Oleg Svideski
Leads the architectural and BIM department, developing quality standards, templates, and BIM models. Coordinates the Revit team and ensures consistency, accuracy, and compliance across all architectural deliverables.
Oleg Svideski is BIM Director at ScanM2, responsible for architectural BIM coordination, Revit-based design workflows, and the development of internal modeling standards. He oversees the consistency and quality of architectural BIM deliverables, helping ensure that project models meet technical requirements, coordination needs, and documentation objectives across different stages of design and development.
His role focuses on managing architectural BIM processes, refining modeling approaches, and supporting structured Revit coordination within project teams. Oleg works on the development of templates, standards, and model organization principles that improve clarity, consistency, and efficiency across architectural workflows. He is involved in aligning BIM production with project requirements and ensuring that models remain accurate, coordinated, and suitable for further design, documentation, and interdisciplinary collaboration.
At ScanM2, Oleg Svideski contributes to the quality and reliability of BIM-based architectural deliverables by combining technical oversight with process consistency. His work supports teams involved in architectural modeling, Revit coordination, and model development, with attention to compliance, geometry control, documentation logic, and the practical usability of digital building models.
His expertise is particularly relevant to projects where architectural BIM models serve as the basis for coordination, planning, and further design development. Through a structured approach to modeling standards and Revit workflows, he helps ensure that ScanM2’s architectural BIM services remain technically sound, scalable, and aligned with the requirements of professional design environments.
Most Recent Articles
BIM Coordination for Data Centers: Preventing Costly Conflicts Before Construction
What Makes a Point Cloud Ready for BIM Modeling
What Architects Should Check Before Ordering a Scan-to-BIM Model
Point Cloud to CAD: How Laser Scan Data Becomes Technical Drawings
Benefits of Using Revit MEP for BIM Coordination and Engineering Design
How Point Clouds Improve HVAC and Electrical BIM Coordination
Why Choosing the Right 3D Scanning Provider Matters for Construction Projects in New York
Laser Scanning Workflow from Site to Point Cloud
Laser Scanning for Existing Buildings: Challenges and Solutions
BIM vs CAD: Key Differences for Construction Projects
How As-Built Drawings Are Created: Step-by-Step Process
LiDAR vs Laser Scanning: What’s the Real Difference?
Interior Design as a Reflection of Personality and New Opportunities in the Profession
Laser Scanning for Roof Inspections: What You Need to Know
Creating Accurate As-Built Drawings for Residential Renovations
3D Laser Imaging – An Interactive Walk Through Reality
Industrial Plant Modeling Using Scan-to-BIM Technology
What is 3D Coordinate Measurement? A Key Tool for Architects and Interior Designers
Outdoor Laser Scanning: Precision Mapping for Modern Land and Infrastructure Projects
What Are As-Built Drawings? An Informative Guide
Archicad + Scan to BIM: A Fast Track from Point Cloud to Accurate As-Built Documentation
Scan to BIM Outsourcing — A Fast, Accurate Way to Turn Reality Into Actionable BIM Data
Examples of 3D Scanning Applications in Industry – The Key to Industry 4.0 and Production Digitalization
Quality Control of Parts Using 3D Scanning
Import Substitution: How Reverse Engineering Solves the Problem of Missing Parts
How Realtors Can Use As-Built Documentation to Reduce Buyer Uncertainty
The Benefits of LiDAR Technology in Commercial Property Inspections
Outsourcing in Architecture and Design: How to Reduce Team Workload and Speed Up Projects
How to Buy the Perfect Home: The Role of 3D Laser Scanning in Smart Real Estate Decisions
How Engineers Can Simplify HVAC and Electrical System Updates with 3D Laser Scanning
The Role of 3D Scanning in Real Estate Transactions: A Guide for Investors
As-Built Services for Retail Spaces: A Game-Changer in Modern Construction
How Architects Benefit from 3D Laser Scanning
Integrating LiDAR with CAD and BIM Software: Transforming Modern Design and Construction
Using Laser Scans for Photorealistic 3D Rendering
How Structural Engineers Use 3D Scanning for Load Calculation
3D Models in Structural Assessments: A Modern Approach to Building Inspections
Benefits of Laser 3D Scanning for Restoring Fire-Damaged Buildings
Restoring Buildings After a Fire: Why As-Built Services Are a Must-Have
How Designers Can Create Perfect Custom Furniture Layouts with Accurate Data
Laser Scanning for Small Apartment Redesigns
The Role of As-Built Drawings in Tenant Improvement Projects
Common Measurement Challenges in Interior Design and How 3D Scanning Provides Accurate Solutions
How to Get Accurate As-Built Drawings for Renovation Projects
Civil Engineering Meets BIM: What You Need to Know to Get Started
Why Designers Need BIM Services in 2025
3D Scanning in Construction: Transforming Building Projects
How Contractors Use Laser Scanning to Avoid Expensive Rework
Laser 3D Scanning: Revolutionizing Building Inspections with Precision and Affordability
Unlock the Full Potential of BIM Architecture with 3D Laser Scanning
