Sherif Soliman - Portfolio

Portfolio.

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Sherif Soliman

architecture portfolio.

selected works

architecture

2023

2023 selected works 01

Projects.

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Contents.

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ALMUSA PRIVATE RESIDENCE

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ALJABR FAMILY RESIDENCE

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VILLA IN RIYADH

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AL-KHAWAJA RESIDENCE

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RESIDENCE IN BAHRAIN

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PRIVATE VILLA IN AL-TAIF

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DAR AL-BONIAN - 2

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DAR BIN MAHFOUZ

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DAR SALAH

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DYAR GYM

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STARBUCKS DRIVE-THROUHJ

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EXTERIOR DESIGNS

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MASTERS IN GLOBAL BIM MANAGEMENT - FINAL MASTERS PROJECT

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Exterior Architecture design 3D Visual Perspective shows how the Main Building and Family Building are planned

01.ALMUSA PRIVATE RESIDENCE Project Details: Firm: ABEER AKBARI & ASSOCIATES W.L.L - 2023 Location: Al-Ahsa, Saudi Arabia

The Project is situated in Al-Ahsa city, which is located on the western side of Saudi Arabia. Al-Ahsa is renowned for being the biggest self-contained oasis in the world. It encompasses several national historic sites and several of the most ancient documented human settlements, dating back millennia.

The date-palm oasis in question holds the distinction of being the largest palm oasis in the world that is completely encircled by sand.

The client has requested an opulent architectural and Interior designs for a central Building that will accommodate VIP guests during special events and family gatherings. This design should include a Majlis (sitting hall) and a dining hall capable of seating 60 people, along with additional services and amenities to ensure optimal comfort and a hotel-like atmosphere for the occupants. Aside from the primary building, the customer has requested a separate building for the family, which includes bedroom suites, a living and dining space, and an open kitchen with along with well equipped gym and a spacious swimming pool.

Every building is meticulously planned to seamlessly blend into an agricultural environment and farm. The design of the landscape will be overseen by a specialized consultant, and the farm will be conveniently accessible by a main road connected to the main gate. Additionally, there will be designated parking areas for guests. The plot size is roughly 19000 square meters, while the built-up area occupies around 2650 square meters, which accounts for 15% of the overall land area.

At first, we had a the introduction session with the client to talk about the project’s needs. After that, we started making bubble zones and diagrams to set the project’s idea and show how circulation would flow and where people could access the project. After that, we started making floor plans and design ideas for the client. Next, we showed them different architectural styles that would work with the project’s style and architecture.

I made sure that the design work went smoothly between the client and the engineers office. As part of my job, I designed and draft the architectural design from the idea stage to the schematic stage, as well as prepare the architecture presentation, which included three-dimensional visuals. I was also in charge of the interior design team and made sure that all of their work met the needs of the project. Another of my roles was to keep track of the project’s scope and timeline from the time it began to the time it ended.

I also had to make progress reports and time charts. The client was happy with the project results, and the project led to new engagement with the client.

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SITE PLAN WAS DONE AT THE EARLY STAGE

ZONING DIAGRAM FOR THE MAIN BUILDING HAD BEEN PRODUCED BASED ON CLIENT REQUIREMENTS

ZONING DIAGRAM FOR THE FAMILY BUILDING HAD BEEN PRODUCED BASED ON CLIENT REQUIREMENTS

MAIN BUILDING ZONING DIAGRAM

FAMILY BUILDINGS ZONING DIAGRAM

SITE PLANNING SKETCH SHOW THE BUILDING ZONES AND CIRCULATION FLOW WITH MAIN ACCESS POINTS

Architectural concept The diagrams depict the design process that was used to achieve the architectural project requirements, with client participation at each stage to ensure adherence to the project requirements from the initiation stage of site planning to the detailed zoning of the buildings, external architectural style, and final presentation of the project. The client was involved throughout the process to ensure that the project criteria were met.

BUBBLE ZONE TRANSLATED TO INITIAL LAYOUT BASED ON PROJECT REQUIREMENTS

Heights diagram The diagram that follows displays, in relation to one another, the analyzed heights of the building components as well as the mass composition of the individual components.

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BUBBLE ZONE TRANSLATED TO INITIAL LAYOUT BASED ON PROJECT REQUIREMENTS

Project Management We had a kick-off meeting with the client after client signed the agreement and the scope of work was written down. A timeline and list of milestones were made and sent to the client. The time chart was updated and a progress report was made after each stage that showed any differences between actual dates and the dates that were planned. Reports and progress updates were generated with MS Project and other applications.

