Undergraduate Architectural Portfolio_Mohammed Aakif_ WCFA

M OHAMMED AAKIF

A RCHITECTURE INTERN

ABOUT ME

The world of architecture has been a constant source of inspiration , and I am deeply passionate about every facet of this discipline. My approach to design is characterized by critical thinking, responsible decision-making, and a steadfast commitment to excellence.

In addition to my innate leadership qualities, I have an insatiable thirst for knowledge and an unwavering determination to expand my skillset. I am a quick learner, always eager to explore new horizons and push the boundaries of what is possible. My portfolio represents my unwavering commitment and skillfulness, displaying my works from my first four years of architectural education and demonstrating my exceptional creativity, passion, and dedication to thriving in this dynamic and exciting field

CONTACT

PHONE

+91 7829578647 (India)

+971 52 916 9469 (UAE)

EMAIL aakifmohammed769@gmail.com

2019_mohammed.a.l@wcfa.ac.in

ADDRESS

KHB Colony, Kalyanagiri, Mysore, Karnataka, India

Al Qusais Tower - Bu Haleeba, Al Qusais 1, Dubai, UAE

EDUCATION

WADIYAR CENTRE FOR ARCHITECTURE

2019 - 2024

UNDER GRADUATE DEGREE

President of WCFA, Student Council (2021-2022)

Head of the Advisory Board of WCFA, Student Council (2022-Present)

Member of Grievance Committee, WCFA (2022-Present )

Member of Special Cell for COVID19 Committee, WCFA (2022-Present)

Member of Anti Sexual Harrasment Committee, WCFA (2022-Present)

Participant of CP Kukreja Design Trophy, NASA (2022-2023)

Partcipant of The Design Board Competition (2022-2023)

Collaboration with Ingenious Concepts , Dubai (2021-2023)

SADVIDYA SEMI RESIDENTIAL PU COLLEGE

PRE UNIVERSITY

DOB 16th June 2001

LANGUAGE

English Urdu Hindi Kannada

SOCIAL MEDIA

LinkedIn

Mohammed Aakif Lathif

Instagram mohammed.aakiff

2017 - 2019 11th - 12th Grade

DE PAUL PUBLIC SCHOOL SCHOOLING

2006 - 2016 1st - 10th grade School Leader (2015-2016)

SOFTWARE SKILLS OTHER SKILLS

AUTODESK AUTOCAD

AUTODESK REVIT

FUSION 360

SKETCHUP

RHINOCEROS 3D

ARCHICAD

ADOBE PHOTOSHOP

ADOBE INDESIGN

ADOBE ILLUSTRATOR

ADOBE PREMIER PRO

LUMION

ENSCAPE

VRAY ARC GIS PROCREATE

D5 RENDER GOOGLE EARTH

M OFFICE SUITE

Hand Model Making

Laser cutting

3D priniting

Sketching

Hand Drafting

Measure drawing and Documentation

Hands on Experience on wood and bamboo as a material

Layouts / Presentation

Diagramming & Analysis

ELECTIVES

Photography (Semester 03)

K J Pawan

Product Design (Semester 04)

Asst. Prof. Pallavi Dhomse

Digital Architecture (Semester 05)

Asst. Prof. Shashank

Cultural and Built Environment (Semester 06)

Asst. Prof. Shashank

Biomimicry (Semster 07)

Asst. Prof. Shashank

01.

INDUSTRIAL ARCHITECTURE SUSTAINABILITY

The intent of the studio was to provoke students to analyze, introspect and explore the process of design using various mediums. Through this process one establishes a more informed and aware sense of decision making. The studio focused on deducing inferences from observations through the act of contextual mapping. Further, the students were encouraged to develop intents from their studies, by making exploratory models. These models helped take positions, which further got translated into an architectural expression

Site Location : Anegundi, Karnataka

Site Area : 10000 sqm

Duration : 14 Weeks

Semester 07

Studio Guide : Prof. Shrutie Shah and Asst. Prof. Asijit Khan

“UN - HINGE”

The exercise focused on understanding of mechanism of daily based products like gears, pulley, bottle cap and many more and considered the elements of the mechanism to be a component and can be replaced and can still be workable, which can be reflected in Sustainability approach where the built can be reused or the part can be replaced in many ways to sustain and to optimize.

