Architecture student passionate about design and art. I am eager to explore new elements digitally and manually. I aspire to continually expand my design skills and knowledge in Architecture, Design and Art.
PERSONAL
NAME Aishath Lamha Mohamed
B.O.D 16.03.2003
NATIONALITY Maldivian
LANGUAGES Dhivehi, English, Hindhi
CONTACT
MOBILE +960 7449446
ADDRESS M. Kanduneelange Aage 1
G-MAIL lamhaishath@gmail.com
ISSUU www.issuu.com/lamhaishath
BOOKSTAGRAM just_anotherbibliophile
CRAFT PAGE craftella.mv
EDUCATION
GCE OLEVEL
Thaajuddeen School, Male’, Maldives
2009 - 2018
CERTIFICATE 4 FOUNDATION STUDIES IN BACHELORS OF ARTS IN ARCHITECTURAL DESIGN
Centre for Foundation Studies, Maldives
National University, Male’, Maldives
2019 - 2019
BACHELORS OF ARTS IN ARCHITECTURAL DESIGN
Faculty of Engineering, Science and Technology, Maldives National University, Male’, Maldives
2020 - Present
EXPERIENCE
6 MONTHS INTERNSHIP
Charrette Studio, Male’, Maldives
August 2023 - January 2024
SKILLS
AutoCad
Revit
Sketchup
Adobe Illustrator / Photoshop
Lumion
D5
INTERESTS
Reading, Cooking, Crafting, Gaming
Table of Content
Desktop Study Pre-findings
Aa. Mathiveri
Key Plan, Maldives
Ideal Guesthouse Location
Being located near the bikini beach is in iteself an ideal location as the beaches are specifically designated areas for tourists. They may even prefer accomodations close to the beach areas for convenience. They offer scenic views of the ocean and surrounding landscape.
Guesthouse Defects
Guesthouses located in Hulhangu damaged as follows.
- Palm trees falling on roof due to high wind in Hulhangu season and having to compensate
Guesthouses located near shoreline have been effected as follows.
- Rusting of outdoor furniture due to saltwater
- Room furnitures damaged due to flooding
These defects were considered while designing the guesthouse model. (refer to page 06)
Guesthouses
Eroded Areas
Certain owners have suggested that paint peeling has occured on the outer skin of the guesthouse due to extreme heat.
The cause may be debatable as it is more probable that it stems from poor workmanship and quality of paint.
Flood zones
Saltwater Intrusion Area
Cement Waste dumped into the sea
Stronger winds during Hulhangu monsoon
Prone to storm surges
Stronger winds during Iruvai monsoon
Aa. Atoll
Aa. Mathiveri
Aa. Atoll
Aa. Mathiveri
1. Open Space to be 30% minimum, built up area 70%
2. Minimum 1m setback on sides of adjacent plots
3. Maximum 3 storey (without terrace) built up
4. Built - up total height to be 13m upto roof apex
5. Maximum 600mm raised from ground floor level
Lush
2900-3000sqft plots Minimum 30% open space 8-10 bed 16-20 guests Total guests 240-300
Project Overview
An on-site study was done by final-year architecture students (in groups) assessing the hazards and resilience of two Maldivian islands, Mathiveri and Bodufolhudhoo. We explored natural hazards and community resilience strategies, focusing on geographical features, environmental conditions, community practices, and infrastructure development. Through interviews, we identified hazards and mitigation measures on these islands. We also studied guest houses for hazard impacts, structural defects, and regulatory compliance, emphasizing the need for ongoing monitoring and enforcement. Additionally, we examined Nika Island Resort's resilient, eco-friendly architecture, presenting it as a sustainable tourism model. Our findings highlight the resilience of small island communities against natural hazards and climate change, offering insights and recommendations for sustainable development and adaptation. Based on the desktop study, the project aims to create a prototype guesthouse suitable for small, low-lying islands, designed to serve as a model for resilient and sustainable local accommodations. Each student was required to come up with unique concepts.