Project Master plan The Project Master Plan shows how the buildings are designed and how they are put together. A professional landscaping designer will plan the area shown.

Project time chart and report sample

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Ground floor Plan Layout of the Family buildings

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Ground floor Plan Layout of the Main building

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Interior design of the main Entrance in the Main Building

Interior design of the Majlis (Sitting hall) in the Main Building

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Interior design of the dining hall in the Main Building

Exterior Architecture design 3D Visual Perspective shows the architecture style of the front facade of the main Building.

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02. ALJABR FAMILY RESIDENCE Project Details: Firm: ABEER AKBARI & ASSOCIATES W.L.L - 2022 Location: Al-Ahsa, Saudi Arabia The Project is in the western part of Saudi Arabia, in the city of Al-Ahsa. The plot size is 3640 SQ.M., and the total space inside is 4186 SQ.M. There are 4 floors in the building: the basement, the ground floor, the first floor, and the second floor. The client wanted cutting-edge, modern styles for both the inside and outside of the building.

The firm was hired to improve the architecture plans, design the building’s exterior facades, and do full interior design for the building as well as the Landscape. My role on this project was to design of the exterior, produce 3D renderings of the exteriors, architecture presentations, and assist in altering the building plans to fit the needs of the project and the client as well as act as team player in designing the Landscape. I was also in charge of the team of draftsmen who made the technical drawings, including architectural plans and elevations, based on the approved design and materials.

A number of designs were made and submitted to the client, each with a different architecture style. The chosen style was then made even better. The materials specified were natural stone in a light beige shade with a blend of bent design slates and cladded cut-to-size tiles, fine-textured paint effect in charcoal color, and curtainwalls sections.

Exterior design 3D Visual Exterior Perpective from the Landscape shows the architecture design

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Exterior design 3D Visual from the main gate

Ground floor plan

Exterior design 3D Visual Perspective shows the architecture style of the buildings and the boundary wall.

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03. VILLA IN RIYADH, SAUDI ARABIA Project Details: Firm: ABEER AKBARI & ASSOCIATES W.L.L - 2020 Location: Al-Malqa, Riyadh, Saudi Arabia The Project is situated in North Riyadh city; the capital of Saudi Arabia.

The plot size is 1560 SQ.M., and the total built-up area is 2480 SQ.M. There are 3 floors in the building: the basement, the ground floor and the first floor. The client wanted functional, practical, modern styles , and aesthetically pleasing for both the inside and outside of the building.

We started by having a kickoff meeting with the customer to go through their expectations for the project. Once we had established the project’s concept, zones, needs, and circulation and access points, we began developing bubble zones and diagrams. Then, we began conceptualizing layouts and layout options for the customer. We then showed them a variety of contemporary designs that would function well with the project’s intended aesthetic.

The idea for the ground floor is to split the space into two parts that are linked by a path that leads to a nice outdoor space with a water feature and a sunk-in seating area. The main hall, dining area, services, and major entrance are all in the first part, which has a separate entrance for guests.

The second part is for the family and has its own entry. The idea was to give each area as much privacy as possible while also making a nice mass that fits in well with the outside scenery.

The firm scope of work included the design concept of the architecture as well as the interior design till the schematic stage. My rols was to start the architecture concept, design and drafting of the floor plans, and exterior design including the 3D visuals and renders.

Basement floor plan SUN DIRECITION

BUBBLE ZONES CREATED TO AT EARLY STAGE TO FURTHER STUDY THE PROJECT REQUIREMENTS.

Land Photo

Ground floor plan

Land Photo

Exterior design 3D Visual Exterior Perpective from the main road

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Land Photo First floor plan

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Exterior design 3D Visual Exterior Perpective from the Landscape

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04. AL-KHAWAJA RESIDENCE

05.RESIDENCE IN BAHRAIN

Project Details:

Project Details:

Firm: ABEER AKBARI & ASSOCIATES W.L.L - 2021 Location: AL-Sehla, Kingdom of Bahrain

Firm: ABEER AKBARI & ASSOCIATES W.L.L - 2020 Location: Kingdom of Bahrain

The project is situated in the northern region of Sehla in Bahrain. The plot area is 430 square meters, while the buildable area is 609 square meters.

The project is located in the kingdom of Bahrain. The plot area measures 445 square meters, while the buildable area spans 885 square meters.

