محمد صبري

• Develop Architectural Detail BIM Models: Utilized Revit to create comprehensive 3D models
for all project phases (Schematic Design, Design Development) and detailed shop drawings,
adhering to BIM standards.

• Developed Architectural, Interior Design (ID), and Detail BIM Models: Utilized Revit to create
comprehensive 3D models for all project phases (Schematic Design, Design Development) and
detailed shop drawings, adhering to BIM standards.

• Leveraged SketchUp for Conceptual Design: Created initial 3D representations of architectural
and structural elements to facilitate design exploration.

• Clash Detection and Resolution: Conducted comprehensive clash detection exercises between models from various disciplines (architectural, structural, etc.) and the general contractor, ensuring constructability and minimizing potential on-site conflicts.

• BIM Innovation Champion: Proactively explored new BIM solutions, software, and platforms to streamline information workflows and enhance project efficiency.

• Performed 3D model reviews for consultants and contractors, ensuring design compliance and
constructability.
• Utilized Navisworks Manage to conduct clash detection and facilitate visual walkthroughs,
optimizing project coordination.
• Leveraged expertise in Autodesk Revit to audit and review models for accuracy and adherence
to project specifications.
• Supported the creation and design of models and drawings, contributing to efficient project
delivery.
• Maintained and tracked drawing progress, ensuring timely completion and clear communication
with stakeholders.

• Developed detailed construction documentation: Created interior shop drawings, elevations, and
detail drawings according to Level of Detail (LOD) specifications.
• Maintained design integrity: Compared design changes, identified and reported potential issues,
ensuring project adherence to original intent.
• Enhanced design model: Upgraded design models from LOD 300 to LOD 400, increasing model
information for improved construction coordination.
• Proactive problem-solving: Identified and documented clashes between various discipline models
using Autodesk Navisworks Manage, facilitating timely resolution and reducing construction
delays.
• Streamlined workflow: Utilized Revit software to efficiently convert traditional 2D drawings into
3D models, enabling extraction of building system analysis, floor plans, section details, and
schedules. This approach improved collaboration and site coordination.

• Leveraged Building Information Modeling (BIM) software to generate models and collaborate with
design teams to ensure seamless integration into new projects.
• Developed and presented design alternatives for various trades, optimizing project outcomes.
• Implemented robust quality assurance and quality control procedures to maintain model accuracy
and integrity.
• Created and customized BIM model objects to enhance project efficiency and data management.
• Utilized Revit Rebar software for rebar modeling, generating clear soft drawings for construction
teams, and preparing Bar Bending Schedules (BBS) for accurate material ordering.

• Drafted shop drawings in accordance with architect specifications, ensuring clear communication
and project alignment.
• Maintained project coordination by identifying potential clashes between architectural, structural,
and Revit models, proactively resolving them to maintain project timelines.
• Developed Building Information Modeling (BIM) models and collaborated effectively with design
professionals to seamlessly integrate these models into new projects, enhancing design efficiency.
• Exercised independent judgment in decision-making processes, contributing to the development of
project plans alongside engineering management.

• Developed production-ready client drawings from design information, adhering to specifications
and industry best practices.
• Generated and refined 3D solid models and detailed technical drawings based on various design
inputs, including sketches, models, layouts, and engineer/designer notes.
• Facilitated the review and documentation of shop drawings, ensuring accuracy and adherence to
project requirements.

• Generated material take-offs to ensure efficient ordering and project resource allocation.
• Utilized AutoCAD and Rebar-specific software (e.g., RebarCAD) to create comprehensive and
accurate reinforcement drawings for various engineering projects.
• Maintained project accuracy by scanning existing drawings, generating raster files, and
incorporating field modifications into as-built/marked-up drawings.
• Adapted reinforcement detailing practices to meet USA construction market standards.