Portfolio 2022 - BIM & Architectural design

PORTFOLIO I N T O U C H

S A N T H A D T H A N

INDEX Digital Construction Project 1. New headquarter, Rizhsky Frieght Yard 2. Sumitomo BKC office 3. Other sample Revit projects

Coding and IT 1. Generative design for performance based building facade 2. Automation of data transfer 3. Generative design (Twin towers design exploration) 4. Design and construction of a building 5. VR for quality assurance

Architectural Design Project 1. Ad lib Hotel , Thailand 2. Andaz (Hyatt), Bali, Indonesia 3. Montazure : Twinpalms Residence, Phuket, Thailand 4. GOCO Ubud, Bali, Indonesia

DIGITAL

CONSTRUC TION

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NEW HEADQUARTER RIZHSKY FREIGHT YARD Introduction Started as a result of an international competition held in 2019, this mixed-use development project covers an area of 700,0000sqm with the limited building height at 144m. (Approx 39 floors) that includes the head office building of our client, Russian Railways. The site is a part of the 20ha site of a former freight yard adjacent to Rizhsky Station, one of Moscow’s nine historic rail terminals. The area encompasses residences, commercial facilities, hotels, a university, a convention center and medical buildings, among other facilities.

The concept for the development is “Rizhsky Innovation Yard” at the time of competition. Making use of the long, and narrow shape of the freight yard, the site is envisioned with a dramatic galleria, extending to a high-rise tower that serves as a landmark.

Existing railway lines serve as guidelines for the cityscape and landscaping. Our proposal for the head office consists of a novel office design that can be rearranged flexibly according to user needs.

Measures were taken to maximize greenery, light and warmth in the environment despite the cold climate, to foster a wellbeing-oriented work community.

Key words - Design competition - BIM - Revit - Dynamo

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1&2 4

BIM MODEL

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Phase 3 : University, Hotel, Hospital and Cafe

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Phase 1&2 : Office buildings

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Phase 4 : Headquarter buildings, Galleria event hall and Fitness

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As the construction of the Rizhsky project will be splited into 4 different phases, thus, the BIM models will also be created into 4 phases following the construction plan. The aim of generating the BIM models is for the design documentation, project area calculation and for further coordination with other discipline. The LOD of this project is limited to LOD200 because the development of this project is still be in the concept design phase and only some building elements such as the building facade will go beyond LOD200.

The author’s role of this project is a BIM coordinator.

The major responsbile for the author is to oversee the development of the BIM models in the project phases 1&2 and 4. The author also supported the drafter team and a BIM manager in many tasks such as the part of family creation, resolve model warnings and develop some Dynamo script to automate data in the model (the further explaination can be seen in the following slide). The developement of the BIM model started with the project file set up that split an individual building per 1 single file and use the federated file for specification and documentation. The project template and families were developed along the project workflow as there were some new demands adding up from the designer along the model development process. The total time spent for each project phase was taken up to 2.5 months with the total of all entrie phases at 5 months.

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1&2 4

Type : 3

Type : 1

Facade Type 1 Technique : Curtain wall (Curtain panel)

Facade Type 2 Technique : Curtain wall + Railing + Column

Facade Type 3 Technique : Curtain wall (Curtain panel + Mullion)

Facade Type 4 Technique : Curtain wall (Curtain panel)

Facade Type 5 Technique : Curtain wall (Curtain panel)

Facade Type 6 Technique : Curtain wall + Curtain Door Panel

Facade Type 7 Technique : Curtain wall + Railing

Roof Canopy Technique : Generic Model + Structural Framing

Type : 2

Type : 4

Type : 5

Type : 5

PHASE1&2 For the phase 1 and 2, there are 5 building models in total. For each building, the design of the building facades are unique and only some facade types can be applied to every buildings, thus, there is a need to generate the building facade with different techniques.