The firm’s scope of work encompassed the redesign of the exterior facades, improvement of the floor plans, and comprehensive interior design consultancy services.

My responsibilities revolved around enhancing the appearance of the building’s exteriors, creating 3D visuals to showcase the exterior design, managing client interactions, and coordinating with the consultant office and project contractor.

The project consists of three floors: ground, first, and second floors. The ground floor is divided into two parts. The first section is reserved for the Guests and has its own separate entrance. The second part is designed for the family, with a private entrance that is connected to an outdoor kitchen, serving the building. The first and second floors feature bedroom suites with all the necessary services and amenities.

Furthermore, I was in charge of overseeing the site supervision activities, which involved reviewing shop drawings and coordinating with various project stakeholders.

The firm was responsible for the complete design of the building, encompassing both the architectural and interior design aspects. I focused on designing the Main facade and ensuring that the floor plans aligned with the overall Exterior design.

The client request an architectural style of a post modern that would be a blend between the classical and modern design style. The design went through multiple iterations to reach the target deesign and project goals.

Ground floor plan

Exterior design 3D Visual Exterior Perpective from the main road

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The chosed Architectural style is the neo-classic European style, integrating luxurious classical GRC elements and sections. The design went through several iterations after presenting a variety of themes.

Exterior design 3D Visual Exterior Perpective from the main road

06.PRIVATE VILLA IN AL-TAIF Project Details: Firm: FREELANCE PROJECT - 2019 Location: Al-Taif, Saudi Arabia The project is situated in Al Taif city, which is located in the western region of Saudi Arabia. The plot area is 445 square meters, while the buildable area covers 615 square meters.

The project includes two floors: ground, first, and second.

The ground floor is split into two sections.

The the first section is designated for the Guests and features a distinct entrance of its own. The second part is designed with a focus on family needs. It features a private entrance that connects to a kitchen, making it convenient for serving the building. Additionally, there is a connected maid room and storage space.

The first floor showcases luxurious bedroom suites complete with all the essential services and amenities, as well as offices/ study rooms and a spacious family living hall.

Ground floor plan

I was brought on board to deliver a comprehensive design of the building, covering both the architectural and interior design elements.

I was guiding my team in creating the comprehensive working drawings for both the architectural and interior design aspects. During the initial phase, I had the opportunity to meet with the client in person to gain a visual understanding of the project’s requirements and the desired style. From there, I translated these requirements into zoning diagrams and carried out the design process.

Exterior design 3D Visual Exterior Perpective from the main road

Ground floor plan

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07. DAR AL BONIAN - 2 Project Details: Firm: Mohamed. Bin Mahfouz Consulting Engineering, 2014 Location: Mecca, Saudi Arabia

The Project is located in Mecca city, Saudi Arabia. Mecca, located in a desert valley in western Saudi Arabia, holds immense significance as the most sacred city in Islam. Every year, millions of people make their way to Mecca to participate in the annual Hajj pilgrimage. With a history dating back to the 7th century, the central Masjid al-Haram (Sacred Mosque) is a place of great significance. It encompasses the Kaaba, a cloth-covered cubic structure that holds immense importance in the Islamic faith.

The project is a hotel located just a short drive away from Masjid al-Haram, making it an ideal choice for pilgrims visiting the sacred sites and fulfilling their religious obligations. Its proximity to the mosque adds great significance to the project, as it provides a convenient and comfortable place for pilgrims to stay during their visit. The plot area measures 2100 square meters, while the total buildable area is 15693 square meters. The municipality has approved a building factor of 10.25.

The building is comprised of a basement and parking floors, along with 5 service floors. These service floors offer various amenities such as a dining area, prayer areas, and electrotechnical services. In addition, there are 20 typical floors in the building. Each floor has an area of 800 SQ.M and could accommodate 22 en-suites, resulting in a total of 440 en-suites. The building features a central Atrium with 4 Panoramic lifts and two emergency staircases.

The landlord, the project contractor, and the consultant office are all part of Bin Mahfouz group of companies. The communication with the project stakeholders to gather and coordinate the project requirements went smoothly and effortlessly. The firm was assigned with providing comprehensive architectural and engineering services for the building, overseeing the project from its initial stages to its final completion.

We began the Kick-off meeting with the client representative to gain a thorough understanding of the project requirements. The client emphasized the need to prioritize the architectural form of the building before proceeding with the design of the floor plans. We provided various design solutions and then proceeded to develop isometrics zoning to ensure that all client requirements were met. This was then translated into floor plans, which underwent multiple iterations.

