Multi-Family Residential
Project details
This 25,000 square-foot multifamily residential project aimed to provide modern, efficient, and aesthetically pleasing living spaces while adhering to sustainable design principles. The project involved a comprehensive approach to material selection, energy efficiency, and detailed design execution.
Area of site | 25,000 ft2 |
Date | 2023 |
Status of the project | Under construction |
Tools used | AutoCAD, SketchUp, V-Ray, Sefiara |
Material Research
Conducted extensive research on materials to ensure durability, sustainability, and cost-effectiveness.
Selected materials that complemented the overall design aesthetic and met energy efficiency standards.
Energy Analysis
Performed energy analysis to optimize building performance and reduce operational costs.
Implemented energy-efficient solutions and technologies to enhance the building's sustainability.
AutoCAD Drawings and Details
Created detailed AutoCAD drawings for various elements of the project, including:
Walls: Detailed wall sections and assemblies, ensuring structural integrity and thermal performance.
Windows: Developed window schedules and detailed window installation drawings, focusing on energy efficiency and aesthetic integration.
Exterior Finishes: Produced comprehensive details for exterior finishes, ensuring consistency and quality in the building's facade.
Exterior Renderings
Produced high-quality exterior renderings to visualize the project's design intent and material selections.
Utilized rendering software to create realistic images that effectively communicated the project's aesthetic to stakeholders and clients.
Key Achievements
Successfully completed the CD set, providing clear and precise documentation for construction.
Enhanced the project's sustainability through rigorous material research and energy analysis.
Created detailed and accurate AutoCAD drawings that facilitated smooth construction processes.
Produced compelling exterior renderings that were instrumental in securing client approval and support.
This project demonstrates my ability to manage complex design tasks, perform in-depth material and energy analyses, and produce high-quality technical drawings and visualizations. It highlights my commitment to sustainable design and my proficiency in utilizing industry-standard tools and techniques.