Understanding of Mechanism

Gear Ratio : 60:1

Type : Compound gears

When the Smaller gear(12 teeth) is a driver, or on which the input is applied, which is connected to the bigger gear (60 teeth). the output will be 5X faster where as gets slower if the input is on the bigger gear

The Understanding from the First model

The RPM increase and decrease with respect to the size and the ration of the Gear

Gear Ration : 1:60

Gears of single plane

The grids are all fixed in a single plane which just leads to the transmission in one plane

Gear Ration : 1:60

Gears of single plane

The grids are all fixed in a single plane which just leads to the transmission in one plane

Gear Ration : 1:60

Gears of single plane

The grids are all fixed in a single plane which just leads to the transmission in one plane

Gear Ration : 1:60

Gears of single plane

The grids are all fixed in a single plane which just leads to the transmission in one plane

HOLISTIC INTENT MODELS

Holistic intent in architecture refers to an approach that considers the building and its surroundings as an interconnected whole. This approach recognizes the importance of sustainability, the use of natural materials, and the integration of nature into the design. This approach aims to create buildings that are not only aesthetically pleasing and functional but also contribute positively to the environment and the people who inhabit them.

The intent behind Dual roof was to provide protection from scorching sun of Anegundi as it works as an insulator and keeps the core structure cool

Walls can serve as an expression of aesthetic intent, reflecting the cultural, historical, or social context of a building and express the identity of its occupants, or to communicate a specific message or meaning.

The openings designed to let in natural light and are particularly effective at illuminating interior spaces without creating glare or over heating.

The intent aims to create the illusion that a building is floating above the ground which is primarily aesthetic, dramatization and functional benefits.

The intent aims to create the illusion that a building is floating above the ground which is primarily aesthetic, dramatization and functional benefits.

Walls can serve as an expression of aesthetic intent, reflecting the cultural, historical, or social context of a building and express the identity of its occupants, or to communicate a specific message or meaning.

This approach to building design seek to connect with nature and create healthier and more sustainable environments for people to live and work in.

The intent behind Dual roof was to provide protection from scorching sun of Anegundi as it works as an insulator and keeps the core structure cool

This architectural intent that involves the use of a rigid framework to support a building’s weight and distribute its loads and to relief the building from the ground

Membranes can be used as an architectural intent in many creative ways. They offer flexibility and versatility in design, making them an best option for a wide range of applications.

As an architectural intent, brise soleil can be used to improve the energy efficiency of a building by reducing the amount of solar heat gain that occurs in the interior spaces.

Symbiosis as an architectural intent refers to a design approach that seeks to create a mutually beneficial relationship between 2 build masses and its surrounding environment, to benefit the occupants

Walls can serve as an expression of aesthetic intent, reflecting the cultural, historical, or social context of a building and express the identity of its occupants, or to communicate a specific message or meaning.

Intent of a void is to create a sense of spaciousness and openness within a building. Voids can be used to break up the mass of a building and provide relief from the enclosed spaces.

The intent aims to create the illusion that a building is floating above the ground which is primarily aesthetic, dramatization and functional benefits.

As an architectural intent, brise soleil can be used to improve the energy efficiency of a building by reducing the amount of solar heat gain that occurs in the interior spaces.

FRAMES

MEMBRANE

BRISE SOLEIL SYMBIOSIS

BRISE SOLEIL LEVITATE VOID WALL

DUAL ROOF WALL EASY LIGHTS LEVITATE

DUAL ROOF BIOPHILIC WALLS/SYMBIOSIS LEVITATE

SECTIONAL MODELS

Exploration of sectional models is an essential exercise and provided a unique perspective on the spatial relationships and structural systems within a building.

ELEVATION MODELS

Exploration of Fenestration with the help of physical model of an elevation of the building, where the types of the skin and the windows were differed and get the understanding

FINAL MODEL

INDUSTRIAL BUILDING WITH SUSTAINABLE APPROACH

Sustainable architecture is a design approach that seeks to minimize the environmental impact of buildings while maximizing their energy efficiency. In the context of steel buildings, sustainable architecture often involves the use of passive cooling systems, which rely on natural means to regulate the temperature inside the building, as well as large spans to maximize usable floor space while minimizing the amount of material used.

A steel building with a large span allows for greater flexibility in terms of the layout and design of the interior space. The large span also provides more opportunities for natural light to enter the building, reducing the need for artificial lighting and increasing energy efficiency. When paired with passive cooling systems, such as operable windows and vents, the large span helps to promote natural ventilation, reducing the need for mechanical cooling systems.