Generally, when creating a curtain wall system, a mullion and a window panel should be set up in its own family. However, some facade types in this project such as the facade type 5, is needed to be generated the facade panel and mullion together in a curtain panel family. The reason is because the shape of the facade is not a linear shape which cannot be done in a general curtain wall system (it cannot create a zigzag shape). Thus, the zigzag panel must be created with its mullion in the curtain panel system and then be assigned to the curtain wall system to generate this type of facade.

Type : 6

Type : 7

Sample Drawing

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3

Type : 2

1&2 4

Type : 11 Type : 9

Type : 8

Type : 5

Facade Type 1 Technique : Adaptive curtain wall & Mass

Facade Type 2 Technique : Adaptive curtain wall & Mass

Facade Type 3 Technique : Curtain wall (Curtain panel)

Facade Type 4 Technique : Adaptive curtain wall & Mass

Facade Type 5 Technique : Curtain wall (Curtain panel)

Facade Type 6 Technique : Curtain wall (Curtain panel)

Facade Type 7 Technique : Curtain wall (Curtain panel)

Facade Type 8 Technique : Curtain wall (Curtain panel)

Facade Type 11 Technique : Curtain wall (Curtain panel)

Facade Type 12 Technique : Curtain wall (Curtain panel)

Type : 4

Type : 1 Type : 3 & 12

Type : 7

Facade Type 9 Technique : Curtain wall (Curtain panel)

Facade Type 10 Technique : Curtain wall (Mullion)

PHASE4 For the phase 4, there are 6 building models to be created in this phase. For each building, the design of the building facades are unique, thus, there is a need to generate the building facade with different techniques. One of the most challenge building facade to be generated is the galleria building facade (Type 1 and 4). Due to the different shapes for each curtain panel, the technique that the author used to generate this facade is by using adaptive curtain wall panel and building mass. This technique was also applied to generate the galleria roof structure as the general curtain roof system cannot generate this type of curve structure.

Type : 6

Sample Drawing

VISUAL PROGRAMMING(DYNAMO) Visual Programming (Dynamo) was deployed to automate many project tasks to avoid the repetitive work especially, to assign specific values to the user defined project parameters requested by the client and to transfer project data from Revit to Excel. Some of the use cases for an automated value assignment are 1. To assign the construction phase/ building number value to the project parameter of the specific building elements 2. To assign the building level to the project parameter of the curtain panel elements (panel and mullion). Also, the use case for an automated extract information from Revit to Excel is to transfer the room areas from the schedule to excel sheet.

Sample Dynamo Script 1 Purpose: To rename the floor level name corresponding to the building name Technique: String & List logic/ management Extra node package: -

Sample Dynamo Script 2 Purpose: To extract information from schedules and mapping those information to Excel sheets that have the sheet name corresponding to the schedule Technique: String mapping Extra node package: BimorphNodes

Sample Dynamo Script 3 Purpose: To assign user input values to the created project parameters of the selected model workset Technique: List management Extra node package: Archilab, Clockwork

Sample Dynamo Script 4 Purpose: To assign values of the project parameter of the facade elements (Panel and Mullion) corresponding to the situated building element levels Technique: List management & String management Extra node package: Archilab, Genius Loci

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S U M I T O M O - B K C, M U M B A I Introduction This project is an office building project with an approx. height at 63m. This building has 13 levels (superstructure) aboveground and 6 levels basement.

The total area of this project about 135,000 sqm. with an expected construction period at 36 months. This project is located in the prime business district in Mumbai, the Bandra Kurla Complex. The main concept of this building is to maximize a natural light for all tenet spaces. Thus, this can be done by creating a lighting connectivity in a vertical axis which reflects in the design as a lighting hall.

For the BIM work in this project, the author took responsible for a BIM manager to oversee the development of the BIM model. This project started a BIM work since the concept design stage with the LOD200 and finished the BIM work at the SD stage with LOD300. The BIM model for this project was used for the design coordination only so that the LOD was limited to LOD300 (MEP and STR models were limited to LOD200). The quantity take off and other purposes for the BIM uses will lie to the contractor who will recieve this model for further development in the DD phase.

