ARCHITECTURE PORTFOLIO | Muhammad Farhat Naja

Architecture & Design

PORTFOLIO Selected Work Vol 1 - 2023 Muhammad Farhat Naja

Selected Work

01 | portfolio

Selected Work

I'm Muhammad Farhat Naja, an eighth-semester architecture student at Institut Teknologi Nasional Bandung. With a specialized focus on Building Information Modeling (BIM), I am driven by a passion for advancing the application of cutting-edge technologies in architectural design. My dedication to the intersection of technology and human interaction within architectural environments is underscored by my recent publication in the Journal of Architectural Design and Urbanism, where I delved into the experiences and first impressions in liminal spaces. As I embark on my thesis, I am eager to push the boundaries of current design applications, aiming to contribute to the forefront of technological advancements in the dynamic field of architecture. Explore my portfolio to witness my journey and projects at this exciting intersection of innovation and design.

HELLO!

linkedin.com/in/muhammadfarhatnaja muhammadfarhatnaja@gmail.com

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Selected Work

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Selected Work

ACADEMIC PROJECT

01

Comfy Cartel Architecture & Design Studio II ArchiCAD , Enscape, Manual 2022

City Junction Mall Architecture & Design Studio IV SketchUp, Revit, Adobe Illustrator, Twinmotion 2023

Spore Sport Centre Architecture & Design Studio V Revit, Adobe Illustrator, Twinmotion 2023

Co Essence Living’s Apartment Architecture & Design Studio VI Revit, Twinmotion, DiaLUX 2024

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Selected Work

Comfy Cartel

01

Function

Mixed Used Building as Coffeshop and Bookstore

Location

Street. Surapati, Sukaluyu, Cibeunying Kaler, Bandung West Java

Site Area

937,5 m2

Building Area

361,8 m2

Kec. City,

The building located at the intersection of Surapati Street and Jalaprang Street faces design challenges to appear attractive and interact well with its surroundings. Its strategic position at the end of the road demands a striking facade to leave a positive impression on visitors and the community. Additionally, considerations must be given to the interaction with the road intersection, the safety of road users, and efficient use of space to ensure the building's continued functionality.

Tools & Software 05 | portfolio

Selected Work

Floor Plans

Ground Floor

Second Floor 06 | portfolio

Selected Work

Front Elevation

Blok Plan To address these issues, the building's design should leverage innovative architecture with an appealing facade while optimizing lighting conditions. Utilizing the surrounding space, such as adding a garden or open area, can enhance visual appeal and comfort.

Collaboration with local artists can introduce unique elements of art and culture, while thoughtful access and parking arrangements can improve the building's functionality at the street intersection. With a holistic approach, this building can become an attractive landmark that positively contributes to its surrounding environment.

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Side Elevation

Selected Work

01 Roof Structure

02 Upper Structure

03

Sub Structure

Isometric View

Exploded Axonometric Structure 08 | portfolio

Selected Work

02

City Junction Mall Function

Mall & Commercial Use

Location

Jl. Sumber Sari No. 34, Babakan, Babakan Ciparay District, Bandung City, West Java.

Site Area

8.800 m2

Building Area

4.400 m2

Sumber Sari area, Bandung City, West Java. is a high-density residential area where social and economic activities often occur.

The existence of commercial facilities will make places such as malls as an activity for the community to carry out activities such as shopping for household needs. Not only that, the community can also make use of the mall as a place for refreshing with family or friends and a place for social interaction.

City Junction Mall is a building designed by Muhammad Farhat Naja which is located in Sumber Sari Bandung. This building serves as a shopping area and also a place where social interaction occurs. With a land area of 8800 square meters, the building area reaches 3110 square meters.

LEGEND

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1. Building 2. Plaza 3. Main Entrance 4. Outdoor Garden 5. Site Park

6. Drop Off 7. Service Area 8. Bus Parking 9. Side Entrance

Tools & Software

Selected Work

Concept Massing

BASE MASSING

Subtracting Corner to look dynamic and soft

Subtracting Void for atrium and roof garden

Adding Roof Element and Secondary Skin

This building has a modern tropical concept, with the use of materials that support tropical climate conditions. The use of a sloping roof in the cinema area, the existence of an outdoor garden on the 3rd floor helps the building handle rain which often occurs during the rainy season.

