Architectural Portfolio 2023

Architecture Portfolio AHMAD AMZAR SYAKIR ROSLIM LAM/RIBA Part 1 Architect amzrsykr99@gmail.com (+60)11-1774 9585

Introduction Academic Projects Professional Projects & Managements Collective Artworks

2017-2023

CONTENTS

Academic Projects 01 SUPREME HOUSE

Academic Projects 02 THE CO+

Professional Projects & Managements

Selected artworks

Supreme House

Academic Projects

Supreme House, KL INNOVATIVE AND EXHIBITION HUB

Client; Supreme NY

Year; 2021 (4th Year)

Type Exhibition Hub

Area; 2,500 sqm

Location; Bukit Bintang, Kuala Lumpur, My

Supreme House originated from a prevalent challenge in the business sector, namely the reselling trend. According to James Jebbia, the founder of Supreme, he emphasizes the preference for customers to purchase products for personal use rather than resale.This initiative involves the construction of a facility that functions as both an educational exhibition and an innovation hub, providing end-users with insights into the reality of Supreme.

Situated in the heart of Kuala Lumpur’s golden triangle,the most popular shopping district in town, precisely opposite Pavilion KL, this project aims to serve as a central location for enlightenment and exploration related to Supreme

Concept statement derivation

Supreme House

Academic Projects

DESIGN DERIVATION - statement into architectural

//educational movement to represent the origin of Supreme

COOL THE UNCOOL

//establish better Supreme culture circle

//future the future

Envision the establishment as an integral part of the community, with the central theme of “rebel” defining the evolution of architectural form. The design of Supreme House KL is rooted in the essence of street culture, the skate scene, and brand identity. Drawing inspiration from the layout of skate parks, the building is crafted to be welcoming to skateboarders. Supreme House KL embodies a unique philosophy that aligns with the brand’s name and design principles. To set it apart boldly from neighboring structures, a distinct approach is taken, resulting in a hybrid form characterized by a blend of irregular and rigid design elements, ensuring that Supreme House KL stands out with confidence.

Manual sketches of thought

Supreme House

Academic Projects

SUPREME HOUSE VISUALS

i// bold, cultural

ii// future, brilliant

iii// identity, distinctive

Academic Projects

Supreme House

Supreme House

Academic Projects

Top; Supreme House KL from the main road, interlink bridge to connect public into the facility.

Bottom Left; The Jebbia’s Front, a multipurpose plaza to celebrate the diversity of Supreme culture. The plaza was named after the founder himself.

Botton Right; The Sup Cafe, a pitstop for everyone.

Supreme House

Academic Projects

Ground Floor

First Floor

SUSTAINABILITY STUDY materiality and lifestyle

Green Parking - permeable pavement to prevent flash flood

Fibre Reinforced Polymer - low energy consumption in construction

Supreme House

Academic Projects

The outdoor spaces are designed as skateable area. The approach is similar to the other Supreme store around the globe since the main objective of Supreme is serve the skater with cool shirt. The Park Series are divided by 2 types of skate park design which are bowl type and street type. To make it more suitable with all types of skaters and pedestrians, the Park Series are designed with lowest to intermediate level of difficulty for a skate park design. A socio-park which is named as Jebbia’s front is a interspace of the park series served as people gathering space as well as one of the plan of sustainable approach in terms of mental health.

Side elevation.

Cross-section.

Eco-Cement (Ashcrete)reduce CO2 emissions in the environment.

Perimeter Plantingenhance greeneries in the facilty area

Socio Parkalternative approaches to promote sustainable and healthy lifestyle

Supreme House

Academic Projects

STRUCTURAL APPLICATIONS - Steel Frame system, Reinforced concrete (ashcrete)

DETAIL SECTION

Supreme House

Academic Projects

Panel Arrangement Floor to Main Structure Connection

Exterior and Internal Shell made with fibreglass reinforced polymer panel Sloped Roof made with fibreglass reinforced polymer panel

Wall and Floor StructureAshcrete construction, brickwall, drywall, steel framed winbdows

Wall to Main Structure Connection

Steel Structure Shell Main structure for building Reinforced Ashcrete Infrastructure

Foundation

EXPLODED DIAGRAM Red colour indicates main spaces

Ground Floor Foundation and park construction, Ashcrete

The CO+

Academic Projects

The CO+ Housing for coliving people

Client; Public users Area; 9476 sqm

Year; Type 2021 (4th Year) Mixed-dev Location; Bukit Jelutong, Shah Alam, MY

The CO+ was established to offer co-living housing for residents in the Bukit Jelutong area before the onset of the Covid-19 pandemic. Movement restrictions have made it challenging for individuals to socialize in their usual manner. To address this, co-living communities have emerged as a solution to maintain social connections among people. The CO+, designed with a sustainable approach, provides a living space where individuals can coexist while sustaining their lifestyles.

Although co-living wasn’t widely discussed prior to the outbreak, the pandemic has brought attention to this lifestyle choice for many. This initiative aims to illustrate how a co-living community, particularly one embracing a sustainable lifestyle, can thrive in the current circumstances.

This housing project targeted person who is green activist, self-sustained youth, home farmer and sustainable lifestyle practitioner.

The CO+

Academic Projects

Design Approach SOCIALLY SUSTAINABLE

ENVIRONMENTALLY SUSTAINABLE

FINANCIALLY SUSTAINABLE

Communal Living.