Key words - BIM - Revit - LOD

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BIM MODEL The BKC BIM model was splited into 4 different models for the architectural work, 1 model for the structural work and 5 models for the MEP work. Based on the BIM architectural model, this consists of 1. Basement mode 2. Typical floor model 3. Roof top model 4. Facade model. Each model was generated for a specific purpose and use a federated file for specification. The reason to split the model into different files is because this help to control the file size and divide the task for drafters more clearly. The stage of the development of the architectural model was started since the concept design stage where all the design has been forced.

The models in the concept design stage were developed under the LOD200 and it took around 3 months to generate the model.

For the SD phase, this was the stage where all major changes had occured. This is because the model coordination between ARC, STR and MEP happened in this stage. The coordination was done in Naviswork program and this coordination stage of the SD phase took about 3 months. The LOD for the SD phase was limitted to 300 for architectural works and 200 for MEP and structural works.

1. Basement Model

2. Tyical floor model (F1-12F)

3 Roof top model

4 Facade model

Script to generate area boundary line from a wall element

VISUAL PROGRAMMING(DYNAMO) Visual Programming (Dynamo) was deployed to automate some project tasks in this project. The script was used for both working with the model and also the documentation. One of the most practical task that the author has applied the Dynamo script to facilitate the model work is to develop the scipt that can generate the area cooresponding to the wall boundaries (for both general wall and curtain wall). This script can help the project team to save a woring time as there is no need to manually draw the room boundary for the area calculation.

Script to align room tags following the vertical or horizontal axis

Script to assign workset to the element based on the element category, family type or level based constrain

DRAWING Most of the drawings in this project are generated from a BIM model. Only some typical details are generated from CAD drawing.

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9 7 Stories hotel : Nailert Park Hua Hin, Thailand

2 Stories residential : Nonthaburi, Thailand

SAMPLE OTHER REVIT PROJECTS Introduction

3 Stories condominium : Phuket, Thailand

There are many other projects that the author used Revit to develop a BIM model when the author was working as an architect (before pursuing a Master degree). As the role of an architect, Revit has been used to generate the design development drawing through to the construction drawing. Most of the projects that the author has applied Revit for work are corresponding to the residential building and hospitality building with the building scales around 2 to 7 stores. Revit is also used to facilitate the detail designs and perform a spatial coordination since the design development stage through to the construction to ensure that the design can be buildable.

3 Stories hotel : Nailert Park Hua Hin, Thailand

Key words - BIM - Revit

C O D I N G

A N D

I T

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GENERATIVE DESIGN FOR PERFORMANCE-BASED BUILDING FACADE(THESIS) Introduction Revit mass model Requirement criteria

Tools to generate building facades

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REFINERY (Genetic algorithm)

Visual comfort

Thermal comfort

Daylight

Design alternatives (Facade)

The idea of the thesis project is to incorporate Indoor Environment Quality (IEQ) into the building design since an initial phase. It is intended to be done by means of the Generative Design process. To begin with, the root cause analysis is done to investigate the issues. The biggest problem is the gap in collaboration between two important actors: architect and engineer. Each of them is an expert in a particular area that is why they have different viewpoints on a construction project which leads to the misunderstanding and project rework due to the change of the design. Furthermore, the current initial design process does not consider different design options as the architect creates only few options based on their experiences. Additionally, the current design process cannot solve multi-objective design problems and balance the significance of different factors as it is not the design rationalization method.

In order to solve these problems, the parametric design exploration process or a generative design (GD) should be considered in order to address these issues. The GD in this project is done through the Dynamo script and the generative design tool – Refinery. The script is designed to generate the building façade in regards to 3 different IEQ criteria which are 1.Thermal comfort 2.Daylight 3.View. In order to execute the script, firstly the users have to decide on the building mass to generate the facades. Afterward, the users select the building elements that they want to use for creation. From this stage, the script can be run as the same as running Refinery for optimization.

