policy support from company leadership and firm commitment from management.
2) Focus on Talent Development and Team Structure. Promoting BIM adoption requires nurturing talent and carefully considering team composition and personnel hierarchy. Only when individual software skills improve can teams provide solid support for project execution and enterprise growth.
3) Combine BIM Training with Practical Projects. The fastest way to learn BIM is through hands-on experience. Practical projects help solidify true knowledge and allow individuals to test their skills. Start with manageable projects to build enthusiasm and confidence, and achieve visible results quickly. Without real project applications as a backbone, BIM adoption remains a personal effort and cannot scale to the enterprise level.
4) Implement BIM Gradually. Promoting BIM is a phased process, involving both project experience accumulation and team building. The biggest challenge isn’t mastering the software but applying BIM to design comprehensive standards and workflows, integrate them into existing business processes, and minimize disruption to traditional operations. This gradual approach requires patience. Construction companies need time to understand, internalize, apply, and deepen their use of BIM. In the short term, refined BIM management may cause some difficulties. Thus, starting with collision detection and pipeline integration as breakthrough applications is an effective way to use BIM to solve practical problems.
5) Respect Traditional Business Models. BIM is not intended to overturn existing methods or completely replace 2D CAD production. For example, if a company sends three young key staff to learn BIM, the immediate results might be slow. This can reduce individual income and create labor shortages, lowering enthusiasm and making sustained efforts difficult. This is a reality that must be acknowledged. It’s important to balance the negative impacts of BIM adoption, rapidly help existing businesses improve their capabilities, and identify profitable models quickly to support healthy BIM development.
6) Seek Professional Partners. BIM is not synonymous with Revit. Many people assume Revit solves all BIM challenges, but it is just one of many affordable software options. It’s neither the best nor the only professional tool available. In this emerging industry, BIM teams often work without clear plans, taking one step at a time and sometimes going off track. While some progress is made, success often remains just out of reach. Professional BIM partners add value not by profiting from companies but by assisting design firms with BIM planning, leading implementation, collaborating on profit models, and sharing the benefits of cooperation.
7) Create Value. Although not every client actively requests BIM, comparing traditional and BIM processes reveals the unique value BIM adds to conventional design. Recognizing this value allows construction companies to offer value-added services that clients are willing to pay for. It’s important to help owners understand that investing in BIM to improve quality is a significant step. The more investment made early on, the greater the savings and benefits during later project stages. This investment includes not only money but also manpower and time.
From a global perspective, BIM has become mainstream. Its advantages extend beyond collaborative design, playing a vital role throughout various project lifecycle stages. Amid the push for industrialized residential construction, BIM serves as a tool for 3D information modeling, assembly simulation, procurement, manufacturing, transportation, storage, and installation tracking. It solves challenges in information creation, management, and transmission, providing strong technical support for large-scale, automated residential industrialization. Currently, BIM is more widely used by design firms, but as BIM adoption expands across construction sectors, it will profoundly impact the industry’s development. Though BIM is still in its early stages in China, its prospects are very promising.
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