CLIMATIC ANALYSIS 10 | portfolio

Selected Work

Site Regulation

Building openings are placed in optimal areas so that the building has natural air ventilation, and installing small plants as dust absorbers from the road so that it does not enter the site, and also pools of water so that the air entering the site is fresher The site is filled with a variety of plants, apart from being a decoration on this site, these plants function as a noise buffer and also as a natural filter for air pollution coming from the highway.

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Selected Work

This building is classified as a middle rise building which consists of 4 floors and 1 basement. This building has supporting facilities in it, namely tenants, supermarkets, cinemas and also a food court. The floor to floor distance in this building is 4.5 meters, and the elevation from 0.00 is up 1.20 meters from the ground level at the site.The use of white paint in this building is more dominant because white has a cool, comfortable and clean impression so that visitors who come will not feel hot and discomfort

Ground Floor

Siter Park & Plaza

Retail Commercial

Atrium Skylight

Roof Garden

2nd Floor

Front Elevation

Bird Eye View

Side Elevation

Section A

Section B 12 | portfolio

Selected Work

Spore Sport Centre

03

Function

Sport Centre for Basketball

Location

Jl. Sor GBLA, Racanumpang Village, Gedebage District, Bandung City, West Java

Site Area

11.900 m2

Building Area

3.500 m2

The Spore Sport Centre, a visionary architectural creation by Muhammad Farhat Naja, stands proudly in the heart of Gedebage, Bandung. This remarkable structure epitomizes the fusion of athleticism and urban aesthetics, acting as a haven for sports enthusiasts and a vibrant hub for the community. Spanning across an expansive land area of 11900 square meters, the building itself covers approximately 3500 square meters, providing ample space for various sporting facilities, captivating outdoor areas, inviting plazas, inclusive public spaces, and trendy retail outlets.

Embodying the spirit of healthy living and fostering social connections, the Spore Sport Centre emerges as a landmark destination that redefines the urban landscape of Bandung.

Tools & Software 13 | portfolio

Selected Work

RTTV & Windflow Simulation

Solar Analysis Study

The analysis results indicate that the relative wind speed is of moderate strength, offering an opportunity to utilize it as a source of natural ventilation in building design. An effective approach in this regard is to strategically place openings to enhance air circulation within the building.

The use of a cross-ventilation system, where outside air enters through openings on one side of the building and exits through openings on the opposite side, can be optimally employed to maximize the flow of fresh air.

By adjusting the design of openings such as windows, roof ventilation, or gaps in the walls, the building can harness the moderately strong wind speed to create a comfortable and healthy indoor environment. The use of these effective openings can reduce reliance on mechanical air conditioning systems, providing a sustainable and environmentally friendly solution. Additionally, the application of these principles can enhance the indoor air quality, creating a better environment for occupants.

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Selected Work

Concept Massing

BASE MASSING

Separating zone based on activity

Adding curved space at the front and subtracting GF area for parking

Final Form

01 Roof Structure

02 Upper Structure

03

Sub Structure

Structural Axonometric 15 | portfolio

Perspective View

Selected Work

Technical Drawing

SITE PLAN Foodcourt

Basketball Court

Indoor Gym

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Selected Work

Co Essence Living’s Apartment

04

Location

Mixed Used Building as Apartment and Commercial Jl. Cimuncang No. 21, Padasuka, Cibeunying Kidul District, Bandung City, West Java

Site Area

± 6.800 m²

Building Area

4.760m2

Function

"Co Essence Living" is a name that reflects the concept of duality, unity, and harmony potentially embodied in the yin and yang symbol. This name emphasizes the idea that both yin and yang elements play a crucial role in creating balance and harmony in the daily lives of residents. It also alludes to the concept that inhabitants can live together in equilibrium with the environment and the surrounding nature, in accordance with the principles of bioclimatic architecture.