Key words - Indoor environment quality - Dynamo - BIM - Parametric design - Generative design

Selected facade design option

2 Select geometry

Window Overhang (Horizontal Length)

Generate geometry

Window Overhang (Vertical Length)

Window Overhang Rotation (Horizontal)

Select Revit geometries

Analysis geometry

Window Overhang Rotation (Vertical)

Estimate Panel Width

Estimate Panel Distance

Run Refinery to explore the design options

Present outputs and connect to Refinery

Estimate Panel Offset Height

REFINERY

PROCESS The Dynamo script consists of 4 main sections which are 1. Select Revit geometry 2. Generate facade geometry 3. Analysis geometry 4. Present outputperformances. This Dynamo script generates the building facade based on the performance based design principle as it incorporates the performances to drive the design. The script also links to Refinery which will perform the design optimization to explore the design alternatives. The results are given in Refinery with performance parameters which will facilitate the users to select the options

View Area

Return the selected value to Revit

Highest Hour of Sunlight

Daylight Area

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AUTOMATION OF DATA TRANSFER Introduction

Automate data extraction & transfer

This project is a part of the 2nd semester project in the topic of data model and data management. This project is focused on a particular issue happening during a tender process. Tender list is one of the most significant documents for every construction project. It is sent out with the quantities to the bidders and received back with the prices. As for now both, the quantities and prices, are inserted manually. That creates a question: “If having already made models which can carry such data as materials, quantities, prices etc, why a person has to reproduce the data to put it manually in a digital tender list?”. Such a double work takes more time and the longer workers are doing their job, the more money is spent on it. Instead of doing work this way, the process can be automatized with the help of implementation BIM. In addition, manual input has high risk to carry mistakes in a tender list that can cause financial problems. The idea of this project is to automate data exchange in the digital tendering process in Denmark while using a Revit model and Tilbudslister.dk. During the process, both, proprietary and non-proprietary formats are used, such as rvt (Revit), .dyn (Dynamo), .xlsx (Microsoft Excel) and XML. The problem formulation is stated as following: „How is it possible by the means of visual programming and coding to automatically transfer data between a BIM modelling platform and a XML based tender list?”

By researching, analysing gathered information and implementing it in the process part, can be concluded that the data exchange from Revit to Tilbudslister.dk within tendering process can be partly automated. This is achieved with the help of visual programming tool Dynamo, Microsoft Excel together with Visual Basic for Applications (VBA) and eXtensible Markup Language (XML).

Online tender website (Tilbudslister.dk)

Key words - BIM - Interoperability - Tender list - XML

4 Editing Revit model parameter

Selecting Revit (categories)

Extract information from Revit

Read model parameters

Store information

Write model parameters to file

Uploaded information

PROCESS A process is developed in order to deliver a tender list to the bidder, by using the integration of Dynamo as a way to transfer information from the Revit model into an XML schema. In this process two different branches of processes are undertaken; the branches are separate handling two different areas of the solution. The first brunch, a tender list schema is taken from Tilbudslister.dk and an XML template is created. This is done by creating a template for a VBA coding that maps the information from the Revit model into the required cells in Microsoft Excel. The second branch is where the informational transfer from Revit is completed by using a Dynamo script, that pushes the necessary information into Microsoft Excel in the stated XML template. The result is the XML file that store information taken from Revit which can be uploaded to Tilbudslister.dk.