SECTIONAL ANALYSIS

The building’s section through the wind well, also known as a wind tower, reveals the natural flow of air. As wind enters the tower and passes beneath the floor, get cools with the water stored there. This cooled air then flows upward and circulates throughout the building, providing natural ventilation and cooling.

SPATIAL ORGANIZATION

Effective spatial organization depicted through pencil shading techniques,

The general Idea of the building’s orientation, volume, and form. These elements define the structure’s overall presence and relationship to the surrounding context, enabling to create a coherent and functional design. By carefully considering the massing, and also with the understanding of previous tasks help developing a strong foundation for the building’s design and construction. 03.

STRUCTURAL OVERVIEW

Cold Rolled Column

Space Provided Between two members of the column

Spacer

Metal Plates Welded and Bolted to the column

J Bolts

Bolt Holding the Column

Gusset Plate

Pedestal

Concrete Sandwich Wall

Insulation

Interior Concrete Wall

Bottom Plate (Locking Mechanism )

Slab

Bottom Plate Running Through

Column Member Space to Sandwich truss member

Bolted

Welded (Weld Joints)

L-Angles Provided to Hold the truss member in Place with stiffeners added

Second Column Member

Concrete Flooring (Decking Slab)

Aluminum Decking Sheet

Truss Beam ( @span of every 2m )

Aluminum Decking Sheet fixed with self drilling screw to the beam

Bracing of the truss

BLOWN UP MODELS

Student housing in Mysore, India, is designed to provide students with a comfortable and convenient living experience while they study. These housing units typically include a variety of amenities to meet the needs of

02.

PUBLIC ARCHITECTURE MEMORIAL

Semester 05

Studio Guide : Asst. Prof. Asijit Khan

The studio focused on understanding the validity of abandoned architecture. The ways of deducing relations between the existing and the new. This would be further applied in deciphering the links between people, practices, architecture and the river. Analysis happened through the act of mapping, inferences were extracted via drawings and models. Further, students were encouraged to take positions; essentially conveying a design intent(s) using analysis.

Site Location : Srirangapathana, Karnataka

Site Area : 4000 sqm

Duration : 14 Weeks

1800s

The building was newly built and Different Forms of Built were coming together 1900s

The building was abandoned and was not in use. So the context started taking over slowly

MAPPING THROUGH MODEL

By mapping and comprehending the architectural features of ruins structures through models, i gained more in-depth understanding of the built environment, including its construction and past usage. Additionally, as time passes, the priorities and purpose of a building has changed.

Also Understanding of materials and techniques used during that time and how the deteriorated over time

MAPPING THROUGH CHARCOAL SKETCHES

The exercise involved creating charcoal sketches of the spaces and elements of the ruins to comprehend the principles of architecture. This approach provided a brief overview of concepts such as rigidity, vistas, descending, levels, and enclosure, which subsequently served as the basis for the project’s objectives, and various intent models were approached.

ENCLOSURE

This architectural intent shows the placement of architectural elements provides an understanding of enclosure and its relationship with the overall architectural design.

APPROACHING WATER

The architectural intent focuses on the integration of the built environment and surrounding water, using the design to create a transitional space between land and water.

FRAME

The architectural intent highlights how architectural elements or the structure itself can serve as a frame to capture time, activities, nature, water, or any other built forms.

APPROACHING THE WATER (DESCENDING)

The architectural intent outlines a specific descending order towards the small water body as a means of facilitating a gradual transition towards it from all four sides of it.

APPROACHING THE WATER

The architectural intent outlines a specific descending order towards the large water body as a means of facilitating a gradual transition towards it.

LEVELS

The architectural intent emphasizes that incorporating various activities across different levels of a space can improve its overall quality.

FRAMING (MONUMENTAL)

The architectural intent highlights how architectural elements or the structure itself can serve as a frame to capture time, activities, nature, water, or any other built forms, which can be in a monumental scale.

BUILT RESPONSE TO WATER

The architectural intent explores how the built environment, or specific structures within it, can respond to different scales of water bodies, either by being constructed over them or in conjunction with them.

BUILT RESPONSE TO WATER

The architectural intent explores how the built environment, or specific structures within it, can respond to different scales of water bodies, either by being constructed over them or in conjunction with them.