Immersion
A portal where every corner represents a soul of the Maldives, the simple lifestyle - a journey through time and tradition, where architectural elements and artworks weave intricate stories of the past. As you traverse through the space, you are enveloped in the rhythms of locals’ life, with each step immersing you deeper into their culture. The ebb and flow of living spaces reflect the harmony between nature and human habitation, seamlessly integrating daily routines with the natural environment. Here, the boundary between locals and guests blurs, as both become partakers in the tapestry of island living. The vivid colors of the landscape, the gentle sound of the waves, and the warm, welcoming atmosphere enhance this immersive experience, making every moment feel like a cherished memory in the making.
Concept - Immersion
Problem
Guests choose Maldives to experience nature and for experimental tourism. In most cases this is not achieved as in islands like Dhigurah, the tourism zone is isolated from the residential area.
Design Intent
I wish I could go and connect with nature somewhere
So this is the real Maldives they don’t show online I like this better
I don’t want to stay in a concrete jungle
look, streets are full of trees and locals, let’s go say hi
I bet they’d show us around and invite us into their community
Seamless integration of visitors into the vibrant fabric of island life, offering an authentic and enriching experience that goes beyond typical tourist encounters.
Immersion - Fade the clear boundary that seperates tourists and locals of the island.
Form Development
Form Derivation Process
One stack of mass is seperated into smaller cubes to allow for exploration in levels and achieve maximum light and ventilation. Each cube is represented as a space or program.
Cubes lengthened to make a linear spacing for common programs. An atrium at the middle is left for the staircase, which becomes the centre of immersive experience within the space.
Horizontal and vertical lines that merge. The merged space to become common gathering area.
All cubes stacked together on top or besides to explore which spaces require maximum sunlight/wind and adjacency of spaces. Common areas to be placed easily accessible by staircase and bedrooms to allow for visual connection.
Horizontal and vertial placing of cuboids represent immersive planes that run and do not meet. The form allows for visual connectivity in all programs. The open spaces become outdoor common areas easily accessible through staircase. Cantilevered spaces to function as planter boxes adjacent to each room for purifying air.
Resilient Features
a. Solar panel placed on roof to cut down on long term energy costs.
b. Flat roof drainage system and rainwater collection system to reserve rainwater for daily usages, such as laundry and cooking.
c. Planter boxes placed for purifying air.
d. Openable perforated wooden panes as windows to allow maximum daily in (to keep artificial lighting to a minimum)
e. Floor level raised 600mm as the site is prone to floods and storm surges.
f. Drainage system under the structure in case of heavy flooding and storm surges.
g. Recycled concrete waste from the island used for walls/slabs.
h. Walls are insulated to keep artificial cooling to a minimum.
i. Site is surrounded by a botanical garden for cooling effects.
Programs
a. Scavenger Hunt
The visitors are given a map upon arrival to collect souvenirs from around the island giving them an opportunity to explore within the island. For example, an artist or old man working in their homes. This allows for them to earn an income through tourism as well.
b. Display Room
Cultural artworks and artifacts are showcased here and in the hallways of the guesthouse. At specific times of the day, women of the island conduct workshops for thatchwork, latticework, where the visitor gets to see how it is made and also participate in it.
c. Local style open kitchen
Where the visitors can see the local food being made. For instance, fish being cut and made into garudhiya. The cafe’ like area allows for the tourists to intermingle and share their experiences of the island with others.
Sectional Perspective
Rainwater Collectionfrom 4° slope roof
Perforated wooden panes
Maximize daylight
Concrete matte finish
Planter box
Energy saving lights for nightime
Rainwater reserve pump
Pump accessible through panel in hallway
Rainwater collected from soak pit
Drainage system in case of flooding and storm surges
Solar panel above
Flat roof drainage system, 4° slope
Retractable louvers
Recycled concrete from concrete dump in the sea Insulated Concrete