5 How can we design the twin towers that can have the best view and minimize construction cost in a certain context ?

Revit model

Visual comfort

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Construction Cost

This require a parametric modeling generated by a computer programing and genetic algorithmn for the design investigation

GENERATIVE DESIGN TWIN TOWERS DESIGN EXPLORATION Introduction (This project is an experiment project set up by the author) When there are multiple requirements that the designers need to be achieved, the question is how the designers can deliver the best design that can fit to the project requirements. This requires the tool that can incorporate the requirements and use it to drive the design. Moreover, it is nesseary to perform this in automatical way as the manual design exploration may not brings the best result as this method cannot generate and evaluate all the design options correspondign to the project conditions. Thus, the generative design, which is the automated design exploration process, can be exploited for this case. The project conditions which are - 1. Maxize the view of the buildings by having less blocking view from the neighbor buildings 2. Minimize the construction cost by minimizing the building high as it costly for construction - can be acrieved through generative design method. These conflict conditions are translated into the visual programing language - Dynamo which will generate the designs based on the require conditions as known as parametric model. Then, the parametric model will be fed to the genetic algorithmn tool to perform the design exploration. The results are the design optimization according to the project criteria which the users can select the option based on the preferance KPI.

Dynamo The results, the design alternatives of the twin towers corresponding to the project criteria

The KPI of each option facilitates users to decide on the design outcomes

Key words - Parametric models - Revit - Dynamo - Generative design

Visionvej Building

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DESIGN AND CONSTRUCTION OF A BUILDING Introduction This project is a part of the 1st semester project in the Master degree Construction Management and Building Informatics, it is written as an emulation of a real life building project.

The building model was given to the authors to make a project proposal based on the Danish standard. This model improves efficiency of the project and create a better communication flow for the different project stakeholders. When incorporating tools such as Business Process Model and Notations, Level of Development, and information distribution matrixes, foundations where set for the communication standards and for the level of detail in each phase of the project. Vico office is introduced for the analysis of the construction planning through to the minimization of the project budgeting. This tool allowed for the opportunity to take the manual construction schedule and optimize the construction time and resources by creating a Location Based Schedule. If there were any clashes in the construction schedule, they were stated in the software and action was taken in order to assure that the project will run smoothly. This optimized schedule ensured that the building could be constructed within the timeframe set by the client.

ANALYSIS

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The other focus point for the project was the budget, which was created using the collaboration between Revit and Vico Office. The budget was improved by applying recourses and limiting the timeframe, which in turn lowered the total construction cost.

All in all, by combining Project Manment and Building Information Modelling tools, it can be derived, that with the help of technology, the work in the construction industry can be improved.

The use and interoperability of various construction program during the design phases can help optimize the work on the site is used to analyze the construction planning through to the minimization of the project budgeting.

Key words - Project management - BIM - Schedule management - Budget management - BIM application

Site execution plan

Cash flow analysis

Location based schedule analysis

Resource analysis

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VR FOR QUALITY ASSURANCE Introduction This project is a part of the 3rd semester study at Aalborg university. The idea of this project is to implement a new process of Quality Assurance within Mechanical, Electrical and Plumbing installation with the purpose to enhance the quality. By adding a new step of Quality Control by means of Virtual Reality, a prototype idea is developed. As a base for existing workflow of Quality Assurance Danish construction company Züblin is used, for the prototype is taken Epiito software. For testing, a real-life case model is used – one of the technical rooms located at Thomas Manns Vej 23, which is a Building of Civil Engineering. The problem formulation is stated as following: “How can Virtual Reality and user involvement of Sub-contractors and Maintenance Crews within the early design stage affect project quality and which features should be available within the virtual environment?“.

By researching, analysing, testing and developing a prototype it can be concluded that early user involvement through VR model inspections does improve the quality assurance process by spotting clashes that are not found through clash detection software.

Furthermore, in order to expand the potential of available software towards inspections, additional features should be added.

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Revit Disciplinery Model

VR Software & Users Involvement

Key words - Quality control & Quality assurance - VR - BIM - Clash detection - MEP design Improve Quality Control

8 Feature 1 : Display element properties

Feature 2 : Dummy and temporary equipments

Feature 4 : Generating BCF

Feature 5 : Generating BCF

UI DESIGN FOR THE NEW EPIITO SOFTWARE(VR) FEATURES In order to implement the new features to the software, the user interface design is needed. The features that are nesseary for the new software version which are 1. Display element properties 2. Show dummy objects 3. Sequence the installation order 4. Create BCF file 5. Show navigation 6.