The inception of this project was rooted in the concept of self-sustained living. The design project incorporated the idea of triple bottom line development to establish a housing scheme that fosters a sense of community unity and enjoyment. The primary goal is to create a balanced ecosystem within the scheme, simultaneously revitalizing the site context and fostering sustainable communities.

Sustainable Design Strategies

Academic Projects

Dissection of Sustainable Strategies on Project Design.

Form Play.

The CO+

Academic Projects

The CO+

The ground floor were designed to occupy public visitors with a co-cafe and sustainable market which the community of this housing can sell their own sustainable products.While in the lobby, a sustainable courtyard were build integrated with trees and plants that help to collector rainwater from the courtyard. The parking space also were designed as green parking where the parking floor materials were built with permeable pavement that helps to flow the water and prevent from flash flood in the parking area.

Academic Projects

The CO+

While on the first floor, the front area is a community area which the community can gather in the workshop, cinema room or multipurpose hall. There is 3 types of housing unit that can fit 2 to 8 pax according to the type provided. The most fun in this housing is the in between of housing unit floors there are communal living and kitchen in the second and third floor connected to each other. This space were provided to make the housing unit area more liveable as the housing concept which is co-leaving housing.

Academic Projects

Units Configuration

Unit 1 (Environmentally Friendly) 90 sqm

Unit 2 (Environment and Happiness) 100 sqm

Unit 3 (Environment and Family) 110 sqm

The CO+

Academic Projects

The CO+

The CO+

Academic Projects

INDUSTRIALISED BUILDING SYSTEM (IBS) APPLICATION - Precast Concrete System (Linear System) Beam to Column Connection & Wall to Beam Connection

Green Roof Application

300mm x 600mm Precast Concrete Column

100mm Thk Precast Concrete Wall (Non-Load Bearing)

Green/Vegetation

Non-Shrink Grout (Cast In-situ)

Engineered Soil for Planting Filter Sheet Drainage Layer Protection Mat

Starter Bar (Projected from Precast Beam) 300mm x 300mm Precast Concrete Beam

Root Barrier

Waterproofing Mambrane

Projecting Rebar in Grouted Tube

Concrete Slab

Levelling and Bearing Material

Top Fixing Cleat Infill Grout

Visible Connection (Beam to Column connection using a grouted sleeve connection)

Exploded Diagram Rooftop Level

Photovoltaic Panel Green & Moss layer roofing Precast Prestressed slabs with Composite In-situ Topping 250mm Thk Precast compartment wall

Unit Level

250mm Thk External Wall Panel 110mm Thk Curtain Wall Timber Panel with Prefabricated Steel Frame (Shading Device)

Communal Area

Internal Wall Panel

T NI

T NI

T NI

U

U

Foundation Level

U

Vertical Wall To Wall Connection Shear Cotter

Precast Column to Foundation Precast Concrete Column

Vertical Bar

Column Shoes

25mm dia Anchor Bolts

Additional Welded Bar

Vertical Joints of Precast Wall Concrete Footing (In-situ)

300mm x 600mm Precast stump

Infill with cement grout as anti-corrosion agent and binding agent

Plus(+) - Type

T-Type

Academic Projects

The CO+

Project is using the BIM software (Autodesk Revit) as part of learning process.

Keramat Apartment

Work Projects

Keramat Apartment Unit Space Maximization Interior Design

Client; Green Building Development Area; 70 sqm

In conjunction of KAZBUILD 2022 in Kazakhtan

Location; Keramat, Kuala Lumpur, My

Selected to represent Malaysia as one of the green building consultant KAZBUILD 2022 an international builders exhibition that was hosted in Kazakhstan. Keramat Apartment Unit was designed to showcase one of the company decades of experience with institutional, commercial and residential projects worth more than USD l billion, in tandem with simulation and analytical capabilities,provides GBD Group’s multi-disciplinary team with a unique diagnostic and prognostic approach to arrive at the best design outcome. Each design can be assessed for economic, environmental and social impact prior to construction.

Work Projects

Space Configurations

Keramat Apartment

Work Projects

Green Building Analysis

Green Analysis

Study on Computational Fluid Dynamic (Revit)

Client; Green Building Development Area; 70 sqm

In conjunction of KAZBUILD 2022 in Kazakhtan

Location; Kuala Lumpur, My

Continuation of exhibition showcase, this project focus on the usage of CFD (Computational Fluid Dynamics in modern design and construction of architecture as part of green building consultant commitee. The application of CFD is really important to show how the technology can improve in terms of economy, environmental and society.

Wind Velocity

Lighting

Energy Efficiency

Development

Work Projects

Housing Developement

Project managements, construction & site inspection

Work Projects

Housing Developments

Project managements, renovations, & site survey (drone piloting)

Development

Artworks

SELECTED ARTWORKS As creative person, I always seek for the fresh and unique ideas. I love to explore any kind of creative platforms and medias to expand my inspirations and ideas. World will be a better place if we had more creative thinkers.

2019 -2023 Graphic designs, product designs, visualizations, 3D printings, videography etc

Graphic, brands & product

3D printing

Artworks

Visualizations

Artworks

Videography timeframe

Architectural photography

Artworks

Freehand sketche

AHMAD AMZAR SYAKIR ROSLIM LAM/RIBA Part 1 Architect amzrsykr99@gmail.com (+60)11-1774 9585

2017-2023