I was responsible for offering a range of architectural forms and potential solutions for the project’s architectural aspects. Designing the floor plan and creating a concept for the layout. Creating detailed 3D visuals to showcase the architectural exterior. Providing guidance to the drafting team to produce accurate architectural and interior design drawings. Collaborating with the project manager, site engineer, and engineers from different disciplines to ensure coordination.

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Exterior design 3D Visual Exterior Perpective from the main road

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Isometric Zoning was developed to visually analyze the project requirements.

A concept study has been created to showcase the intricate geometrical and form creation achieved through the manipulation of a simple rectangle shape. The design explores the use of additions and subtractions to transform the form into something visually captivating.

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Cross Section X-X

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Front Elevation drawing

Side Elevation drawing

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08. DAR BIN MAHFOUZ Project Details: Firm: Mohamed. Bin Mahfouz Consulting Engineering, 2013 Location: Mecca, Saudi Arabia

The Project is located in Mecca city, Saudi Arabia. Mecca, located in a desert valley in western Saudi Arabia, holds immense significance as the most sacred city in Islam. Every year, millions of people make their way to Mecca to participate in the annual Hajj pilgrimage. With a history dating back to the 7th century, the central Masjid al-Haram (Sacred Mosque) is a place of great significance. It encompasses the Kaaba, a cloth-covered cubic structure that holds immense importance in the Islamic faith.

The project is a hotel located just a short drive away from Masjid al-Haram, near to Koday public car parking making it an ideal choice for pilgrims visiting the sacred sites and fulfilling their religious obligations. Its proximity to the mosque adds great significance to the project, as it provides a convenient and comfortable place for pilgrims to stay during their visit. The plot area measures 4136 square meters, while the total buildable area is 14647 square meters. The municipality has approved a building factor of 3.75 and 60% from total plot area.

The building is comprised of a Ground, Mezzanine, and basement floors, along with 5 service floors. These service floors offer various amenities such as a dining area, prayer areas, and electrotechnical services. In addition, there are 8 typical floors in the building. Each floor has an area of 1950 SQ.M for the first 6 floors and 850 SQ.M for the last 2 floors which accommodate d a total of 48 en-suites per floor, resulting in a total of 320 en-suites. The project is divided into three separated buildings and the choose architectural style was inspired by the Islamic architectural style featuring the use of glass and fiber Glass reinforced concrete (GRC).

Site study

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My role in the project started at the early stage, I worked in developing the floor plans with other designers, Design and developing of the Exterior elevations, assist in creating producing the Exterior and interior design drawings for the project as well as coordination with the project stakeholders.

Exterior design 3D Visual Exterior Perpective from the main road

The provided architectural style was inspired by the Islamic architecture featuring the use of glass and fiber Glass reinforced concrete (GRC).

Site Plan

Typical floor Plan

Front Elevation drawing

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09. DAR SALAH Project Details: Firm: Mohamed. Bin Mahfouz Consulting Engineering, 2014 Location: Mecca, Saudi Arabia

The project is situated in the vibrant city of Mecca, Saudi Arabia, specifically in the Al-Azzizya District. Mecca, situated in a desert valley in western Saudi Arabia, is of great importance as the holiest city in Islam. Every year, countless individuals embark on a journey to Mecca to take part in the revered Hajj pilgrimage.

Having a rich history that spans centuries, the central Masjid al-Haram (Sacred Mosque) holds immense importance. The Kaaba is a cloth-covered cubic structure that holds immense significance in the Islamic faith.

The project is a hotel conveniently situated near Masjid al-Haram, providing a perfect option for pilgrims seeking to visit the sacred sites and fulfill their religious duties. The project gains immense value due to its close proximity to the mosque, offering a convenient and comfortable accommodation option for pilgrims during their visit. The plot area is 746 square meters, with a total buildable area of 6556 square meters. The municipality has granted approval for a building factor of 8.5 and an 80% buildable area based on the total plot area.

The building consists of a lower level and multiple levels dedicated to parking and services. These service floors provide a range of amenities, including a dining area, prayer areas, and electrotechnical services. Furthermore, the building consists of 14 standard floors. Every floor has an adequate area of 440 SQ.M and can comfortably fit 8 en-suites, giving a grand total of 112 en-suites. The building features a two emergency staircases and 3 elevators.