Edit BCF file stem from the analysis of the present Epiito software version and the literature review to investigate the nesseary functions of the user environment design to improve the MEP quality assurance. When the new features have been extracted, the UI design was started. The UI design is based on the current UI version but adding more functions on top of it.

Feature 3 : Sequencing

Feature 6 : BCF editing

ARCHITEC TURAL

DESIGN

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A D L I B H O T E L, S U K H U M V I T S O I 1 THAILAND Introduction This project is a boutique hotel of 48 rooms. It is located in the prime business district in Bangkok, the chaotic environments, where the majority of activities in this area are for commercial and residential. Therefore, in order to avoid external disruptions, the natural conditions should be selected as a buffer. These natural conditions will play an important role to contributes and enriches residences’ sensations thereby, treating them from a stressful environment.

In regard to this, the design concept is to create refreshment experiences by providing green spaces and green elements that embraces along this site, from horizon through to vertical, this will generate a green phenomena that we call “Transparent green”.

To begin with this concept, existing conditions have to be analyzed. The existing Ban-Yan tree which has been growing in in front of the site for serveral decades is necessary to be preserved.

Additionally, traditional home town blocks are maintained and redeveloped due to its characteristic outlook and more importantly, to save a project budget. There is only a public function at the middle of the site that will be constructed. Thus, within the existing conditions, green elements are virtually important to incorporate into this project. The reason for this is because these elements can connect and morph a sensual perception from the front of the site (Existing Ban-Yan tree) to the new building as well as enhance the overall sense of its place. By planting hanging trees at the front of every guest rooms, continuing through to the new building, this will create a dramatic experience since first rriving to this hotel. Moreover, when this project has been completed, it becomes a new oasis of this area where people come to this place not just for dinning, but also to recover themselves and release their minds from the chaotic world outside.

Key features - Botique Hotel (48 roooms) - Restaurant & Cafe Construction - New construction and renovation - Concrete structure - Total budget 130 million baht (4 million US) - Conpletion 2013

Swimming Pool (New Building)

Green Facade

Existing Banyan Tree

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LANDSCAPE & ARCHITECTURE

2 Townhouse blocks and Existing tree

(Before)

Sky lounge and swimming pool are key features of this project that are provided for the residences. Surrounding by green elements and open sky view in the heart of Bangkok, this is an invaluable experience which is difficult to find in this chaotic city. Morover, the existing banyan tree, which is the last one of Sukhumvit road, is preserved not for the project itself, but for the community and surronding area.

Constructing new building and renovating existing buildings

(After)

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INTERIOR The interior design is desinged based on the natural theme as to blend with the “Transparent green” concept. The main materials are the pine wood and natural stone which is used for the ceiling and floor respectively. The color theme is the beige color which is used for most of the furniture and wall painting part.

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A N D A Z ( H Y A T T ), B A L I INDONESIA Introduction Sanur-Bali is a prized region, characterised by its rich Balinese culture and histories, lush landscape and beaches.

The new ‘Andaz Bali’ will be a thoughtful and sensitive addition, a destination reflected in the meaning of Sa- nur; translated as “The Passion to Visit a Place”.

The inspiration for the hotel will draw from the unique typology of the Balinese village. Cultural references and inspiration will be nuanced and not caricatured, reflecting the artisan craft traditions of Bali and Sanur.

The hotel will be an inspiration and backdrop to Bali’s cultural and meditative narratives, with guests being empowered to discover and enjoy these experiences at their leisure and freedom.

