Rahman Ali Khan | 2021
Rahman Ali Khan I am a final year student of architecture at Aligarh Muslim University, particularly interested in the integration of sustainable and conceptual designs, with an emphasis of new materiality through creative and technical methods. I stay open-minded creative, and easy-going through my design process. I work well and adapt quickly during collaborative projects and in different workspace environments. I enjoy travelling and immersing myself in different culture and languages. www.issuu.com/rahmanalikhan www.linkedin.com/in/rahman-ali-khan-1a3560170 www.pinterest.com/ar_rahmanali
Commercial Tower
1
IGI Terminal 3 Road, New Delhi, IN Design Studio III, 2020 Professor: Ar. Sanjeev Maheshwari Softwares: AutoCAD, SketchUp, Revit, Adobe Suite
Proscenium Theatre 2 Engineers Colony Ramghat Road, Aligarh, IN Design Studio III, 2020 Professor: Ar. Sanjeev Maheshwari Softwares: AutoCAD, SketchUp, Adobe Suite
Billionaires House 3 Montara Mountain Range , California, USA Design Studio III, 2020 Professor: Ar. Nawab Ahmad Softwares: AutoCAD, Revit, SketchUp, Lumion, Adobe Suite
Smart Bedroom Suite 4 41A, Shivalik Apartments, Noida, IN Interior Design III, 2020 Professor: Ar. Faraz Farooq Softwares: AutoCAD, SketchUp, Vray, Lumion, Adobe Suite
Wilayat Manzil Documentation 5 Faculty of Theology, AMU, Aligarh, IN Building Studies III, 2020 Professor: Dr. Mohammad Farhan Fazli Softwares: Revit, AutoCAD, SketchUp, Vray, Lumion, Adobe Suite
Building Elements Documentation 6 Minto Circle and Stretchy Hall, AMU, Aligarh, IN Building Studies III, 2020 Professor: Dr. Mohammad Farhan Fazli Softwares: Revit, AutoCAD, SketchUp, Vray, Lumion, Adobe Suite
Commercial Tower Skyland Tower Site: IGI Airport Terminal 3 Road, New Delhi, IN Design Studio III, 2020 Professor: Ar. Sanjeev Maheshwari Softwares: AutoCAD, SketchUp, Revit, Adobe Suite The building concept is generally based on the sun-sensitive building automation to save energy and make it green. The facades of the tower incorporate photo-voltaic cells, generating approximately five per cent of the total required energy from renewable energy sources. A solar-responsive dynamic shading screen further decreases solar gain. These screens are adjusted and move according to the required sunlight throughout the day and also reduces energy consumption. These moveable panels mediate daylight and reduce glare. The system is driven by renewable energy derived from the photo-voltaic panels. This makes building automated and green. Building automation is the automatic centralized control of a building's heating, ventilation and air conditioning, lighting and other systems through a building management system or building automation system (BAS). The objectives of building automation are improved occupant comfort, efficient operation of building systems, reduction in energy consumption and operating costs, and improved life cycle of utilities.
Form Evolution
1. Block with north south orientation having different level of office and retail.
Site Location
2. Separate representation for retail and open park floor areas.
3. Two open to sky cavities are build to provide sunlight and ventilation in building.
4. Complete building block protected with sun sensitive panels and exoskeleton.
Building Elevation
Entrance view
Site Features • • • • • • Site view
Site Plan
Building view
Site is located along the main centre of the city, it should be good for any type of building. Site is of 60 x 60 m. Some portion of the site is lower as compared to other causes water locking in the area and also effect soil bearing capacity. Two sides of the site are surrounded by the heavy traffic roads causes noise pollution. Average sound readings at the site is 65 db. Public requirements like petrol pump, hospitals and police stations are close enough. Average wind speed in about 2-4 m/s and wind direction from north east side.
3rd, 4th & 7th Floor Plan
Ground Floor Plan
Basement 1 Plan
2nd , 5th& 6th Floor Plan
Floor Plans
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Terrace with Skylights
Office Floors
Open Parks
Retail Floor
Building Exploded Axonometric
Sun Sensitive Panels
Exoskeleton
Basement
Site View
Front view
Closed Kinetic modules protect the building from direct radiation and contribute to reducing energy consumption. Modules can be manually adjusted for some particular spaces.
