RO YA ZAND I ROYA LASHANIZAND
EDUCATION: Post Garducate BIM Managment Certificate George Brown Collage Torornto-Canada 2020-2021 (B-Arch) Architectural Technologist Islamic Azad University Tehran-Iran 2009-2012 Associate Degree- Architecture Kowsar Higher Education Institutaion Ghazvin- Iran
TECHNICAL SKILL: AutoCAD Autodesk Revit Naviswork Manager Rhinoceros 3D Laser Scaning Adobe Creative Suite MS Office Lumion
ABILITIES & STRENGTHS: 3D/2D Designs, Models & Drawings Process Analysis & Optimization Documentation & Reporting Multitasking & Prioritization As-Build 3D Modeling
C.V
George Brown Collage- Capstone Project Collaboration of Esri ArcGIS and Revit Automated file co-ordination system
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
George Brown College Student Project
Nazari Residential freelance project
Behavioral treatment facility student project
Masael Residential freelance project
CONTENT
George Brown Collage- Capstone Project Collaboration of Esri Arcgis and Revit Automated File Co-ordinate System
George Brown Collage- Capstone Project Collaboration of Esri Arcgis and Revit Automated File Co-ordinate System OBJECTIVE: The objective of this project is to investigate if there is a solution to automatically match coordinate systems between Revit and ArcGIS data. Certain add-ins and platforms have used to generate the outcomes for the project. Certain factors have been studied to answer following questions: 1) Will any data loss occur when moving between Revit and ArcGIS Pro, and will the appropriate Level of Detail (LOD) be maintained? 2) Are the absolute and relative coordinates assigned properly to the model when transferred back into Revit?
Summary of steps taken to complete the project: • The data point Cloud data of Casa Loma Campus was imported into Autodesk Recap. Then registration was performed, • The registered point cloud data was imported into Revit. Massings were created from the point cloud. • A coordinate system was assigned as project control points. An appropriate elevation and true north angle was also set. • A folder connection was made in ArcGIS’s catalog pane with the Revit model and PRJ file in the same folder. Then the Revit model was brought into the map view. • The model was then located in the geodatabase that was just created, and the newly created feature dataset was dragged into the 3D scene view to visualize the converted BIM model.
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building Project Description: The project proposal is a renovation and construction inside George Brown College’s Casa Loma Campus. It’ll consist in the renovation of the entire first floor pit, to include more classrooms and an auditorium, and the construction of a six-storey student residence with a separate entrance from the college.
Project Scope: The renovation is to improve the look, function and durability by increasing classroom and the seating capacity and change the pit function to accommodate the development of the next generation teaching for a new auditorium classrooms and open Lab for George Brown College. The new student residences are to accommodate students with finding a place to stay during their studies. GBC is looking for an optimized usage of space for students with common shared areas and private rooms on a minimal amount of typical floor plans. For the envelope GBC is looking for a signature design that reflects the schools name and quality.
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building • Created BIM Execution Plan including. But not limited to project goals, collaborative process, milestone, BIM uses,LOD matrix, modeling plan and analysis plan • created project charter,Work Breakdown Structure and organizational chart for project implementation
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building Planning Phase: Objectives: Provide initial concept based on conceptual parameters established by the owner and establish a 3D reference model of existing building. Provide Program of Requirements and all space considerations for reference in the model. Model Roles: Only a bubble diagram is created for this phase, to depict the visual connection in the project along with the definition of the space requirements.
Design Development Phase: :
The renovation is to improve the look, function and durability by increasing classroom and the seating capacity and change the pit function to accommodate the development of the next generation teaching for a new auditorium classrooms and open Lab for George Brown College. The new student residences are to accommodate students with finding a place to stay during their studies. GBC is looking for an optimized usage of space for students with common shared areas and private rooms on a minimal amount of typical floor plans. For the envelope GBC is looking for a signature design that reflects the schools name and quality.
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
George Brown Collage- Project Planning & Implementation Caso Loma Campus Renovation and Construction of New Residence Building
Project Description: practiced building modeling using Revit Architecture by learning its fundamental tools and commands. Applied Building Information Modeling (BIM) to create a comprehensive 3D architectural model of building from existing 2D drawings. From this model, I generated concept drawings, annotate the project with text and dimensions, and created construction details and live schedules to access critical design information. .
