M. Amir Atrvash
Table of Contents
1 2 3 Introduction Workshops University projects 4 Professional projects
Document Title 3
Introduction
1 part
designer
amiratr72@gmail.com
(0098) 9399679363
PERSONAL SUMMARY
I was born in the summer of 1993. I have been interested in construction since I was a child, and as a teenager I discovered my interest in electronics and computers. So I came to architecture for a bachelor's degree to pursue my interest in construction, and for my master's degree I chose technology to better understand electronics and computers.
PROFESSIONAL EXPERIENCE
I have been working in industrial electricity since high school and I worked for about 4 years. I have been doing some small student projects since the middle of my bachelor's degree. After the Corona pandemic, when I had to return to my hometown, I worked on several construction projects, but because it was part-time and unofficial, it was not part of my kettle history and I have no official work history. My main specialty and one thing I am interested in pursuing is BIM Engineering, Artificial intelligence, construction and anything about technology.
EDUCATION
CERTIFICATIONS
• Bachelor of architecture from azad university of shiraz
• Master of digital Architecture from Iran university of science and technology.
• Bachelor of architecture from Azad university of shiraz
• Master of digital Architecture from Iran university of science and technology.
OTHER SKILLS
I like anything about technology and computer. I can use any new devices, repair some devices. I love to walk in city and take pictures especially old house and alleys. I would like to learn coding and be a professional programmer.
Computer skills
photography
Electronic skills
Curriculum Vitae
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Mohamad Amir Atrvash Computational
SKILLS
CONTACT
REVIT GRASSHOPPER PHOTOSHOP ENGLISH
2 part Workshops
Python
coding:
cellular automata
This project was a cellular automata practice by python scripting in grasshopper. This has some rules for neighborhood and define situation as alive or dead cells. At the end defined form used for an apartment complex.
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Python coding: cellular automata
https://youtu.be/n0irAa9G1VI
Watch this video:
Vox growth:
This figures was for an international workshop which held between Iran University of Science and Technology (IUST) and shanghai institute of visual art.
Vox growth:
This workshop was about deferential growth and work with some components and plugins in grasshopper.
Watch this video: https://youtu.be/ztbt9WBI61Y
Flying architecture
This was a workshop between Iran University of Science and Technology (IUST) and Polytechnic University of Milan (Politecnico di Milano). It contains gh-puthon coding and work with dendro and topos plugins in grasshopper.
Flying architecture
In all of designs and work I tried to make a short video to explain design prosses. It need to use video editing softwares it helps to documentation and presentation well.
Watch this video:
https://youtu.be/9vZHZYCMolI
3 part University projects
Hopperface:
Document Title
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Hopperface:
This is my first experience to make a parametric form by grasshopper; it is constructed by plexyglass and simple connections. This was a computational design practice in university.
Watch this video:
https://youtu.be/5Ln4Cjsxns4
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BIM PROJECT: A LABORATORY
this design was a laboratory complex in Iran-Hamadan. It based on an old structure, and we cannot demolish the old structure. So, we used old parts for ground floor and a new metal structure in void. New structure is 4 meter higher than old structure and this space was a rest space. It's modeled in Revit and LOD 300.
BIM PRIJECT: A LABORATORY
TECHTIMIZE: A DEPLOYABLE CELL
• Movable structure designed for temporary accommodation such as postaccident accommodation, field hospital, postaccident temporary school, military and other temporary and permanent
• The design included the design of a prefabricated floor structure with details and connections made by Rhino software. The other part of the plan was to
Document Title 1 8
At the end, we published a deployable cell which can move with a personal car or other vehicle, expand easy and designed for any uses.(winter-spring-2021)
Watch this video:
https://youtu.be/7ppIkxOcdiU
Arjoran : 3rd design
• This Design was my last design in Iran University of Science and Technology.
• A skyscraper, designed by Revit and grasshopper.
• It has a parametric façade which connect two parts of complex. It’s designed in grasshopper for panelize façade and control them
• situation.
• On space-
• frame structure.
Document Title
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Arjoran : 3rd design
• All plans and documents designed in Revit. Including architectural plans, structural plans, sections and elevations.
• Just facades panels and space frame developed by grasshopper and “rhino inside Revit”
• At the end we this project had structural details for main structure and façade structure.
Document Title 2 1
this video:
Watch
https://youtu.be/bpwRXjW4VOY
4 part
Professional projects
Parametric facade alternatives Alternative
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• It’s an alternative for parametric design.
• It has 3 type of triangle panels which developed by grasshopper and ready for make construction.
• It could separate each levels or not.
Document Title
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ROTATED BRICKS:
This algorithm was a parametric façade which developed to construct by rotated bricks. Bricks are affected by a free form curve. The rotation angle is a number between 0 t 270. This number are gained by remap distance each brick to closest point on the curve. It can change brick size, rotation domain and height and width.
Façade alternative
There is two kind of façade alternative. They are designed by grasshopper and has a lot of values to change for adapt in any projects. The blue one is a panelized surface which reduced some panels randomly. The red one has a base structure and some object on them which moved along the base structure randomly. In both project we can change distances and any sizes.
Dices:
This algorithm is prepared by a photo to get the list of dice layout. In this way, it turns an input photo into an arrangement of dice, which is formed by placing the dice together and the direction of its number, creating the final image. The output of the algorithm is a regular notebook from row to row of each dice.
At the end, for this case I included pictures of my plan and section modeling. This pictures are modeled completely by Revit. Also I know ArchiCAD but not as well as Revit right now.
Technical drawing
Mohamad Amir Atrvash
Thanks for your attention
THE END