Architecture Portfolio 2024 by AKSuyat

Selected Academic Work architecture portfolio.

KIM SUYAT

KIM SUYAT

PROFILE

D.O.B: 31/10/2002

Email: akimbsuyat@gmail.com

Phone:

+64 275 151 017

Languages: English & Filipino

INTERESTS

My interests tend to centre design process, construction and detail drawings, and graphic communication.

I am deeply interested in how architecture can reflect and celebrate cultural identity, creating spaces that honour traditions while embracing modernity. I believe that thoughtful design has the power to preserve cultural narratives, foster community connections, and provide a sense of belonging, ensuring that architecture resonates with the values and history of the people it serves.

EDUCATION

Victoria University of Wellington

Wellington, New Zealand

2021 - Present

Conjoint Degree

(BAS) Bachelor of Architectural Studies, Major in Architecture

(BBSc) Bachelor of Building Science, Major in Sustainable Engineering Systems

Roncalli College

Timaru, New Zealand

2017 - 2020

NCEA Levels 1, 2, & 3

KEY SKILLS

Technical Skills

Rhinoceros 3D

Concept modelling & development

Autodesk Revit

Developed design & documentation

Adobe Suite

Visualisation & communication

Sketchup

Concept modelling & development

Lumion

Rendering

Vray for Rhino

Rendering

Twinmotion

Rendering

Laser cutting & CNC

Model-making

Personal Skills

Collaborative team player

Active learner

Efficient and organised

WORK EXPERIENCE

Barker Fruit Processors Ltd

Geraldine, New Zealand

Jan - Feb 2021 & 2023

Production team – Apricot season

Successfully ensured top-quality standards by inspecting and sorting fruits at the start of the production line. Operated processing equipment to wash, destalk, destone, and puree apricots, achieving consistent quality by manually addressing issues such as stone chips. Conducted routine quality checks to meet market demands and regulatory requirements, while adhering to strict sanitation and food safety protocols.

Pact Group Holdings Ltd

Temuka, New Zealand

Oct - Feb 2021 & 2022

Machine Operator – Quality Control Inspector Endorsed with Merit

Successfully operated and monitored machinery to ensure the production of high-quality food-grade storage drums for the dairy industry. Achieved consistent defect identification through detailed visual inspections and maintained efficient workflow by assisting with packaging and addressing quality issues with team leaders. Ensured smooth operations by maintaining a clean and organized workstation and performing routine machine cleaning.

Interpersonal communication skills

Graphic design communication

Attention to detail

ACHIEVEMENTS

First Year Awards (Architecture)Highly Commended

May 2022

Civic Echoes Exhibition

Victoria University of Wellington

October 2022

VOLUNTEERING

VUW Filipino Students’ Association

NZ Institute of Architects – 2021 Resene Student Design Awards 2023

Filipino Cultural Showcase - Head of Publications and Decor Committee

Executive Council – Publications Officer 2023

Indak: Dance Night - Publications Committee

2022

HEKE RUA: NZ NATIONAL ARCHIVES

2023 DESIGN + STRUCTURE CONCEIVED USING CONCRETE AS LANGUAGE

Heke Rua

NATIONAL ARCHIVES

An architectural design was proposed for the new National Archives Building of New Zealand. This design of an 8-story national archives building in Wellington is centered around the use of concrete as the primary structural material, exploring its qualities to shape an architectural response that honours its function as a secure and enduring repository for New Zealand’s taonga.

Situated on the historically significant land of Pipitea Pa, Heke Rua stands as a bridge between the cultural heritage of the land and the contemporary needs of a nation preserving its collective memory. The Maori proverb, “I walk backwards into the future with my eyes fixed on my past,” serves as a guiding principle, reinforced by the Maori concept of whakapapa, linking the past, present, and future in a way that adds layers of meaning to the building’s design narrative.

Heke Rua serves as a reminder of the importance of taonga that are not just physical objects, but also include the stories, traditions, and knowledge passed down through generations.