Key features - Altimate luxury resort - Presidential villa, villas and beach villas - Beach restaurant , Cafe and SPA Construction - Concrete structure and local craftmanship construction method - Total budget approximately 200 million US - Designed 2012 | Status: Under construction (2019)

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MASTERPLAN

Entrance Gate

Village Square

The Village Square at the heart of the Hotel, will be centerpiece of the hotel for many cultural activities and will be reflective space when unoccupied, emblematic of the aims of the hotel as a whole.

The square will be surrounded by open amenities including, bar, lounge and restaurant (incl. a herb garden) with these green roofed buildings featuring throughout, providing a ribbon of ‘landscaped’ building from the village square to the ocean. Additional amenities have been separately located throughout the site as individual precincts.

An Activity Centre and sculpture play ground reflecting Balinese narratives have been provided for children, along with opportunities to explore and enjoy the pool facilities Studios located adjacent to the village square allow for business and private social functions.

The Spa and Fitness center has been sited to promote privacy and allow for more landscape surrounds. The center also provides the flexibility of access from the existing hotel with compromising passage into the Andaz.

Existing trees are a key feature in order to derive site’s narrative to visitors

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IMMERSED IN A NATURE DISCOVERY OF TRUE PLACE The design concept ’s core strategy for the resort is to give a Balinese experience by creating sequences from the land and architecture ,thus the design criteria is to preserve existing trees (sculpture form) and creating space from the land footprint. The sequences are starting with the forest through to the sea that reveal landscaping respectively.

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M O N T A Z U R E, P H U K E T THAILAND Introduction Located at Kamala beach, the most prime location in Phuket Island, this condominium was planned to be a place for highend buyers who demand a resort feeling for long stay and retirement.

The overall design scheme is to connect the sea view at the back to the front of the project. But because of the unit’s requirement from the developer, the building units have to be arranged in the most effective way. Additionally, as the site shape is narrow and diagonal, it is difficult to connect the view to the units that are placed at the farthest distance from the sea. To solve this issue, a continuous swimming pool is selected as a tool to connect the activity and seaside feeling. Moreover, to imbue with a lush sense of the seaside location, the building is designed and layered by using 2 principle materials - exposed concrete and timber. These natural textures reflect a warm feeling of sun and sand, also provided a relaxed resort feel for the residences.

Key features - Condominium 75 units - Selling prizes 250,000 - 2,800,000 USD per unit Construction - Concrete construction and prefrabrication - Project design 2015 - Completion 2019

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EXISTING BUILDING

RESORT

SERVICE APARTMENT

MASTERPLAN When first entry to the lobby, the open view and water feature will guide the visitor to a beautiful sea scener. This seaside view provides a dramatic sense of Kamala place as well as enrich visitor’s experiences for a relaxation. Additionally, every room type is able to gain distinct views wheater external and internal landscape. These features bring a unique project characteristic for every buyer that increase more value for them to invest.

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PROJECT PHOTOS

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G O C O U B U D, B A L I INDONESIA Introduction Wellness service is becoming more popular in recent years due to a high concern in health issues globally. Thus, GOCO hospitality, an international resort, and spa decided to invest their business at a stronghold place in southeast Asia, Bali island.

The luxurious wellness complex will be located on a site area over 18 hectares of land in Ubud, Bali. The GOCO Retreat Ubud will feature multiple programs for both local and private users including, Balinese market, extensive spa, and wellness programmes and facilities. Due to various functions of the project, this requires “ Integration “, not just only the architectural theme itself but also the existing activities on site. As the current function of the site is used for agriculture such as a rice field that follows a land shape which socalled “ rice ladder “, this activity is one of the most unique characteristic cultures of Bali. Thus, in order to deliver the integration concept, this element will be assigned in the project to expresses the continuity between environment and architecture which will produce a new experience to users whilst also preserving site identity as well.

Key features - Ultimate luxury resort - Hill side villas, condominiums - Village market - Spa

WELLNESS RESORT

MARKETS

CONDOMINIUMS

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VILLAS

MASTERPLAN The project consists of 3 main sectors which are: wellness resort, condominiums, and local market. It is necessary to be aware that all of the architectures are necessary to relate to each other as well as the activities around the site.