The landlord, the project contractor, and the consultant office are all affiliated with Bin Mahfouz group of companies. The communication with the project stakeholders to gather and coordinate the project requirements was seamless and efficient. The firm was tasked with providing comprehensive architectural and engineering services for the building, overseeing the project from its initial stages to its final completion.

We initiated the Kick-off meeting with the client representative to acquire a comprehensive grasp of the project requirements. We provided various design solutions and then proceeded to develop the architectural plans according to the requirements along with proposals for the external facades.

I played a key role in the development of architectural plans alongside fellow designers. Additionally, I took charge of developing the exterior facades, 3D visuals, and presentations. In addition, I was involved in creating the architectural and interior design drawings during the concept and pre-execution phases.

Exterior design - 3D Visual A view from the main road

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Typical floor plan

Mezzanine floor plan

Front Elevation

Cross Section

Ground floor plan

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10. DYAR GYM Project Details: Firm: ABEER AKBARI & ASSOCIATES W.L.L., 2022 Location: Al-Muharraq, Kingdom of Bahrain The Diyar/Green Gym is situated in Diyar Al-Muharraq, Kingdom of Bahrain. It is part of a complex of seven man-made islands in the archipelago of Bahrain, approximately 10.5 km northeast of the capital, Manama, on Bahrain Island. The plot area measures 1600 square meters in total. The available space measures 1175 square meters. The proposed building will function as a health club, intended to both men and women with separate and mixed-use areas. The building includes a ground floor that features a training and gym hall, along with a swimming pool. The first objective to provide a space for lady’s training classes, with a clear view of the swimming pool on the ground floor. In addition, there has a coffee shop located in the front that caters to both the gym members and external customers.

The building is meticulously designed to prioritize achieving the maximum span, guaranteeing that no structural elements hinder its architectural function. The front cladding material chosen features terracotta breeze blocks in unique triangle shapes, complemented by sleek metal sandwich panels for the remaining facades.

My responsability in this project was to do a complete architecture design as well as the CAD drawings, Presentations, and 3D Visuals as well as coordination with the client and gym suppliers and operators during the conceptual design stage.

Exterior design - 3D Visual A view showing the back side of the building.

Curtain wall and metal sandwich panels are designed to be both visually appealing and cost-effective, while still serving their intended purpose..

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Ground floor Plan

First floor Plan

Exterior design - 3D Visual A view to show the front side of the building.

The coffee shop features a sleek glass box design, with the other walls made of Terra cotta breeze blocks. This combination adds a unique and eye-catching appeal to the building.

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11. STARBUCKS DRIVE-THROUGH Project Details: Firm: ABEER AKBARI & ASSOCIATES W.L.L., 2019 Location: Kingdom of Bahrain

The project is situated in the Kingdom of Bahrain, within an existing commercial development. The client has requested to develop an open area of 400 SQ.M into a Starbucks drive-through coffee shop. The firm was engaged to present a range of design options to the client.

The design approach aims to blend the unique architectural style of the area with a modern touch, highlighting the local architectural identity. Another approach is to create a sleek and contemporary style.

My responsibility in the project was to create different design options and conduct initial assessments to present to the client for them to evaluate the project’s viability. I played a crucial role in the preparation of multiple alternative studies, 3D visuals, and presentations.

Exterior design - 3D Visual Option - one Option - 2 Visual studi 1

Visual study and final render

Option - 2 Visual studi 2

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Option - 2 Visual studi 3

Exterior design - 3D Visual Option - Two

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Exterior design - 3D Visual Option - one Bird’s eye view

An imaginative design option that seamlessly blends modern and metal frames with traditional local design patterns, creating a unique and captivating aesthetic.

Project Location

An innovative design proposal for a coffee shop that includes a convenient drive-through service, as well as an outdoor seating area and a rooftop seating area for customers to enjoy.

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12. EXTERIOR DESIGNS I had the opportunity to contribute to the development of exterior designs for multiple private villas in Bahrain and Saudi Arabia. This involved managing the presentation, 3D modeling, and 3D renderings. Here are some examples of the work that has been produced. The details for each project are provided below.

Mrs Maysa Al Moubarak, Saudi Arabia

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The design created under Abeer Akbari firm - 2021. 3D Visual from the Main road.

Villa in Al-Mohamdya Island, Bahrain

The design created under Abeer Akbari fir

rm - 2019. 3D Visual from the Landscape.

SHK Ibrahim Al-Refai, Jeddah, Saudi Arabia

The design created under Zodiac for Architecture and Interior design firm - 2016.

