In architecture, as in life, one might be blessed with natural talent, but true greatness is forged through relentless practice and a dedication to learning. Vision alone, no ma er how clear, is incomplete without the wisdom gained from experience and a disciplined mind.
I believe that the drive in my passion lies between exploration and self-improvement. As a graduate architecture student. I bring strong skills in critical thinking, research, and design experimentation. I am a hard-working, open-minded individual who thrives under pressure and is motivated to explore innovative ideas in architecture and overcome any challenges. This portfolio showcases selected works that re ect my abilities, interests, and design style.
Education
2019 - 2024
2015 - 2019
2009 - 2009
School of Architecture and Design, KMUTT
St. Paul's School Darjeeling, India
Assumption College Samutprakarn
Competition Award
2022 2021 2020
Honorable Mention Award
NON-ARCHITECT the METAverse Design Competition
‘Uniquely Thai’ Bangkok’s Civic Center Architecture Design Competition
WE!PARK Competition : Ekkamai Pocket Park
Work Experience
2024
2023
2022
2022
Facilitator of ‘Handicraft Station’ for SoA+D Preperation Course
Internship at Hata Tomohiro Architect and Association
Architect of SDE Solar Decathlon Housing
‘Tapa Craft’ Home Cafe Renovation
Skills Personal Skills
CAD / Rendering
Rhino + Grasshopper
Sketchup
AutoCAD
Revit
Twinmotion
D5
V-Ray
Lumion
Language
Thai English
Native
Lightroom
After Effects
Premiere Pro
Upper Intermediate (TOEIC 810)
I devote much of my free time to honing my skills in a variety of artistic elds, such as music production, drawing, illustration, writing, photography, and videography.
This broad range of interests allows me to explore different forms of creative expression, each offering a unique perspective that informs my work in architecture and beyond.
I am passionate about pushing the boundaries of my abilities, constantly seeking out new challenges that help me grow as a creative individual. I thrive on exploring different challenges to continually improve myself as a creative individual, transforming my passion for diverse art forms into a unique sense of independence and self-reliance.
Model making at Only Human Studio
Facilitator of ‘Handicraft Station’ for SoA+D Preperation Course
TECTTORY Thesis Exhibition 2024
Internship at Hata Tomohiro Architect and Association (2023)
Table of Content
Samut Prakan GREEN Urban Lab
Samut Prakan, Thailand
GEBA Kamakura, Japan
Moti House Darjeeling, India
‘Offenheit’ Primary School Berlin, Germany
The FuturArc Prize 2023, Singapore
Samut Prakan GREEN Urban Lab
Location Function Area Samut Prakan, Thailand
City Municipality and Laboratory
5,800 sqm
A cu ing-edge knowlagde center symbolizing a commitment to sustainability and SDG practices. In the model of Urban Lab inspired by Urban Redevelopment Authority
Encourages and educates the community on the urban development and the importance of sustainable concepts under the design that connects humans to nature collaborative effort with the local government showcases development plans to the community.
A space to educated and entertain citizen as well as public and established collaboration among stakeholders driven by a commitment to urban-wide sustainability serves as the public both indoor and outdoor for community.
Samut Prakan,
Prakan, Thailand
Samut Prakan GREEN
GulfofThailand
The design seamlessly captures the essence of Samut Prakan, showcasing the city's character through a precise grid layout. Program elements radiate from a central node, re ecting a well-organized urban system.
Emphasizing resilience, the design adapts to environmental changes while honoring the site’s context. Distinct areas are connected by pathways that offer uplifting views and opportunities for re ection.
This approach highlights how thoughtful planning and resilience can create a harmonious, sustainable community within the Samut Prakan Green Urban Lab.
Mueang SamutPrakan
BangBo
BangPhli
SaoThong
Urban Grind Line Analysis
The design uses an urban grid pa ern to organize the site, creating a familiar sense of connectivity and ease of navigation. Thoughtfully planned pathways integrate diverse programs and green spaces, encouraging exploration and interaction.
These green spaces provide both aesthetic and environmental bene ts, balancing built structures with natural elements. The design re ects the essential traits of a well-planned urban environment, highlighting how thoughtful urban planning enhances quality of life.
The project showcases how scaled-down, innovative urban planning can transform spaces into vibrant, sustainable communities.
Polished
GEBA
Location Function Area Kamakura, Japan Gallery
3,800 sqm
The GEBA Gallery, located in the historic city of Kamakura, Japan, is a contemporary architectural marvel that harmoniously blends with its culturally rich surroundings.
Kamakura, renowned for its ancient temples and heritage sites, serves as the perfect backdrop for this innovative structure. The design of GEBA Gallery is a thoughtful nod to the city's history while embracing modern architectural elements, creating a unique space for art and observation.