Steel Exoskeleton
Kinetic Modules
Partially closed Kinetic modules are used to increase the ventilation and adjust the overall temperature of the building. This adjustment allows 30% of the total sunlight. Open modules are commonly functioned in the winter season to allow more solar radiation and for heating purpose. Allows about 85% of the total solar radiation.
Exploded View
Basement 2 Plan
Front Elevation
8th & 9th Floor Plan
First Floor Plan
Terrace Plan
Section Details
South Section
Proscenium Theatre Performing Arts Centre Site: Engineers Colony Ramghat Road, Aligarh, IN Design Studio III, 2020 Professor: Ar. Sanjeev Maheshwari Softwares: AutoCAD, SketchUp, Adobe Suite The site is located in the commercial area of the city surrounded by residential blocks with the undulation of about 10 meters from its original level. The aim of this project is to construct an auditorium for 500 visitors along with the amphitheater of 2000 housing. The concept of this project is based on noise barrier (also called a sound barrier, or acoustical barrier) is an exterior structure designed to protect inhabitants of sensitive land use areas from noise pollution. Noise barriers are the most effective method of the mitigating roadway, railway, and industrial noise sources – other than cessation of the source activity or use of source controls. The building consists of scales made up of RCC provide as sound barriers to protect the inner core from traffic noise, these RCC scales are also tilted inward to allows good ventilation to the external foyer.
Form Evolution
1.Form divided into two blocks to serve as public and private spaces.
Site Location
2.Further divided into three zones, entrance area, auditorium housing area, and staff area.
3.External scales are added along with the tilted foyer roof.
4.Exploded representation of foyer space.
5.Final form
Sectional view
Wall Section Details
Site Features • • • • • • • • • • •
Location: Engineers colony, Aligarh, Uttar Pradesh , Aligarh, U.P. 202001 Co-ordinates: 27.90218 latitude, 78.1056988 longitude Altitude : 188m Owner: Global group of constructions and builders. Area: 14,400 Sq.m (120m x 120m). Site perimeter: 480 m. Roads: Aligarh- Etah Bypass road 8 m wide (main road), Road to Global city (9.4m) Wind direction: Prevailing winds from north-east direction. Vegetation: Deciduous trees around the site ( neem, Safeda, Sylvester palm, shrubs and long grasses ) ECS: Given ECS 1.5 for the area of 14,400 Sq.m No. Of cars park in the site area= (14,400 x 1.5 )/100 = 216 cars F.A.R : Acceptable F.A.R is 1.5 – 2.5 by Aligarh development authority guidelines.
Building View
Side Elevation
Site study
Key Plan Site view Site Plan
Water Treatment Plant
Electrical control
Staff Parking Amphitheatre with Changing Rooms
Service Road 6m Wide
Lvl+8500mm
Lvl+19792mm
Visitors Parking
Exits
10m Wide Road
Lvl+11242mm
Park
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Main Entrance Check Post
Site Entrance
Framing Fixing Details
Ground Floor Plan at LvL+ 3000
Section AB
First Floor Plan at LvL+ 8500
Elevation
Framing Details
Auditorium Ceiling Details
1.Primary Beams
2.Metal Framing
3.Ceiling Formation
Framing Details and Stage Lighting Plan
Auditorium View
The stage is the designated space where actors and other artists perform and the focal point for the audience. As an architectural feature, the stage may consist of a platform (often raised) or series of platforms. In some cases, these may be temporary or adjustable but in theaters and other buildings devoted to such productions, the stage is often a permanent feature.
Auditorium View
Billionaires House The house of 2050 Site: Montara Mountain Range, California, USA Design Studio III, 2020 Professor: Ar. Nabeela Khan ,Ar. Nawab Ahmad Softwares: AutoCAD, Revit, SketchUp, Adobe Suite, Lumion Futurist architecture is a style of architecture that encourages modern design and thinking. This lesson discusses the design and characteristics of Futurist architecture: movement, technology, nature, and science. The Concept is Directly Based on the Futuristic Design Approach with the use of technology and science blend with architecture and designing. With the use of futuristic material like carbon fibers and Artificial panels. With use of stack planning the house is build to gain maximum natural view of the lake and the woods, the building is arranged like a Jenga game blocks to create interest and make the use of stepped planning. The various spaces of the house are randomly oriented to allow the view in each and every orientation. The Cantilevered Pathways and sitting spaces are made possible only with the use of futuristic material approach. The house is planned is such a way that it will not get outdated in the appearance and technology.