Tools & Software 17 | portfolio

Padasuka Sub-District Facilities n can g

Concept Analysis

Selected Work

Komersial

Cimu

Pengadilan Tinggi Bandung

usan

TK

Shell S P BU

Jl. Ter

Jl. PHH Mustofa

Shell SPBU

Perkantoran

Pendidikan

Yayasan Atikan Sunda Bandung

Komersil

GSB = 10 cm

SITE

miftahul kh

i

Ex. PT NAIN

SITE

g

TEX

TK

oir

uncan

KDB = 3335 m2

Jl. Cim

Auto 200 0 Ba n d u n g S uc

Surapati Core

Ruko

GSB = 4 cm

C im un Text cang ile

Perkantoran

Pengadila k a si

rna

Grah

.K Gg

SD

a Em

SMP Negeri 61 Kota Bandung eral

d

re

te

kI

Jl. S u

Pabr

ik

Bank BNI

Pendidikan

n Tinggi Ba n d u n g

KEL. PADASUKA KEC. CIBEUNYING KIDUL

Connectivity & Transport

Halte

Surapati Core

Halte

Boso Padasuka

Bioclimatic buildings are structures that embrace energy-efficient design by utilizing local climate and meteorological data. The result is a building that interacts with the environment and its occupants (Yeang, 1996).

Halte

PHH Mustofa 1

SITE

Jalan

Halte

Arteri Primer

A Yani

Jalan

The Bioclimatic approach aims to assist the environment in achieving self-regeneration to attain natural balance. This approach is also chosen in design methods to achieve energy savings and reduce the consumption of non-renewable energy sources (Ikaputra, April 2020).

Lokal

Halte

Sakamoto Jabar

Jalan

Arteri Sekunder

Keterangan Site PA VI

Bangunan Fungsi Komersil

Hunian dengan Kepadatan Tinggi

Bangunan Fungsi Perkantoran

Bangunan Fungsi Pabrik

Bangunan Fungsi Penyelenggaraan Pendidikan

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Selected Work

Mass Transformation

CORE Vertical connection between podium & tower and placed at the hot side of the building

BASE Basic shape from following site landscape

FINAL FORM Building Integrated with surrounding

Tower

New function form separated for better wind circulation

Substraction & Addition In podium area for open space

This project aims to develop commercial aspects by integrating business spaces within it. This step will enhance the project's appeal, as it will include retail, cafes, and communal spaces that will not only serve students but also the general public. This will create a lively and diverse environment, providing broader economic benefits to the surrounding community.

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Selected Work

Mass Transformation

Typical Floor Plan

Ground Floor Plan Block Plan

Basement Plan

Section A

Section B

Front Elevation

Side Elevation 20 | portfolio

Selected Work

DIALUX EVO Analysis Average: 372 Lux Floor Surface Area: 22 m2

Room Type - Studio Average: 277 Lux Floor Surface Area: 22 m2

Principal Section 21 | portfolio

Room Type - Studio

Perspective View

Selected Work

To meet the natural lighting standards, it should fulfill a minimum of 30% of the floor surface, which is 6.6 m2. The floor surface area that has >300 lux is 10 m2. The studio unit above meets the minimum natural lighting standards.

To meet the natural lighting standards, it should fulfill a minimum of 30% of the floor surface, which is 6.6 m2. The floor surface area that has >300 lux is 11 m2. The Bunk Bed unit above meets the minimum natural lighting standards.

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Selected Work

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Selected Work

Professional Work

02

Masterplan of MAKO RAHLAT Rancabali Internship work at Zidam III Siliwangi ArchiCAD , Enscape, Teamwork, Twinmotion, Revit 2023

Renovation of N-House Freelance Work Revit, Twinmotion 2023

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Selected Work

Masterplan of MAKO RAHLAT Rancabali

04

Function

Command Headquarters for Training and Tourism District

Location

Cipelah, Rancabali District, Bandung Regency, West Java

Site Area

64.081 m2 (A) 7.699 m2 (B)

KOLAT initially served as a military training command center, functioning as a gathering place for preparation and training, as well as a mentoring site. However, to meet the operational cost needs (maintenance expenses) of the KOLAT area, the function of the area need to be transformed into a flexible space that caters to contemporary tourism facilities, providing attraction for both local and non-local communities to visit.

The land conditions of the area fall under the ownership of the Perhutani Forestry Service, which has been leased to the military (Collaboration). Consequently, the planned buildings are semipermanent structures, ensuring ease of disassembly or deconstruction if the leased land needs to be returned to its original ownership at any time. Furthermore, efforts are made to maintain the original contour of the land as much as possible, minimizing excessive cut and fill operations that could compromise the natural condition of the area.

