June 30, 2025
How BIM Can Help You Control Project Costs
BIM, or Building Information Modeling, is a digital representation of a building’s physical and functional characteristics. It’s designed for full project control from concept to operational use. BIM enables scenario simulations, error detection, quantity take-offs, and time and cost optimization.

Introduction – What BIM Actually Delivers
BIM, or Building Information Modeling, is a digital representation of a building’s physical and functional characteristics. It’s designed for full project control from concept to operational use. BIM enables scenario simulations, error detection, quantity take-offs, and time and cost optimization. The result? Greater transparency, fewer risks, and more accurate financial forecasts—before construction even begins. BIM proves its worth early, with tangible savings already in the design phase.

Key Benefits of BIM in the Early Stages
1. Accurate Quantities and Material Take-Offs
Even at the concept stage, the model includes all building elements: walls, windows, furniture, installations.
BIM allows automatic generation of bills of quantities, reducing errors compared to manual entry.
This leads to more accurate cost estimates and minimizes material price surprises during construction.
2. Timeline Simulation (4D) and Cost Simulation (5D)
The model enables detailed construction scheduling, including daily sequences and contractor coordination. Real data on labor and material costs can be added for more predictable and optimized execution.
3. Clash Detection and Fewer Errors
A Common Data Environment (CDE) integrates all disciplines—architecture, electrical, mechanical—into a single model. The system identifies element clashes during design, preventing delays and rework onsite.
4. Continuous Cost Control
Built-in material and labor cost data allows ongoing cost monitoring directly in the model. Investors can see how design changes impact costs in real time.
5. Smarter Decisions Through Simulation
Energy consumption, weather responsiveness, acoustics, and lighting analyses are possible at the 6D level. This leads to more energy-efficient and sustainable decisions.
6. Optimized Feasibility and Project Cohesion
BIM connects all stages—from conceptual design, floorplans, and custom furniture drawings to detailed execution plans and construction oversight. This phase integration ensures consistency between plans and delivery.
7. Digital Twin for Building Management
After project completion, the model becomes a digital guide for maintenance, warranty tracking, and technical specs. Facility managers have everything at their fingertips.

How BIM Can Save You Thousands in the Design Phase
– Fewer drawing corrections—clashes and mismatches are detected digitally, not onsite
– Automated take-offs—saves manual work and reduces errors during execution
– Ongoing cost monitoring—changes are instantly visible, keeping investors in control
– Energy analysis—optimizes design to cut infrastructure and operating costs
– Digital twin—saves on maintenance, reduces material waste, extends lifespan
Altogether, this adds up to significant savings—tens of thousands of euros for a house, and much more for larger projects.
BIM in Interior Design Context
Our full-service interior design—including floorplans, custom drawings, furniture selections, and 3D visuals—integrates seamlessly into the BIM environment. The model coordinates materials, furnishings, and technologies already at the concept stage. It’s not just about aesthetics—it’s a plan that works in reality.
Interior design projects done with BIM provide:
– A precise match of functionality, aesthetics, and spatial needs
– Coordination of electrical, mechanical, and furniture elements
– Easier execution and site supervision
– Fewer discrepancies between the 3D visualization and the final outcome
Why BIM Isn’t Just for Large Projects
Though often associated with large-scale developments, BIM is equally valuable for smaller projects—single-family homes, renovations, offices. Especially for private homes, BIM cuts risk, boosts efficiency, and supports better maintenance—without major additional cost.
How BIM Implementation Works at OD-DO
– Needs and project review – we assess your documents, goals, and project scope
– Concept design with model – includes quantity take-offs, timelines, and material specs
– Execution plans and coordination – all disciplines aligned through the model
– 3D visualizations – support informed choices for materials, lighting, and layout
– Construction oversight – the model tracks implementation, and we coordinate the build
– Digital twin delivery – ensures efficient long-term building management

Conclusion: An Investment That Pays Off in Planning
BIM is not a tech luxury—it’s a practical tool that connects every project phase.
The savings are real and measurable: fewer errors, better cost control, data-driven decisions. For a typical house, the cost difference can amount to thousands—or tens of thousands—of euros.
How BIM Saves You Money in Our Studio
At OD-DO architecture studio, our experience and expertise ensure:
– BIM implementation from the concept phase, including take-offs, analyses, and timelines
– Full coordination between architecture, furniture, electrical, and mechanical systems
– Supervision of construction and alignment with 3D visuals
– Delivery of a digital twin for future building management
Our interior design projects combine aesthetics, functionality, and execution precision—saving you time and money where it matters most.
For more information about Interior Design, contact us using the form below.
We are a dynamic architecture company specializing in crafting innovative and functional projects. With a passion for our work, we consistently deliver exceptional results that surpass our clients expectations.
Read about usOther posts
Insights
Low-Energy House: 5 Reasons Why It’s Worth Building
A low-energy house is a building that consumes significantly less energy for heating compared to conventionally built houses. This is achieved through high-quality thermal insulation, airtight construction, proper orientation, and energy-efficient heating and ventilation systems.
July 21, 2025