DESIGN INSTRUCTOR: DANIEL K. BROWN / DANIELE ABREU E LIMA

COURSE: ARCHITECTURE DESIGN INTEGRATION CAPSTONE II

01 HEKE RUA: NZ NATIONAL ARCHIVES

2023 DESIGN + STRUCTURE CONCEIVED USING CONCRETE AS LANGUAGE

Figure 1: Speculative narrative drawing of the site as a threshold between past and present

DESIGN INSTRUCTOR: DANIEL K. BROWN / DANIELE ABREU E LIMA

COURSE: ARCHITECTURE DESIGN INTEGRATION CAPSTONE II

Given the protective role of an archives building, the exterior incorporates a design inspired of traditional maori pa fortifications that consists of terraced rows of vertical standing strong tree trunks and deep trenches. although it functions mainly to defend the village, these palisades include carved structures often at its entrance.

Figure 1.1: Design development

01 HEKE RUA: NZ NATIONAL ARCHIVES

2023 DESIGN + STRUCTURE CONCEIVED USING CONCRETE AS LANGUAGE

Figure 1.3: Floor Plans

Figure 1.2: Site Plan

DESIGN INSTRUCTOR: DANIEL K. BROWN / DANIELE ABREU E LIMA

COURSE: ARCHITECTURE DESIGN INTEGRATION CAPSTONE II

Figure 1.5: Heke Rua Exterior

Figure 1.4: Short and Long-Sections

01 HEKE RUA: NZ NATIONAL ARCHIVES

2023 DESIGN + STRUCTURE CONCEIVED USING CONCRETE AS LANGUAGE

Figure 1.6: Atrium

DESIGN INSTRUCTOR: DANIEL K. BROWN / DANIELE ABREU E LIMA

COURSE: ARCHITECTURE DESIGN INTEGRATION CAPSTONE II

Figure 1.7: First Floor - Atrium

Figure 1.8: Open Office

MOA POINT REFUGE

2023 CONCEPTUAL ARCHITECTURE - (PER)FORMATIVE SYSTEMS: ADAPTIVE RESILIENCE

Figure 2: Moa Point Refuge Plan View

DESIGN INSTRUCTOR: CALLUM VARTHA / DEREK KAWITI

COURSE: ARCHITECTURE DESIGN II

Moa Point Refuge

YEAR 2320

The increasingly warming world has caused the accelerated sea level rise which has transformed the once-familiar coastal edge of Moa Point. It now lies submerged beneath the turbulent ocean waves and the remaining human population of Wellington seeking refuge at the hill’s high altitudes. The extreme temperature rise resulted in the scarcity of clouds and thus the increase of solar radiation. Amidst this chaos, humans unite for the advancement of technology to support the construction of—a sustainable haven rising from the remnants of the old world, capable of withstanding and integrating with the stronger forces of nature and fostering the rebirth of humanity.

Faced by the daunting challenge of rebuilding civilization amidst the rise of water levels and loss of land, humanity envisioned a structure that seamlessly integrates with the environment and stands as a beacon of resilience and hope. MOA POINT REFUGE, a self-sustaining tower, designed to withstand the wrath of the sea.

MOA POINT REFUGE

2023 CONCEPTUAL ARCHITECTURE - (PER)FORMATIVE SYSTEMS: ADAPTIVE RESILIENCE

Moa Point is an area on the southern coast of Wellington surrounded by natural features such as the bushclad hills, Cook Strait, Wellington Harbour, and Lyall Bay. The site is serviced by Te Aranui o Poneke (Great Harbour Way), a two-way coastal road which acts as a physical and visual connection between the coastal edge and the steep natural landscape. Due to its location, the site showcases panoramic views of the rugged coastline, cook strait, and south island in the distance.

The coastline is characterised by its varying topological forms such as the steep cliffs, rocky outcrops, and small sandy beaches. Due to its proximity to the sea, the site is exposed to extreme weather conditions thus making it vulnerable to coastal erosion caused by strong winds and storm surges, as well as precipitation and sea level rise. Over the years, the site will result in the decay of its land mass.

