BIM modeler
1. Accurate 3D Modelling According to Project Standards
- Model elements according to LOD (Level of Detail) and company/project templates.
- Follow naming conventions, worksets, and category usage precisely.
- Use the correct families, types, and parameters—don’t fudge things “just to get it done.”
📌 Why it matters: Garbage in = garbage out. Everything from quantity take-offs to clash detection depends on the model being correct and structured.
2. Data Input and Parameter Management
- Populate and maintain key parameters (e.g., type marks, material codes, fire ratings, system classifications).
- Understand shared vs. project parameters, and maintain data consistency across views and disciplines.
📌 Why it matters: A BIM model is a data model, not just geometry. Incomplete or inconsistent data screws up schedules, reports, and handovers.
3. Worksharing and Model Coordination
- Manage links, worksets, phasing, and collaboration models effectively.
- Sync regularly, resolve sync conflicts, and follow clash resolution protocols.
📌 Why it matters: Poor coordination leads to rework, delays, and annoyed engineers. BIM is a team sport.
4. View Management and Sheet Setup
- Create clean, consistent views with proper templates, filters, and annotations.
- Ensure sheets are ready for publishing with correct scales, titles, and naming.
📌 Why it matters: Poor views slow down everyone—reviewers, engineers, contractors. Good views = clarity = fewer mistakes.
5. Issue Resolution and Clash Management
- Actively participate in clash detection (e.g. using Navisworks or Solibri) and resolve issues in the model.
- Track and document fixes using tools like BIMcollab, BCF, or issue trackers.
📌 Why it matters: You’re not just drawing—you’re solving problems in the digital space before they become real-world mistakes.
6. Exporting and Sharing Models/Data
- Export IFC, DWG, NWC, or schedules per employer's requirements or exchange information requirements (EIR).
- Follow correct coordinate systems, layer standards, and data drop protocols.
📌 Why it matters: BIM isn’t just internal—it feeds the rest of the supply chain. If your export is wrong, you mess up the next link in the chain.
🔧 Bonus Skill: Problem Solving and Revit Hacking
- Understand workarounds, scripting (Dynamo, Python), and plugins to solve unexpected issues quickly and consistently.
📌 Because in reality, Revit doesn't always play fair, and you need to outsmart it.
Summary
Task | Why It Matters |
---|---|
1. Accurate Modelling | Foundation for everything downstream |
2. Data Management | Enables automation, schedules, and exports |
3. Coordination | Avoids clashes and chaos |
4. Views & Sheets | Delivers readable, usable output |
5. Issue Handling | Reduces risk and rework |
6. Export & Sharing | Enables collaboration and compliance |
Let me know if you want a checklist version or tailor this to a specific discipline (e.g. MEP, architecture).