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13. MASTERS IN GLOBAL BIM MANAGEMENT Project Details: Institute/University: Zigurat Global institute of technology, Barcelona, SpainAccredited by: University of Barcelona, 2023 The Final Master Project Report can be viewed via this link https://rb.gy/phgtr The Master Project is a real project simulaexchanging information and feedback at every tion-based exercise to be developed using the Project cycle. The Master’s project, called openBIM approach, from the very beginning “WeZig Building” is a hypothetical office buildof the Master, that we’d been allowed to input ing to be modelled by the participants simulatall the knowledge acquired during the sessions. ing an IPD project.

As a team work group we practiced how an Description of the Building:openBIM workflow can develop an integrated project producing all deliverables of a real It is a modern design building, set up by an enBuilding Project and how it enhances the provelope made of an interesting curtain-wall in ject development compared with traditional combination with a core tower, which has 9 methods.The project is a scenario to simulate above-ground stories and 1 basement and a an integrated project delivery throughout the total gross area of approx. 2600 sqm. The 1stlife cycle of the project, allowing the role of the floor level includes an extreme cantilever beowner, in our case carried by the mentor (Jesus coming the protection to the main entrance Alcade), to interact with us as a team from the and also generating a shading public area. beginning,

Exchange Information Requirements (EIR) mandated us to follow ISO19650 and openBIM. We created a real-time BIM Execution Plan (BEP) using Plannerly utilizing Uniclass 2015 for classification . We followed the CDE workflow: Work in Progress, Shared, Published, and Archived. BIM Sync was used as the Common Data Environment. Google Drive was our CDE, allowing the team to use writing software locally.

to facilitate the workflow, we used the BIMsync platform as the single source of truth.

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The project was initiated by team members who embraced a collaborative working environment throughout the whole project life cycle. We are a collective of designers and engineers hailing from diverse geographical regions and operating across various time zones.

The Building Execution Plan (BEP) was prepared using Plannerly to follow the EIR. The content was divided into Introduction, Project Information, Management, and Technical. The team followed the Business Execution Plan (BEP) and updated it as the project progressed. The Master Information Delivery Plan (MIDP) was followed for complete information.

we embraced the integrated project delivery method to reduce waste and maximize efficiency while delivering high-outcome results to the stakeholders.

For high-quality designs, we chose the right BIM software.To overcome the geographical dispersion of team members across several time zones, we used several communication mechanisms to improve coordination and cooperation. Agile Project Management Tools like Trello let us track project design progress. We used Scrum methodology and Trello for the project. Scrum typically lasted 14 days. After each Scrum, a Sprint Retrospective happened.

In order to facilitate the exchange of model and project information between various software applications, the IFC 2x3 formats were employed. Additionally, the BCF format was utilized to monitor and address issues that arise across different disciplines.

BIM authoring software like Revit was used to create Architectural & Structural models and Archicad for MEP.

BIM authoring software like Revit was used to create Architectural & Structural models and Archicad for MEP. IFC 2x3, format used for coordination, with the help of BIM Collab Zoom for quality check.

Each Ifc model was checked for quality using BIM Collab zoom. Visualization, pdf ’s, dwgs, and native models were stored in our CDE. Other BIM uses were introduced in this Stage such as Clash Detection, 4D Planning, 5D Quantity Takeoff and Field BIM all of which were stored in our CDE.

The conversion of construction models into As-built models involved the addition of necessary information for the operational phase.

Modeling MEP elements in ArchiCAD was particularly time-consuming and labor-intensive. This resulted in MEP modeling taking longer than other models.

We acquired render pictures by utilizing visualization software like Twinmotion and Enscape, which significantly contributed to the process.

In a BIM-based project management system, derived BIM apps are essential for client satisfaction. Solibri and Excel were used to model-estimate cost. Model-based scheduling used Synchro for 4D planning. We used Navisworks to find conflicts in our model to reduce rework during construction. To simplify operation and maintenance, we supplied an excel COBie schedule and all As-built models and drawings at Handover.

Clash detection was performed on all three discipline models, focusing solely on resolving hard clashes. The clash report was uploaded to Bimsync, our Common Data Environment (CDE), and issues were generated in BCF format. These issues were then assigned to the appropriate individual for resolution.

For precise quantity estimations and cost forecasts. The process of performing 5D QTO (Quantity Takeoff) and cost estimation involved the use of both Solibri and Excel.

Revit with BIM interoperability interface was used to create COBie data.

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Sherif Soliman

architecture portfolio.

2023 selected works 01