BIM Portfolio
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This document is Yehuda Sternberg's BIM student portfolio showcasing his skills in various BIM and design software programs. It includes floor plans, section views, elevation views, and renderings of building exteriors and interiors created using programs such as Revit Architecture, AutoCAD, 3Ds Max, and Photoshop. The portfolio demonstrates Sternberg's ability to design buildings, render realistic images accounting for factors like time of day and lighting, and manipulate renderings in Photoshop.
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All work presented in the presentation is carried out by graduates of NUST, Islambad including Abdul Mughees Khan, Syed Kashif Ali Shah, Sharjeel Ahmad Tariq, Malik Awais Ahmad and Hamza Khan Shinwari.
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Roger Cassel's CAD portfolio includes sheetmetal, solid, and surface modeling parts for a racing seat and vehicle components, as well as structural and mechanical designs like a racecar chassis, fuel cell, and house plans created using both AutoCAD and Inventor software. He has experience with techniques such as sketching, extrusions, patterns, configurations, assemblies, and importing/exporting between the different CAD programs.
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This Revit model was created as practice following a handbook and includes a school building with a swimming pool, playground, and office building. The modeler built the project in an organized sequence starting with the grid, elevations, columns, walls, floors, ceilings, roof, and stairs. After completing structural elements like the curtain wall facade, interior design, furniture, and landscaping were added. Finally, sunlight analysis, green design, and quantity reports were generated from the rendered model.
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This Revit model was created as practice following a handbook and includes a school building with a swimming pool, playground, and office building. The modeler built the project in an organized sequence starting with the grid, elevations, columns, walls, floors, ceilings, roof, and stairs. After completing structural elements like the curtain wall facade, interior design, furniture, and landscaping were added. Finally, sunlight analysis, green design, and quantity reports were generated from the rendered model.
A complete interior design solution with diminished reality
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We demonstrate a diminished reality solution that can handle large 3D objects such as furniture; it works in real time, adapts to lighting. All in all it is a complete solution for handling indoor diminished reality needed in interior design applications.Portfolio
This document is Logan Armstrong's 2016 portfolio, which includes his resume, examples of 3D modeling and animation work, and descriptions of projects. It summarizes his skills and experience in 3D software such as 3DS Max, skills in modeling, texturing and animation. It also outlines educational background in digital animation and game design at Ferris State University and Grand Rapids Community College.
PORTFOLIO-KREMENA PAVLOVA
This document contains details and drawings for two single-family house design projects. The first project involves a detailed 3D model of a four-story split-level house with basement created in Revit Architecture. Rendered photos were produced and post-processed in Photoshop. The second project was designed to combine skills from AutoCAD, Revit, and Photoshop by developing a 3D model in Revit using imported AutoCAD layouts and performing rendered photo post-production in Photoshop. Drawings include floor plans, elevations, and sections.
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This document summarizes a bachelor's thesis about photorealistic lighting and rendering of a small apartment interior using 3DS Max and V-Ray. The theoretical section discusses factors that influence photorealism like natural vs artificial light, shadows, global illumination settings, and shaders. The practical section describes modeling a scene, creating daytime and nighttime lighting, setting up shaders and camera settings, and adjusting rendering settings to produce photorealistic images. The final results were high-quality rendered images of the interior but further adjustments to materials could have increased photorealism and optimization could have reduced rendering times.
Chao yang's portfolio
This document summarizes an architectural technician's portfolio, including residential, commercial, industrial, and institutional projects completed during their studies. It includes:
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This document provides a portfolio summary of graphic, industrial, and product design work including photoshop designs, poster designs, book covers, packaging, logos, 3D modeling, CAD designs in Rhino, and web design. Projects include photo recreations in photoshop, vector designs, social awareness posters, billboard designs, advertisements, movie posters, packaging, logos, branding, stationery, 3D building and product models, interior designs, and a sustainable eco-friendly penthouse design with solar power and rainwater harvesting systems. The portfolio showcases the designer's skills across multiple design disciplines.
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A complete interior design solution with diminished reality
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BIM Portfolio
- 1. 176 Old Nyack Turnpike Spring Valley New York 10977 1 917 622 9292 findaleak.sternberg3@gmail.com www.linkedin.com/pub/yehuda- sternberg/6b/56/545 AutoCad, AutoCad Architecture, Revit Architecture, Design Review, 3D’s Max Design, Photoshop, Illustrator, InDesign. First Floor Plan, Second Floor Plan, Section View, Elevation View, Exterior ,Interior Rendering Images, and Lighting Control. This is a compiled image showing the outside of a building with its landscape. This image was created in Revit Architecture as best quality and then placed in Photoshop for added scenary. YEHUDA STERNBERG BIM STUDENT PORTFOLIO
- 2. YEHUDA STERNBERG BIM STUDENT PORTFOLIO This is a drawing of Second Floor Plan of a house.This a drawing of First Floor Plan of a house.
- 3. This is a drawing of a Section View of a house. YEHUDA STERNBERG BIM STUDENT PORTFOLIO
- 4. This is a drawing of an Elevation View of a house. YEHUDA STERNBERG BIM STUDENT PORTFOLIO
- 5. YEHUDA STERNBERG BIM STUDENT PORTFOLIO These are images of the exterior parts of the building created in Rendering in Revit and manipulated in Photoshop. These images were adjusted, according to the time of day, month, and year using the Sun Dial tool in Revit. These pictures where also rendered at a high, and best quality settings according to the time, day, month, year, and location.
- 6. These are images of interior parts of a building. They were created in Revit and adjusted in Photoshop. These images were created using the solar settings and interior lighting settings. These images were created using high and best quality settings, according to the time, day, month, year, and location. YEHUDA STERNBERG BIM STUDENT PORTFOLIO
- 7. These images were created in Revit and then rendered in 3Ds Max software. These images were also created using the solar settings for the exterior lighting and interior lighting for the interior, according to the day, month, year, and location. The picture on the lower right is an image using lighting control settings, to see were the room has the most light present in that particular room. YEHUDA STERNBERG BIM STUDENT PORTFOLIO