Projects using Autodesk Revit in Addis AbabaProjects using Autodesk Revit in Addis AbabaModern Apartment Building Visualization | G+5 Residential Exterior
A contemporary G+5 apartment building designed with a clean minimalist language, integrated ground-floor parking, and a balanced urban façade composition. This project focused on creating a premium architectural exterior visualization that highlights proportions, material contrast, lighting mood, and realistic environmental integration.
The presentation includes:
• Final photorealistic exterior render
• White conceptual clay render for design development
• Lighting and atmosphere exploration
• Minimal modern façade detailing
• Landscape and streetscape composition
The goal was to achieve a refined architectural identity while maintaining realistic scale, depth, and cinematic visual storytelling. Special attention was given to warm interior lighting, façade rhythm, shadow behavior, and composition to create a high-end residential presentation suitable for architects, developers, and real estate marketing.
Software Used:
• Revit
• D5 Render
Workflow:
3D Modeling • Architectural Visualization • Clay Render Pass • Lighting & Post-Production • Exterior Rendering
Available for:
• Architectural Exterior Visualization
• Real Estate CGI
• Residential Building Renders
• Concept Development Visuals
• High-End Marketing Imagery
#ArchitecturalVisualization #ExteriorRender #ApartmentDesign #ArchViz #3DRendering #CGIArchitecture #ResidentialArchitecture #ModernArchitecture #ClayRender #D5Render #Revit #RealEstateVisualization Project Title: Past, Present & Future | Bio-Adaptive Desert Housing in Afar, Ethiopia
Overview
Located in Berhale, one of the hottest and lowest regions in Ethiopia, this project is a response to the extreme desert conditions of the Sahel. The design serves as a bridge between the bold cultural history of the Afar people and a sustainable future, creating a "survivable" present through climate-responsive architecture.
The Concept: Biomimicry & Subterranean Living
To combat the extreme Saharan heat, the spatial arrangement takes inspiration from desert fauna. By mimicking the thermal regulation of desert animals, the design buries active living spaces (kitchen, living, dining) below ground level to utilize the earth’s natural thermal mass for cooling. Private sleeping quarters are kept at ground level within reinforced dome structures, traditional to Afar culture.
Key Architectural Features
Aero-Dynamic Domes: Utilizing local materials, the dome structures maximize airflow and minimize solar radiation absorption.
Annex & Interactive Neighborhoods: Intermediate spaces between residential units act as public interactive nodes, preserving the traditional communal lifestyle of the region.
Water Autonomy & Harvesting: The project addresses the critical water shortage in the Sahel through a multi-tier system:
Atmospheric Water Towers: Collecting humidity and fog from the air.
Surface Collection: Integrated channels that funnel rainwater into a central reservoir.
Drip Irrigation: Using stored water to support reforestation efforts in the arid landscape.
Eco-Sanitation: Implementation of waterless "Eco-San" toilets utilizing the region's abundance of sand and potash to create fertile soil for future greenery.
Technical Execution
Sectional Analysis: (As shown in the technical drawings) Designing complex subterranean levels and structural domes.
Sustainability Planning: Integrating low-tech, high-impact systems for water and waste management.
Clustering Logic: Designing circular residential clusters that mirror traditional Afar settlements, fenced with local stone.
