Freelancer logo
Log In Sign Up
Post a Project

EXPLORE

3D Architecture 3D CAD 3D Drafting 3D Modelling Building Architecture
Profile cover photo
User Avatar

Muhammad I.

@muhammadirman

monthly-level-three.svgverified-v2.svg
5.0
20

4.8

4.8

100%

20+ years | BIM | Revit | AutoCAD | 3D Model

$20 USD / Hour

・

Flag of

Indonesia (9:19 AM)

・

Joined on December 24, 2010

・

2 Recommendations

$20 USD / Hour

・

Solid experience in architecture for over 20 years with the following Certifications: Autodesk Certified Professional: AutoCAD® Autodesk Certified Professional: Revit® Architecture Autodesk Certified Professional: Revit® MEP Electrical Autodesk Certified Professional: Revit® MEP Mechanical Heads production department, and is in charge of coordinating architecture and engineering disciplines, and oversees all CAD 3D and BIM modeling for the projects. Sees architecture as three dimensional, created CAD 3D and Revit BIM parametric models and automation to streamline the projects which makes communicating ideas clear and allows more effective exploration and evaluation to design options. Versatility and strong CAD and Graphics capabilities ensure the projects are delivered on time and compliant. Adapts well to vast movement in CAD and graphics technology related to architecture.

Verifications

On time

100%

On budget

100%

Accept rate

100%

Repeat hire rate

20%

Freelancer 3D Architects Indonesia
See all 3D Architects in Indonesia

Portfolio

Portfolio

13828746
Part of a construction documentation set, used to guide fabrication and installation of façade elements. It provides precise dimensions, material specifications, and layout coordination for contractors and builders.

Revit 3D Sectional Façade Details

836644
Architectural site plan for a residential and community development. The plan integrates residential living, recreation, and vehicular access within a well‑defined boundary, balancing density with open space.

Site Plan

Architectural site plan for a residential and community development. The plan integrates residential living, recreation, and vehicular access within a well‑defined boundary, balancing density with open space.

Site Plan

13836738
3D Scan point cloud to BIM Revit. Works include setting up 3D scan point cloud file to be ready for tracing and to be converted to Revit native 3D objects (Floors, walls, doors, windows, roofs, etc). Generate architectural drawings (Plans, elevations, sections, 3D views).

3D Scan point cloud to BIM Revit

3D Scan point cloud to BIM Revit

13832502
BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

13870969
The siteplan and contour were derived using Google Earth’s geospatial data to establish accurate topographical and contextual references for the project area.

Siteplan and Contour

13870274
Jeddah Transect 3D map diagram captures the city’s spatial diversity along Madinah Road and the Makkah Expressway, showing transitions from civic and coastal zones into dense commercial corridors, mixed-use centers, and residential districts. It highlights ten typologies, including public realm, coastal housing, urban centers, super blocks, industrial districts, suburban areas, and new planned estates, while also marking demolished zones as sites of change. Together, it conveys how Jeddah’s urban fabric shifts in scale, density, and function.

Revit 3D Diagram - Urban Typology

Jeddah Transect 3D map diagram captures the city’s spatial diversity along Madinah Road and the Makkah Expressway, showing transitions from civic and coastal zones into dense commercial corridors, mixed-use centers, and residential districts. It highlights ten typologies, including public realm, coastal housing, urban centers, super blocks, industrial districts, suburban areas, and new planned estates, while also marking demolished zones as sites of change. Together, it conveys how Jeddah’s urban fabric shifts in scale, density, and function.

Revit 3D Diagram - Urban Typology

13828746
Part of a construction documentation set, used to guide fabrication and installation of façade elements. It provides precise dimensions, material specifications, and layout coordination for contractors and builders.

Revit 3D Sectional Façade Details

836644
Architectural site plan for a residential and community development. The plan integrates residential living, recreation, and vehicular access within a well‑defined boundary, balancing density with open space.

Site Plan

Architectural site plan for a residential and community development. The plan integrates residential living, recreation, and vehicular access within a well‑defined boundary, balancing density with open space.

Site Plan

13836738
3D Scan point cloud to BIM Revit. Works include setting up 3D scan point cloud file to be ready for tracing and to be converted to Revit native 3D objects (Floors, walls, doors, windows, roofs, etc). Generate architectural drawings (Plans, elevations, sections, 3D views).

3D Scan point cloud to BIM Revit

3D Scan point cloud to BIM Revit

13832502
BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

BUILDING SETBACK SUPERIMPOSED TO 3D MASSING This conceptual 3D massing model in Revit illustrates the overall building footprint, height, and volumetric form while simultaneously overlaying the city council’s setback and coverage rules. By superimposing setback envelopes, the diagram clearly communicates how the design responds to regulatory constraints. The visualization highlights compliance with setback requirements, maximum height limits, and allowable site coverage, ensuring that the project’s volumetric composition aligns with planning guidelines. Presented as an initial analysis, this diagram provides both designers and stakeholders with a clear understanding of spatial potential, regulatory boundaries, and the architectural footprint at an early stage of development.

Revit 3D Massing Compliance Study

13870969
The siteplan and contour were derived using Google Earth’s geospatial data to establish accurate topographical and contextual references for the project area.