To solve this issue, only the architectural style may not sufficient to create a harmonious of the project. Sequencing, circulation and activities management are significant. Thus, in order to manage these, it requires a well sequencing design.

Starting at the entry, when visitors arrive on the land, there are 2 main ways to go which are the village market and condominiums. Then, when guesses entry to the village, they can walk through a local market which most spaces are designed by the inspiration of the Balinese square. Hereafter, if they decide to go to the resort, they can walk through to the south path.

At the northeast, this area is allocated for villas and condominiums which the design concept is to morph into the land. Therefore, in order to achieve this concept, site configurations are necessary to be investigated. By using the benefit of land geography which previously was utilized for step farming, a villa itself can incorporate this concept for its unique design that every room can have individual rice field scenery at the front.

Wellness spa and resort will be located in the south.

This part will be played at the top of the land in order to create the best hilltop experience for every visitor. At the lower level, among a group of rustic trees, this area is suitable for aquatonic pools which its function is for natural therapy because the surrounding environment can provide dramatic experiences in order to enrich mentality and physical efficiency.

A centerpeice of the project that serves for public and private guest

Balinese market

This centerpeice disperses activites to the south part which is the wellness resorts

Wellness resort

This area is covered by rustic forest with high steep landscaping. Because of this characteristic, this area is selected to design the wellness resort with the concept “ forest retreat “

It is also can be connected to the villa at the east side.

The land footprint in this area was a step farming, thus this characteristic is mantained and applied to design the villas

Rice field villas

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ABOUT ME MR. INTOUCH SANTHADTHAN

Work experiences :

Education : Master of Science (MSc) in Technology - cand.scient.techn (Construction Management and Building Informatics) Aalborg University, Denmark 2018 - 2020

2020 - 2022

Nikken Sekkei - Thailand/Japan

2020 2021

2022

- Bangkok Design Week, Bangkok - Thailand - Rizhsky Freight Yard new headquarter, Moscow, Russia - Secreat bay hotel, Oman - Sumitomo BKC office, Mumbai, India

2012 - 2017

Tierra design - Thailand/Australia

B.Arch - Silpakorn University Bangkok, Thailand Faculty of architecture

Data : Date of birth : 02-12-1988

Computer skills : Computer: • Revit • Dynamo • Grasshopper • Python (Beginner) • Naviswork • Autocad • Sketchup • Rhino • Microsoft Suite (Word, Excel and Powerpoint) • Adobe Suite (Photoshop, Illustrator and Indesign) Contact : int.santh@gmail.com (+66)96-264-9641

https://th.linkedin.com/in/liberrry

2007- 2012

2012 - Andaz Bali (Hyatt Hotels Corporation)

- Twinpalms Pataya, Thailand

- Himalaya Pavilion, Nepal 2013 - Kamala Hill Side Resort, Phuket - Thailand

- Le Meridian, Goa, India

- Adlib Hotel, Thailand 2014 - Swissotel - Park Nailert, Hua Hin, Thailand

- Palm Seafood, Phuket - Thailand

- Twinpalms - Mont Azure, Phuket, Thailand 2016 - GOCO Hospitality Hotel and Wellness Center, Ubud, Indonesia.

2017 - Hotel Indigo and Holiday Inn (Intercontinental Hotels Group), Bintan, Indonesia

Honors and awards : 2012 Best 150 Young Designer Award by Thailand Creative Design Center (TCDC) (Project: Digital Network Working Space) 2016 Nomination for World Architecture Festival award, Berlin (Project: Ad Lib Hotel with coordination with TROP) 2016 Winning five-star awards at Asia Pacific Thailand Property Award (Project: Mont Azure) 2017 Shortlisted for Hotel Under 50 Rooms in International Hotel & Property Awards Project: Ad Lib Hotel)

THANK YOU