Figure 2: Moa Point Site Context

Figure 2.1: Moa Point Coastal Erosion

Figure 2.2: Sea Level Rise (2100)

DESIGN INSTRUCTOR: CALLUM VARTHA / DEREK KAWITI

COURSE: ARCHITECTURE DESIGN II

through the process of ‘enzymatic browning’

site data (precipitation & wind flow + turbulence) to encapsulate the changes through time

Figure 2.3: Decay Biotype - Observing decay and porosity caused by aging

(ripening) in bananas

Figure 2.4: Digitalisation - Simulating decay in 3d space (Grasshopper & Houdini) for form-finding

Figure 2.5: Digitalisation - Implementing

02 MOA POINT REFUGE

2023 CONCEPTUAL ARCHITECTURE - (PER)FORMATIVE SYSTEMS: ADAPTIVE RESILIENCE

Figure 2.6: Design Development looking at harnessing new realities imposed by Sea Level Rise

Figure 2.7: Components of Final Design

Vertical Structure in response to Sea Level Rise

Fortifying Facade in response to Stronger Solar Radiation

Elevating Structure in response to Stronger Solar Radiation

DESIGN INSTRUCTOR: CALLUM VARTHA / DEREK KAWITI

COURSE: ARCHITECTURE DESIGN II

Figure 2.8: Moa Point Refuge, Year 2100

02 MOA POINT REFUGE

2023 CONCEPTUAL ARCHITECTURE - (PER)FORMATIVE SYSTEMS: ADAPTIVE RESILIENCE

Figure 2.9: Section Drawing

DESIGN INSTRUCTOR: CALLUM VARTHA / DEREK KAWITI

COURSE: ARCHITECTURE DESIGN II

Figure 2.10: Hydroponic & Fish farm

Figure 2.11: Main Communal Area

KENT TERRACE MASTERPLAN DEVELOPMENT

Kent Terrace Masterplan Development

CITY CENTRE ZONE

Development of a Masterplan for a 4.04 Hectare site that will provide various housing typologies and public amenities with equity of access for all ages and abilities such as: retail shops, restaurants, parks, recreational facilties, playground, library, and the significant increase in planting. The big moves are integrated within the masterplan that resembles a large block design that accommodates densification through incorporating a mixed-use development with focus to public transportation, walkable and bike-friendly environment, urban greening, heritage, and community engagement and well-being.

DESIGN INSTRUCTOR: DR CRYSTAL OLIN

COURSE: URBAN DESIGN THEORY AND PRACTICE

KENT TERRACE MASTERPLAN DEVELOPMENT

2023 URBAN CONTEXT ANALYSIS AND MASTERPLAN

The site is situated on the eastern edge of Wellington CBD within proximity to the waterfront at the north and the prominent Mount Victoria hill at the east. Surrounding buildings comprise of various uses with a majority of large commerical buildings, residential houses, and a few heritage buildings of cultural significance.

It is located along Kent and Cambridge Terrace which services the State Highway 1 and arterial roads providing various transportation modes that connects the site to other parts of the city.

Observation of the site reveals factors that show strengths, weaknesses, opportunities, and threats that will be taken in consideration when developing strategies for the site’s regeneration.

Figure 3: Macro-context site analysis

DESIGN INSTRUCTOR: DR CRYSTAL OLIN

COURSE: URBAN DESIGN THEORY AND PRACTICE

Figure 3.1: SWOT Analysis

KENT TERRACE MASTERPLAN DEVELOPMENT

Figure 3.2: Design Concept - Big Moves (Principles + Strategies)

Figure 3.3: Kent Terrace Development Masterplan

DESIGN INSTRUCTOR: DR CRYSTAL OLIN

COURSE: URBAN DESIGN THEORY AND PRACTICE

Figure 3.4: Kent Terrace Development Key Areas

Figure 3.5: Kent Terrace Development Sections

Figure 3.6: Kent Terrace Development Renders

04 16 SHELLY BEACH ROAD, AUCKLAND

2022 CONSTRUCTION - FACADE DESIGN OF A MULTI-STORY BUILDING

DESIGN INSTRUCTOR: GUY MARRIAGE

COURSE: CONSTRUCTION

16 Shelly Beach Road Multi-story Building

FACADE DESIGN

The mixed-use building accommodates the various functions that cater to the needs of the surrounding community. It comprises of:

Lower level 1: a dedicated underground car parking for residents, visitors, and customers

• Levels 1 & 2: retail and commercial use

Levels 3, 4, 5: office and semi-private business use

• Levels 6-9: residential use

This building features a double-skin facade system in which the internal skin incorporates a double glazed curtain wall system while the external skin combines the glazed curtainwall system and perforated panels. This design takes full advantage of the abundant sunlight the site receives throughout the day while ensuring user comfort with proper insulation performance, noise reduction, and energy efficiency. The use of perforated panels along the office levels serves both as a functional element and a design expression as the panels provide a sense of openness while maintaining privacy and user comfort.