Tools & Software 25 | portfolio

Selected Work

Concept

KOLAT

ECOLO GY

WISATA

SPORT

TOURI SM

INCLUSIVITY

Contour Topography Keterangan elevasi kontur 1200 - 1190 m 1190 - 1180 m 1180 - 1170 m 1170 - 1160 m

Bubble Connectivity 26 | portfolio

Selected Work

Climate Analysis

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Site Alternative

Selected Work

Existing Mess 1 Main Hall

Existing Mess 2

Foodcourt Building Mess Alternative

Facilities My contribution involved transforming the conceptual ideas into tangible 3D representations, ensuring the coherence of the Scandinavian and Neo-Vernacular architectural styles throughout the different structures. The design approach aimed to marry the simplicity and functionality of Scandinavian design with the cultural and contextual richness of Neo-Vernacular architecture. The result is a set of 3D renderings that not only showcase the envisioned structures but also embody the harmonious fusion of these distinctive architectural styles. This work is a testament to my proficiency in translating conceptual designs into visually compelling and contextually relevant architectural representations.

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Camping Site

Selected Work

Amphitheater

Facilities View

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Gathering Point

Park

Selected Work

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Selected Work

N- House Renovation

04

Function

Residential Home

Location

St. Sukajadi, Subang, West Java, Indonesia

Site Area

196 m2

This is a freelance project that i have worked on, where my responsibility included creating schematic drawings for the floor plan, elevations, sections, and animations. This project stemmed from the owner's desire to undergo a total renovation of their old structure by completely transforming its layout and design. Starting with understanding the owner's vision, I produced schematic floor plans to reconfigure the main spaces. Elevations and sections were then crafted to provide detailed views of the desired architectural transformation. Emphasizing the significance of the interior concept, I generated schematics illustrating ideas for the new interior. As the culmination of this project, I created dynamic animations, visualizing comprehensive changes and providing a lively depiction of the new design potential for the building.

Tools & Software 31 | portfolio

Selected Work

Ground Floor

Upper Floor

32 | portfolio

Selected Work

Family Room

INTERIOR

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Dining Room

Selected Work

Indoor Garden

Guest Room

SECTION VIEW 34 | portfolio

Selected Work

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Selected Work

Collaborative Work

03

Residential House Type 21 Building Management AutoCAD, ArchiCAD, MS Office, Enscape 2021

Auditorium Design Building Physhic II SketchUp, AutoCAD, Enscape, Ms Office 2022

Microlibrary Buildings Analysis Collaborative research group work Teamwork, SketchUp, Autodesk CFD, Twinmotion, Revit 2022 & 2023

Designing Public Park as Habitat Service: Indonesia Landscape Design Student Competition Revit, Twinmotion, Teamwork, Surfer 2023

36 | portfolio

Selected Work

Residential House Type 21 Function

Residential Home

Location

Fiction

Site Area

57.75 m2

Building Area

21 m2

01

Engaging in a collaborative project, I would like to share my experience working on a fictitious initiative designed to familiarize students with the creation of detailed floor plans, elevations, and sections for a type 21 house. This project also involved calculating the budgetary considerations until the completion of the construction. In this collaboration, I partnered with another individual, and together we contributed to assembling comprehensive drawings, ensuring that every design aspect was accurately and professionally represented. The project demanded intensive involvement in the preparation of technical drawings and cost analysis, providing valuable experience in applying theoretical knowledge to practical contexts.

Tools & Software 37 | portfolio

Selected Work

Building Specification Foundation Structure Walls Floors Frames Window Glass Main Door Bathroom Door Ceiling Roof Frame Roof Cover Bathroom Carport Electricity Water Source

: River Stone : Reinforced Concrete : Red Bricks, plastered, acid-washed, and painted : Milan Ceramic 40 x 40 cm & Spectrum Ceramic 20 x 20 cm : Teak Wood : Heat-reflective Glass 5 mm : Teak Wood : UPVC Door : Gypsum Board 120 x 240 cm : Wood : Concrete Roof Tiles : Ceramic Floor & Wall, Wall-mounted Toilet, Shower : Paving Block : 1300 watts : Tap Water (PDAM) 38 | portfolio