Solar Shading Analysis: Energy Analysis tools help the project evaluate the impact of design decisions on sustainability and energy consumption. This analysis model is will be based on the main Architectural model and will be done with Revit and Insight, to create results for a report evaluating the project’s sustainability and energy consumption ` The purpose of this comparison is to observe the impact of the environment i.e. other buildings on Solar Shading Analysis for a building. Therefore, an existing Building Revit Model has been used to create a Shading Analysis – SunCast in IESVE software.
Nazari`s project: Project Year: Winter 2014 Location: West of Tehran-Ariyashahr Nazari`s project was under construction in the west of Tehran when the client asked me to design the exterior of the building. The client main concern was to collect more sunlight coming from different directions for longer periods of the day. Therefore I studied the building situation and I designed the exterior wall of the living room with an angel to the other exterior walls to gain optimum sunlight. Also revitalizing Mashrabiyah which is an ancient Middle Eastern concept was another approach to the natural ventilation while controlling sun gaze in interior spaces. These Mashrabiyah guides the lights in and creates some crosses of light in the living room floor while making the façade more attractive simultaneously. In addition it caused the viewer not to be seen within these spaces and at the same time using the space. Considering the building site that is located in a historical zone of the city with old buildings with break façade, I decide to use break, Wood and steel as the main materials of the façade. To hide the Furnaces that was considered to place on the balconies, I designed steel louvers that matches the other façade’s material.
Facade design challenge
Rotating portions of facade to gain optimum sunlight from south and providing space for vegetation
Sun Path Diagram
Exposing program on facade
Revitalizing Mashrabiyah which is an ancient middle eastern concept for providing natural ventilation while controlling sun gaze in interior spaces
providing steel louvers as handrail to meet building safety codes while considering aesthetic issues
Behavioral treatment facility Project Year: summer 2012 Location: Farahzad - Tehran - Iran Area : 12340 m2 Farahzad Behavioural treatment is a centre designed for the publicuse of people with a vast coverage domain, from minor behavioural disorders to major mental problems. The approach of the design is to help users to be able to connect with nature while taking the advantage of art workshops To be able to achieve these goals, the project site is chosen in northern Tehran with a great inclination towards Farahzad river which enables the building to be connected to nature while standing in an old urban area which helps users to be interacted with society.
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The cube shape is chosen as the foot print of the building
In order to follow the old urban design of the area
a west opening towards cityskape provided the central yard
a balcony with a nice view provided on the second floor by shaping an opening toward the rive
The art gallery at the second floor and library, as public spaces, are closed places to the main entrance.Offices are placed on the Slope and fast from the entrance and medical spaces in order to have privacy.
Treatment workshops are designed in the slope towards the river to be merged with the nature15degrees rotated toward west
Medical spaces are placed on the Secound floor to be far from public spaces rush and facilitated by natural light by skylight on ceiling
Eastern wing of the building is slightly meeting with the natural slope of the site out strongly connected building with the site and lets the nature to get inside the court yards
Masaeli project: Project Year: Winter 2015 Location: West of Tehran-Shahrak Naft Area: 1960 m2 The project located in a 298 m2 lot, of which the building occupies 178 m2 as its footprint. The project mandate was to incorporate eleven apartments within the 6-story height allowed by the city bylaws. After much studies and analysis of various options, as well as examining the limitations and setbacks, 10 apartments (90 m2 each) were placed on the first five floors, while one large units (180 m2) were designed on the upper top floor.
The site of the project was a 12*25m plot, next to Farahzad Valley. Therefore, the building could have facades on three sides (North East, and South). East Facade would have a great view to colorful Valley that extended from North to South. The project had to replace an old brick building which existed on the site. With the construction of new buildings in an alley and the destruction of old buildings, the image of the inhabitants of their neighborhood is ruined and gradually disappears, and after all, all forms are completely changed.
Material Palette: The idea for the façade’s material comes from reusing the bricks from the old building. When the destruction was complete, the bricks were sorted and used in the façade and parts of the building. I used other material in Facade such as Natural stone and Painted rendered cement and Natural wood. and also the green mass of the tree in the Farahzad Valley, led us to pay special attention connecting both spaces, and use this potential for Improve the quality of indoor spaces and make communication with the Valley and the city. To have a direct connection between the house and the green and open spaces, I designed full height windows for living spaces of the appartement except for kitchens.
Modern Architecture suggests that the apartment spaces can be divided into two domains, ‘public’ and ‘private’ sections. By using different material for kitchen’s Exterior I tried to emphasize the same Idea in the Facade. To connect the exterior and interior spaces, I decided to bring the Facade break to interiors in balconies.