BUILT RESPONSE TO WATER

The architectural intent explores how the built environment, or specific structures within it, can respond to different scales of water bodies, either by being constructed over them or in conjunction with them.

PLINTH MODULATION

The architectural intent investigates how the built environment or specific structures within it can adapt to different water body scales. This may include constructing over or adjacent to the water, as well as incorporating plinth modulation to facilitate various activities along the river.

BUILT RESPONSE TO WATER

The architectural intent explores how the built environment, or specific structures within it, can respond to different scales of water bodies, either by being constructed over them or in conjunction with them.

EXPLORING THE CURVE

The design approach was guided by specific intents that led to the use of curved forms, which were explored through charcoal sketches. This exercise facilitated a better understanding of the flow of curves and helped envision the necessary space or program, which was eventually integrated into the design. Additionally, the design was modified to accommodate the terrain of the site.

“PRAHR” MEMORIAL OF TIME

Named after the place, “Prahr, memorial of time” is a complex that was constructed with great respect for the history of the site and how it has evolved over the years, bearing witness to many experiences and emotions. The intent behind the design was to capture the journey of a 300-year-old building by framing it with a new structure that would convey the flow of time through its form, quality of space, and materials. Given its location alongside a river, the site has long been used for water burials, and this tradition continues to this day, with the complex serving as a place for this sacred activity.

A. The Wall

B. Island

C. Gallery Space

D. Reading Space

E. Space with Multiple function

F. Entry to Island through wall

G. Civic Amenities

H. Connection b/w Ruins and Memorial

I. Ruins

J. Bridge

K. Parking

L. Toilets

M. Amphitheater

N. Canteen

O. Tertiary wall

P. Secondary wall

A. Toilets

B. Amphitheater

C. The Wall

D. Niches in The Wall

E. Civic Amenities

F. Space within The Wall

G. Gallery/Reading/Meditation Space

H. Ruins

I. Island

A. Amphitheater

B. Niches in The Wall

C. Civic Amenities

D. Ruins

E. Entry to Island through The Wall

F. The Wall

G. Ruins

H. Entry to Island through Ruins

STUDENT HOUSING CO-LIVING

05

Co-living the new way of intervening the Community.

• A catalyst for the lost social interactions

in community

• Socio cultural integration with measures like recycling, low energy use, energy harvesting, water conservation, waste management and urban farming etc…

• Requirement is open for individual interpretation (The Co living can be for Students aged between 17 to 22 or techies between 25 to 35)

• Setbacks/Rules as mentioned to be taken in account

Site Location : Mysore, Karnataka

Site Area : 4000 sqm

Duration : 14 Weeks

Semester

Studio Guide : Prof. Anand Chalawadi and Asst. Prof. Akash Rai

ABSTRACTING AND ANALYZING ONE’S NEIGHBOURHOOD AND THE UNIT

Abstracting and analyzing one’s neighborhood and the unit refers to the process of carefully observing, understanding, and evaluating the physical, social, and cultural characteristics of both the larger community and the specific living unit within it. This process can be done for various reasons, such as for personal reflection, for urban planning purposes, or for architectural design.

Social characteristics

Physical characteristics

Economic characteristics

By abstracting and analyzing both the neighborhood and the unit, it becomes possible to gain a deeper understanding of the relationships between the physical, social, and cultural factors that shape our living environments. This knowledge can be used to make informed decisions about urban planning, architectural design, and personal reflection, and can help to create more livable and sustainable communities.

THE STREET VIEW

MOSQUE COMERCIAL BUILDINGS TEMPLE MY HOME SHOP I VISIT BANK ROAD

RESIDENTIAL BUILDINGS

MOSQUE VISIT 5 TIMES A DAY

Shop 1 : grocery items

SHOP

BANK Visit frequently (bank/atm)

Mosques were close by And more people from My community Stayed here like a family

Shop 2 : friends mobile store (Spending My free time)

BUILDINGS

STUDENT HOUSING

Student housing in Mysore, India, is designed to provide students with a comfortable and convenient living experience while they study. These housing units typically include a variety of amenities to meet the needs of students, including comfortable bedrooms, shared common areas, and study spaces.

One of the key features of student housing in Mysore is the emphasis on social connectivity. Many student housing units are designed to foster a sense of community among residents, through the creation of shared spaces, such as lounges, kitchens, and recreational areas. These spaces encourage students to interact with one another, building relationships and forming a support network that can help to enrich their overall university experience.