Selected Work

Auditorium Design

02

Function

Performance Auditorium

Location

Fiction

Capacity

172 People

I would like to share my valuable experience in a collaborative project I worked on. This project was part of the Building Physics II course, where we were challenged to design an ideal auditorium space. The primary focus of this project was to understand the principles of room acoustics and create visual comfort for the audience. As a part of the collaborative team, I contributed to developing the design concept, considering both acoustic and aesthetic aspects to create a space that is not only visually appealing but also optimal in terms of acoustics. This project provided an opportunity to directly apply building physics knowledge in designing a public space that seamlessly integrates beauty and functionality.

Tools & Software 39 | portfolio

Selected Work

FLOOR PLAN AUDIAL LINE AND VISUAL LINE

SOUND LINES AND ANGLE OF SOUND LINES

CEK RUMUS WAKTU TUNDA R1 + R2 - D / 0.34 < 25 M DETIK 16.66 + 5.11 - 19.44 / 0.34 = 2.33 / 0.34 = 6.85 M DETIK 6.85 M DETIK < 25 M DETIK WAKTU TUNDA OK CEK RUMUS PENCEGAHAN GEMA R1 + R2 - D < IOM 11.73 + 15.85 - 19.60 = 7.98 M 7,98 M < 10 M PENCEGAHAN GEMA OK

3D MODEL

SECTION CEILING PLANE DIMENSIONS AND DELAY TIME CHECK

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Selected Work

Microlibrary Buildings Analysis

03

Function

Mini Library & Public Space

Location

Jl. Bima No.103, Arjuna, Cicendo District, Bandung City, West Java

Building Area

160m²

Microlibrary is a small library facility accessible to the community.

The first example of a Microlibrary can be found in Taman Bima, Bandung. In its design, Microlibrary utilizes an architectural concept that optimizes land use for various functions. The library is located on the second floor, and the staircase can be used as an additional seating area.

Building analysis using solar study Revit and CFD simulation was conducted to analyze the shading and wind flow velocity in the Microlibrary Bima building.

Tools & Software 41 | portfolio

Selected Work

ANALYSIS WIND FLOW SIMULATION (Computational Fluid Dynamics)

Shading at 10:00 AM, May 10, 2023.

At 10:00, the morning light enters optimally with minimal solar heat radiation, allowing for the use of natural lighting, and the solar heat radiation that enters will pass through the polycarbonate panels.

Shading at 14:00 (2:00 PM), May 10, 2023.

The results of the wind speed simulation analysis show that the average vertical wind speed (Vz) increases but slows down when approaching the building mass due to the influence of frictional forces and resistance from the building. Meanwhile, the average horizontal wind speed (Vy) tends to be stable with an eastward direction but experiences slowing down when interacting with the building mass. In addition, the average air pressure is initially high but undergoes a drastic decrease with the changes in wind speed and direction.

At 14:00, there are shadows that can affect the incoming light, but with the appropriate use of polycarbonate panels to reduce solar heat radiation, ensuring that natural lighting remains optimal.

Data: Speed 10 km/h | Wind from the east | Cited from BMKG website.

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Selected Work

Designing Public Park as Habitat Service:

04

Coexistence of Human-Urban Wildlife Function

Public Park

Location

Jl. Golf Tim. VI No.10, Sukamiskin, Arcamanik District, Bandung City, West Java

Site Area

1 Ha | 10.000 m2

In the Indonesia Landscape Design Student Competition (ILDSC), I had the opportunity to participate in a captivating collaborative project. With the Terms of Reference (TOR) as a guide in the competition, our design focus was to create a space that not only provides comfort for public activities but also functions as a habitat for urban wildlife, maintaining a rich biodiversity.

Urbanization often poses a threat to the species of animals and plants in urban environments. Many green areas have been replaced by concrete structures, prompting migration and even the extinction of some species. We recognized the importance of rebuilding a balanced ecosystem between humans and other living beings. In this site design, we ensured that the resulting space is not only comfortable for humans but also capable of sustainable integration with specific species of animals and plants, creating a balanced environment even in the heart of the city.

Tools & Software 43 | portfolio

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Selected Work

THANK YOU

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