Not long ago, two-dimensional working drawings were the main language of the construction world. Architects drew floor plans, structural engineers calculated beams and columns, and MEP teams laid out pipes and cables, each in their own files. The results are familiar: drawings that do not match, clashes between elements discovered only on site, and revisions that cost time and money. Building Information Modeling, or BIM, emerged to address these problems, and it is increasingly a skill sought by consultants, contractors, and project owners in Indonesia.
What Is BIM?
BIM is not simply drawing in three dimensions. It is a process of creating and managing an information-rich digital model of a building. Every wall, column, door, or pipe in the model is not just a set of lines but an object that carries data: material, dimensions, specifications, and even installation schedules. Because all parties work from the same or linked models, a change in one part immediately shows its impact on the others.
Why Has BIM Become an Essential Skill?
The use of BIM in Indonesia continues to grow, especially on large-scale and multidisciplinary projects. For civil engineering and architecture graduates, BIM skills offer real added value when applying for jobs. Key benefits include:
- Better coordination: clashes between structure, architecture, and MEP can be detected at the design stage.
- More accurate quantities and costs: material quantities can be extracted directly from the model.
- Clearer communication: 3D visualization helps project owners understand the design.
- Long-term data: building information remains useful during operation and maintenance.
Beyond the ability to operate software, BIM trains an integrated way of thinking. An engineer who understands BIM is used to considering how decisions affect other disciplines, keeping data well organized, and communicating in the same language as the entire project team. These habits help graduates with BIM skills adapt more quickly in the workplace.
BIM Dimensions at a Glance
In practice, BIM is often described in terms of dimensions. The breakdown may vary slightly between sources, but the general picture is as follows:
- 3D: the geometric model of the building containing object information.
- 4D: the model linked to the schedule so the construction sequence can be simulated.
- 5D: adding cost information for estimating and budget control.
- 6D: sustainability analysis, such as building energy performance.
- 7D: using the model for facility operation and maintenance.
Commonly Used Tools
Autodesk Revit is one of the most widely used BIM tools for architectural, structural, and MEP modeling. Others include Navisworks for coordination and clash detection, Tekla Structures for steel and concrete detailing, ArchiCAD as an alternative for architecture, and the open IFC format that allows models to be exchanged between software. You do not need to master them all at once; what matters most is understanding the BIM way of thinking, then learning one tool well.
How to Start Learning BIM
- Strengthen your basics in technical drawing and building elements, because BIM still starts from construction logic.
- Choose one tool, such as Revit, and use the educational version that is usually available to students.
- Complete a small project from start to finish, such as a simple house, including plans, sections, and quantity schedules.
- Learn to work as a team: share models, give comments, and resolve clashes together.
- Join structured training to get guidance from practitioners familiar with real projects.
FUJICON AI's Experience: BIM Training for Students
In February 2024, FUJICON AI held a free six-day BIM training for students of Universitas Pendidikan Indonesia (UPI). Participants learned directly from practitioners, from modeling basics to how models are used in project coordination. This activity is part of FUJICON AI's commitment to preparing young Indonesians for professional work, including in environments that apply both Indonesian and Japanese work standards.
Closing
BIM is a new way of working in construction: more coordinated, more measurable, and more collaborative. The sooner you learn it, the better prepared you will be for industry needs. Visit the E-Learning page at fujicon.id to see available courses, or contact us at info@fujicon.id to learn about upcoming training or opportunities to collaborate with your campus.