Siteplan and Contour

13870274
Jeddah Transect 3D map diagram captures the city’s spatial diversity along Madinah Road and the Makkah Expressway, showing transitions from civic and coastal zones into dense commercial corridors, mixed-use centers, and residential districts. It highlights ten typologies, including public realm, coastal housing, urban centers, super blocks, industrial districts, suburban areas, and new planned estates, while also marking demolished zones as sites of change. Together, it conveys how Jeddah’s urban fabric shifts in scale, density, and function.

Revit 3D Diagram - Urban Typology

Jeddah Transect 3D map diagram captures the city’s spatial diversity along Madinah Road and the Makkah Expressway, showing transitions from civic and coastal zones into dense commercial corridors, mixed-use centers, and residential districts. It highlights ten typologies, including public realm, coastal housing, urban centers, super blocks, industrial districts, suburban areas, and new planned estates, while also marking demolished zones as sites of change. Together, it conveys how Jeddah’s urban fabric shifts in scale, density, and function.

Revit 3D Diagram - Urban Typology

5.0 · 20 Reviews
20 Reviews
User Avatar
Flag of

Richard W.

5.0

$30 AUD

1 month ago

Single-Storey Home Floor Plan

Excellent to work with, would recommend

Building Architecture
Home Design
AutoCAD
3D Modelling
Building Design

+3 more

Share

User Avatar
Flag of

Walter K.

5.0

€25 EUR

1 month ago

#13 KLEIN-PLAWENN

It was a small job, but he did it perfectly.

Building Architecture
AutoCAD
3D Modelling
3D Architecture

+1 more

Share

User Avatar
Flag of

Walter K.

5.0

€150 EUR

1 month ago

#1 Ministerium

Muhammad is a professional freelancer with great perseverance and a good character. He works until he achieves the perfect result.

Building Architecture
AutoCAD
3D Modelling
3D Architecture

+1 more

Share

User Avatar
Flag of

Walter K.

5.0

€60 EUR

2 months ago

#12 Lamprechtsburg

Working with him was very successful and efficient. He accommodates requests without criticism and delivers a completely satisfactory result.

Building Architecture
3D Modelling
3D Architecture
3D CAD

+1 more

Share

User Avatar
Flag of

Walter K.

5.0

€50 EUR

3 months ago

#11 Ansitz Heufler

Muhammad is reliable and delivers top results immediately. It is a pleasure to work with him.

Building Architecture
3D Modelling
3D Architecture
3D CAD

+1 more

Share

Experience

Senior Architect, BIM Manager

Jan, 2013 - Present

•

13 years, 5 months

Jeddah, KSA

Jan, 2013 - Present

•

13 years, 5 months

Working on architecture, interior, micro architecture and wayfinding projects. The involvement includes: BIM Implementation, Point cloud to BIM model, Contour , Design Development, Space planning, 3D modeling, Rendering, Photomontage, Virtual Reality (360º view), Walkthrough animations, Graphics presentation, Authorities Submission Drawings, Tender Drawings, Construction Drawings, Incorporate Structural and MEP drawings.

Jan, 2013 - Present

•

13 years, 5 months

Architectural Designer

Dec, 2008 - Jan, 2013

•

4 years, 1 month

Bandar Sri Begawan, Brunei Darussalam

Dec, 2008 - Jan, 2013

•

4 years, 1 month

Fully involved in the following tasks: 1. Produce conceptual design for proposals. 2. Design Development 3. Create 2D Space planning/layout design using AutoCAD 4. Create 3D modeling using AutoCAD (include one or more of these: 3D contour, 3D Building, 3D Interior, 3D Furniture, etc) 5. Create render images using 3D Studio Max + vRay 6. Create image editing using Adobe Photoshop (include: Final perspective images for presenta

Dec, 2008 - Jan, 2013

•

4 years, 1 month

Education

Universitas Gajah Mada

1998 - 2003

•

5 years

Architecture

Flag of

Indonesia

1998 - 2003

•

5 years

Qualifications

Autodesk Certified Professional: Revit® Architecture

2016

Autodesk

I have successfully completed the program requirements of Autodesk Certified Professional: Revit® Architecture on December 7, 2016.

2016

Autodesk Certified Professional: AutoCAD®

2016

Autodesk

I have successfully completed the program requirements of Autodesk Certified Professional: AutoCAD® on December 22, 2016.

2016

Autodesk Certified Professional: Revit® MEP Mechanical

2017

Autodesk

I have successfully completed the program requirements of Autodesk Certified Professional: Revit® MEP Mechanical on January 5, 2017.

2017

Certifications

P

Preferred Freelancer Program SLA

US English - Level 1

US English

Freelancer Orientation

Freelancer Orientation

Freelancer logo US (International) / English
Help & Support

Freelancer

Categories Projects Contests Freelancers Enterprise Innovation Challenges AI Development Membership Preferred Freelancer Program Project Management Local Jobs Photo Anywhere Showcase API for Developers Get Verified

About

About us How it Works Security Investor Sitemap Stories News Team Awards Press Releases Careers

Terms

Privacy Policy Terms and Conditions Copyright Policy Code of Conduct Fees and Charges

Partners

Escrow.com Loadshift Warrior Forum

Apps

Apple App Store logoGoogle Play logo

Registered Users

Total Jobs Posted

Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)

Copyright © 2026 Freelancer Technology Pty Limited (ACN 142 189 759)