GEBA Gallery stands as a testament to the integration of modern design within a traditional context. Situated along the road that leads to the iconic Kamakura temple, the building's distinctive sloping shape is more than just an architectural choice—it is a symbolic representation of the journey towards spiritual and cultural enlightenment.
The design offers elevated observation points, allowing them to engage with the surrounding landscape.
Kamakura,
‘North Elevation’
‘West Elevation’
A. Walkway
D. Ground Fioor Gallery
B. 3th Floor Gallery
E. Parking lot with Elevator
C. Cafe
Moti House
Location Function
Area Darjeeling, India
Residential
128 sqm
The Moti House is a deeply personal project that resonates with me, born from a sketch I made during my high school years in Darjeeling, India.
The design was inspired by my guardian mother, Mrs. Moti, who dreamed of a serene home nestled in the woods, far from the bustling town. The two-story house is strategically designed to embrace the panoramic views of the Himalayas, with large openings that allow natural light to ood the interior.
The ground oor is an open, multifunctional space that houses a dining room, kitchen, living area, and a corner for Mrs. Moti's piano and desk, re ecting her dual passions as a former pianist and a lawyer. The design prioritizes her love for spaciousness and connection with the natural surroundings.
‘Ground Floor Plan’
The second oor features a large balcony, ideal for outdoor exercise, and a prayer room that seamlessly connects to the bedroom through folding doors, allowing for ventilation and a continuous ow of space. The Moti House is a tribute to Mrs. Moti's dreams and lifestyle, offering a tranquil retreat that harmonizes with the natural beauty of Darjeeling.
‘Second Floor Plan’
Section
Offenheit
Location Function Area Berlin, Germany Primary School
6,700 sqm
Nothing compares to standing in the heart of Berlin, surrounded by historic buildings, with the lively Spree River and green parks where life thrives. All these qualities are also embodied by 'Offenheit Primary School.'
The Offenheit Primary School project is part of the redevelopment of Monbijou Park, located in Berlin's 'Mi e' district, near the riverside of the Spree River. The school is situated across from the Bode Museum, a historic center of Berlin and part of the UNESCO World Heritage site. The aim of Offenheit Primary School is to connect the school building with the public paths and the surrounding area, utilizing the captivating context of the site to foster new learning and exploration spaces for children, while also strengthening the connection between the community and the park.
The
connection of classroom and play area
School classrooms are designed to be located between the internal play area and the external play area with the two folded doors for the opening for both sides create the transition to the space and becoming open-air classroom which takes the view from the park.
The openness of indoor sport building
The indoor sports building design separated from the school to provide the exibility of the program from the public when the school is closed. The light- lled environment with the folded door opening to the school slide and Monbijoupark slide create the transition of a public space.
150 thick vegetation layers to grow the plant.
the concrete slab protection layer to avoid water leakage from the above green roof.
Used of steals beam to strengthen the structure and minimize the building weight.
the design used two types of lateral load resisting. Reinforced concrete shear wall to withstand the wind load for the design of wind activity and reinforced concrete column supports the non-load-bearing wall.
3 meters deep foundation of the shear wall and column footing for large design loads.
The FuturArc Prize 2023
Location
Function Area Singapore Port and Market 11,500 sqm
The project embodies a unique approach to sustainable development by incorporating eco-friendly design, encouraging a circular economy, and supporting local economic growth. Serves as a model for integrating sustainable practices with economic development to create a stronger and more sustainable future for communities.
By advocating for sustainability and backing local economies, the project takes a more holistic approach that bene ts both the environment and society. This method aligns with the United Nations' Sustainable Development Goals, which focus on promoting economic growth, reducing poverty, protecting the environment, and enhancing social well-being.
The biophilic design approach also incorporates sustainable features like natural ventilation, daylighting, and rainwater harvesting. These elements help reduce the development's environmental impact, lowering its carbon footprint and encouraging sustainable practices. Furthermore, green roofs designed to support various plant species offer bene ts such as reducing stormwater runoff.
The inclusion of green walls—vertical surfaces covered with vegetation—also plays a role in improving air quality, providing shade, and mitigating the urban heat island effect. Additionally, these green walls can serve as a visual barrier between the city and the pier, while also enhancing the area's biodiversity.
‘Biodiversity Design’
‘Natural ventilation, Daylighting, and Rainwater harvesting design’
‘West Entrance’
‘East Entrance’
‘Modular Design’
The use of modular architecture in the development project offers several advantages. One of the main bene ts is the faster construction time. Since the building is designed as interlocking modules, it can be prefabricated off-site and then assembled on-site, which reduces construction time and minimizes disruption to the local community.
Another advantage is the lower environmental impact, as it reduces material waste and incorporates lightweight, eco-friendly materials. Additionally, modular architecture makes it easier to expand or adapt the building in the future. By simply adding or removing modules, the structure can be modi ed without the need for demolition and rebuilding, making it a cost-effective solution that allows the building to adapt to changing needs over time.
