Frederic Le Marec

1. Preparatory analysis and data integration

• Document collection: Centralization and critical analysis of all execution plans (DWG/PDF files) provided by the design office and various subcontractors.

• Consistency verification: Checking the compliance of subcontractor execution plans against the architect's guide plans and the structural engineering department's constraints.

2. Network overlay and conflict detection

• Geometric overlay: Rigorous computer-aided overlay of plans for all technical trades (HVAC, Smoke Extraction, Plumbing, Electrical - High/Low Voltage).

• Anomaly identification: Systematic detection of physical collisions (e.g., a ventilation duct crossing a concrete beam or a cable tray) and inconsistencies in routing.

• Space optimization: Detailed study of clearances in critical areas (false ceiling plenums, vertical technical shafts, technical rooms).

3. Coordination and facilitation of the synthesis cell

• Synthesis meetings: Organization and facilitation of periodic coordination meetings with all site managers and company engineering departments.

• Dispute resolution: Proposing routing alternatives and geometric arbitration to find the best compromise between space/cost/performance.

• Technical synthesis plans: Issuance of general synthesis plans (in DWG and PDF format) integrating all validated and coordinated networks.

• Sections and principle details: Creation of specific detail sections for high-density areas (boiler rooms, substations, complex plenum intersections).

• Reservation plans: Establishment and validation of definitive reservation plans (openings, core drilling, service penetrations) required before concrete pouring or partition installation.

1. Preparatory analysis and data integration

• Document collection: Centralization and critical analysis of all execution plans (DWG/PDF files) provided by the design office and various subcontractors.

• Consistency verification: Checking the compliance of subcontractor execution plans against the architect's guide plans and the structural engineering department's constraints.

2. Network overlay and conflict detection

• Geometric overlay: Rigorous computer-aided overlay of plans for all technical trades (HVAC, Smoke Extraction, Plumbing, Electrical - High/Low Voltage).

• Anomaly identification: Systematic detection of physical collisions (e.g., a ventilation duct crossing a concrete beam or a cable tray) and inconsistencies in routing.

• Space optimization: Detailed study of clearances in critical areas (false ceiling plenums, vertical technical shafts, technical rooms).

3. Coordination and facilitation of the synthesis cell

• Synthesis meetings: Organization and facilitation of periodic coordination meetings with all site managers and company engineering departments.

• Dispute resolution: Proposing routing alternatives and geometric arbitration to find the best compromise between space/cost/performance.

• Technical synthesis plans: Issuance of general synthesis plans (in DWG and PDF format) integrating all validated and coordinated networks.

• Sections and principle details: Creation of specific detail sections for high-density areas (boiler rooms, substations, complex plenum intersections).

• Reservation plans: Establishment and validation of definitive reservation plans (openings, core drilling, service penetrations) required before concrete pouring or partition installation.

1. Preparatory analysis and data integration

• Document collection: Centralization and critical analysis of all execution plans (DWG/PDF files) provided by the design office and various subcontractors.

• Consistency verification: Checking the compliance of subcontractor execution plans against the architect's guide plans and the structural engineering department's constraints.

2. Network overlay and conflict detection

• Geometric overlay: Rigorous computer-aided overlay of plans for all technical trades (HVAC, Smoke Extraction, Plumbing, Electrical - High/Low Voltage).

• Anomaly identification: Systematic detection of physical collisions (e.g., a ventilation duct crossing a concrete beam or a cable tray) and inconsistencies in routing.

• Space optimization: Detailed study of clearances in critical areas (false ceiling plenums, vertical technical shafts, technical rooms).

3. Coordination and facilitation of the synthesis cell

• Synthesis meetings: Organization and facilitation of periodic coordination meetings with all site managers and company engineering departments.

• Dispute resolution: Proposing routing alternatives and geometric arbitration to find the best compromise between space/cost/performance.

• Technical synthesis plans: Issuance of general synthesis plans (in DWG and PDF format) integrating all validated and coordinated networks.

• Sections and principle details: Creation of specific detail sections for high-density areas (boiler rooms, substations, complex plenum intersections).

• Reservation plans: Establishment and validation of definitive reservation plans (openings, core drilling, service penetrations) required before concrete pouring or partition installation.