In addition to these amenities, student housing in Mysore also often includes architectural surprise elements that are designed to enhance the overall living experience of students. These elements can range from innovative design features, such as green roofs and walls, to interactive and creative spaces, such as art studios and music rooms. These surprises add a unique and exciting dimension to the housing units, providing students with opportunities to explore their creative and artistic side, while also helping to foster a sense of community and connection.

Overall, student housing in Mysore is designed with the needs and interests of students in mind. By providing a range of amenities and social spaces, as well as unique architectural elements, these housing units help to create a supportive and engaging environment for students to live and learn.

ISOMETRIC VIEW OF HOUSING

04.

WORKING DRAWINGS

HOUSING PROJECT

Semester 05 / 06

Studio Guide : Prof. SG Srinivas

During the semester, the studio prioritized the acquisition of knowledge and skills related to producing Working Drawings for housing projects. Meanwhile, our specific studio group dedicated our efforts to elaborating on the plans required for approval and honed in on details such as windows, toilets, kitchens, and doors. The drawings we completed throughout the semester reflect these endeavors.

4th Sem, STUDENT HOUSING, Mysore

GROUND FLOOR, PLAN 01 LVL+3650

RELATIVE STUDY PROGRAM

A study program was conducted to investigate and record the town of Anegundi in Karnataka, along with the

THE HOUSE

An ancient residential typology is followed where in a veranda opens out into the streets supported by an intricate colonnade carved out of wood. As one enters there’s a skylight that is essential for lighting up the private spaces.

The house has a beautiful quality with a centrally located water harvesting system from which the household is run. An ancient residential typology is followed where in a veranda opens out into the streets supported by an intricate colonnade carved out of wood. As one enters there’s a skylight that is essential for lighting up the private spaces. The house has a beautiful quality with a centrally located water harvesting system from which the household is run.

Exploded

ancient heritage houses and the town’s typology.

CP KUKREJA DESIGN TROPHY

NASA 2022-2023

One such example of a historical place would be The Amba Vilas palace, an incredible man-made edifice in the heritage city of Mysore, Karnataka. A palatial structure that tells many tales of the region’s complex and intriguing past. It has been 75 years since independence and reminiscing about the past, where people had to fight with their lives at stake to free India, today, if we were to plow about what independence means to us, the answers would vary from each other and also from the ideas in the past. Marking these changes in thoughts, culture, advancements in technology, health & wealth we celebrate the 75th year of independence as the ‘Diamond Jubilee’. Diamond represents strength, wealth and effulgence similar to the aspects of the royal symbol ‘GajaLakshmi’ cited above the central arch of the Mysore palace.

We intend to create a setting that would integrate the idea of strength from diamond (75th year of independence) and elephants of GajaLakshmi along with abstractions extracted from the diamond’s anatomy. Diamond gets is strength from its c-c hexagonal bonds which forms a stable geometry. Each molecule of diamond consists of 38 nodes and 40 lattices. Hence taking forth this study we integrated the 2d-diagrams with 38 nodes forming a space affiliating our intend.

AMBA VISTA

07. COLLABORATION

Ingenious Concepts, Dubai

META HOMES

Location : Sol Bay, Dubai

Status : Completed

Company : Ingenious Concepts

Client : Meta homes

This was a collaborative project involving the design and 3D visualization of the interior space of a newly established company, META HOMES, located in Dubai. META HOMES is a real estate company that is managed by two partners. The project involved designing two director rooms, a meeting room, an office manager’s space, seating for staff, and an informal pantry area. The project was completed with assistance from INGENIOUS CONCEPTS, a company based in Dubai, and provided valuable insights into space planning, material selection, and attention to detail. Most importantly, the team took great care to understand the client’s needs and requirements, delivering the best possible outcome for their specific needs.

Location : Jafza, Dubai

Status : Design only

Company : Ingenious Concepts

Client : AquaChemie

This project was yet another collaboration, focusing solely on designing alternative options for AQUACHEMIE, a client whose original design was created by a different firm. The project’s primary objective was to explore different designs using the same materials, refining the luxurious interior design, and ensuring that the client’s requirements were fully met. INGENIOUS CONCEPTS, Dubai, provided invaluable assistance throughout the project