Precision, Innovation, and BIM Excellence.
Experienced Architect and BIM Consultant with over 20 years of expertise in architectural design, BIM implementation, and project leadership. Specialized in BIM Level 2 standards, Revit workflows, and delivering large-scale infrastructure and building projects across Europe, Asia, and the Middle East. Proven success in enhancing project efficiency, cutting costs, and leading multidisciplinary teams to deliver high-quality results.
AREAS OF EXPERTISE
BIM Management | BIM Level 2 Implementation
Advanced Revit Architecture & Family Creation
Project Coordination & Team Leadership
Large-Scale Urban Design & Building Projects
Parametric Design & Problem Solving
Quantity Takeoff & Cost Estimation
Cloud Point to 3D Model Conversion
Revit Training & Workflow Optimization
SERVICES
With 22 years of experience in architecture and 17 years in BIM, I provide solutions that integrate design, technology, and efficiency. From architectural design at various scales to BIM Level 2 modeling, I ensure precision and functionality. My expertise covers point cloud modeling, Revit family creation, tailored training programs, and consultancy services helping professionals and companies streamline workflows and maximize project efficiency.
Comprehensive Guide to BIM (Building Information Modeling)
1. What is BIM?
BIM is a data-driven process for digitally managing the planning, design, construction, and operation of built environments. Unlike traditional CAD systems, BIM:
Incorporates not just geometric data but also material properties, cost data, performance criteria, and timeline information
Creates a shared data source for all project stakeholders
Covers the entire building lifecycle
2. Historical Development of BIM
1970s: Prof. Charles Eastman's "Building Description System" concept
1980s: Graphisoft's ArchiCAD as first BIM-like software
1990s: Parametric Technology Corporation's Pro/ENGINEER
2000s: Autodesk's acquisition of Revit and BIM mainstream adoption
2010s: BIM mandates in many countries (UK BIM Level 2, 2016)
3. Core Components of BIM
3.1. Geometric Information
3D modeling
Integration of architectural, structural, and MEP systems
3.2. Time Data (4D BIM)
Construction process simulation
Critical path analysis
3.3. Cost Data (5D BIM)
Automated quantity takeoff
Cost analysis
3.4. Performance Data (6D BIM)
Energy analysis
Sustainability assessments
3.5. Management Data (7D BIM)
Asset management
Maintenance planning
4. BIM Levels of Development (LOD)
Level Description Purpose
LOD 100 Conceptual design Feasibility
LOD 200 Schematic design Preliminary design
LOD 300 Detailed design Final design
LOD 350 Construction documentation Tender
LOD 400 Fabrication details Manufacturing
LOD 500 As-built model Operations
5. BIM Software Ecosystem
5.1. Modeling Software
Autodesk Revit
Graphisoft ArchiCAD
Bentley OpenBuildings
5.2. Analysis Tools
Autodesk Navisworks (Clash detection)
Solibri Model Checker
Tekla Structures
5.3. Collaboration Platforms
BIM 360
Trimble Connect
Revizto
6. Advantages of BIM
Design Phase
Early clash detection
Rapid design alternative generation
Construction Phase
Schedule optimization
Cost control
Operations Phase
Facility management
Energy efficiency analysis
7. BIM Implementation Challenges
Organizational
Resistance to process change
Team alignment issues
Technical
Software learning curve
Large file sizes
Legal
Liability distribution
Intellectual property rights
8. BIM and Digital Transformation
AI Integration: Design optimization
Digital Twins: Real-time data flow
Blockchain: Contract management
AR/VR: Field applications
9. Global BIM Standards
ISO 19650: BIM management standard
IFC: Open file format
COBie: Asset data standard
10. The Future of BIM
Autonomous Construction: BIM + Robotics
Sustainable Design: Carbon footprint optimization
Smart Cities: Urban-scale BIM applications
11. BIM in Turkey
2021 BIM Regulation: Mandate for public projects
BIM Education: University programs
BIM Association: Standardization efforts