Form Evolution
Site Location
VIEW OF THE HOUSE
GROUND FLOOR
Ground Floor Plan Of House Consists Of: ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪
Master Bedrooms Lounge Deck Area Pool Bar Dining And Living Area Kitchen Storeroom Guest Bedroom Servant Bedrooms Servant Wardrobes Boating Club AHU And Electrical Room
HOUSE OWNER PROFILE Second floor And terrace
NET WORTH : 90.8 BILLION South African entrepreneur Elon Musk is known for founding tesla motors and SpaceX, which launched a landmark commercial spacecraft in 2012 Elon musk is a south African-born American entrepreneur and businessman who founded X.com in 1999 (which later became PayPal), SpaceX in 2002 and tesla motors in 2003. Musk became a multimillionaire in his late 20s when he sold his start-up company, zip2, to a division of Compaq computers. Musk made headlines in may 2012, when SpaceX launched a rocket that would send the first commercial vehicle to the international space station.
Staircase and lift shaft
First floor
Building Exploded Axonometric
Ground floor
Basement
View House Provide The View Of The Lake From The Top Most Point Of The Montara Mountain Range
Proposed House Parking Basement
NE winds
260 m wide lake
Boating Club
Site Sectional View
Building Elevation details on the site it rests.
There are two ways to build a house on a sloped lot: using the “cut and fill” method, or making use of stilts. Cut and fill refers to the process of leveling out the ground for the foundation by adding soil, removing it, or both. Soil may be brought in to “fill” the plot and make it level, or it can be dug (“cut”) from the slope and either trucked out or used to shore up retaining walls for the home.
View
FIRST FLOOR
First Floor Plan Of House Consists Of: ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪
Master Bedrooms Lounge Gym Pool Bar Dining And Living Area Kitchen Storeroom Guest Bedroom
▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪ ▪
Servant Bedroom Quest House Ahu And Electrical Room Indoor Car Parling Office Lab Library Green Balcony Indoor Games Room
FLOOR SECTIONAL VIEW
Using stilts is an alternative to cutting into the slope that involves using a crane to lift the home onto supporting wood or steel columns. This can be a much more cost-effective method than cut and fill and can also open up the realm of possibilities for home placement, such as building out over trees or water.
Sectional view
SECTION - BB’
Material Used: ▪ ▪ ▪ ▪ ▪
Steel framed construction, cement-wood-boards, sandwich panels, aerated concrete panels gypsum plasterboards
ELEVATION
Billionaires House
Montane forests are generally pine and fir dominated communities that occur at higher elevations in southern California's mountain areas from 3000 up to 8500 ft. At the lower parts of the range, dominant trees include big-cone Douglas fir and coulter pine as well as canyon live oak and California bay. Hardwoods also increase in dominance, and the mixed conifer forest merges with the mixed evergreen forest. In southern California, the mixed conifer forest occurs on the higher ridges in A more typical form than in the depleted disjunct stands of the south coast ranges. Douglas-fir is absent in southern California.
Smart Bedroom Suite Interior Design Site: 41A, Shivalik Apartments, Noida, IN Interior Design III, 2020 Professor: Ar. Faraz Farooq Softwares: AutoCAD, SketchUp, Vray, Lumion, Adobe Suite Modern bedrooms are spaces which are not only utilitarian, but also have some recreational and aesthetic value. In modern luxury residences, each bedroom is built with its own suite, i.e. a sitting area, a TV area, a walk-in wardrobe/closet, a toilet and a bath, sometimes a study corner, and good views to the outdoors. People spend a considerable amount of time in. these areas of their homes, specially on weekends and holidays. The modern lifestyle has reduced people to be working in bed till late night on their laptops. The need to get up from the favorite sitting spot does not exist anymore, thanks to features of smart home being commonly available at low prices. The need of the modern lifestyle demands that every space, every design and every product should be extremely flexible in the nature of its use.
Bedroom View
Interior Sectional View
A brand is the image and personality of a product or service that a business provides. A product’s features, such as logos or slogans, make it unique and different. In today’s times, brands are more than just a means of differentiating products. Today, brands also convey a promise. The promise is that the product you buy will meet the standards the manufacturer seeks to deliver. Brands are intangible reputational assets. In fact, they are the most valuable asset of many corporations. Intangibles are assets you cannot touch, they have no physical form, but are valuable for the company. Also, in commercial interior design, designing of brand showrooms is the most common and one of the most highly paying projects for an architect.
Smart Bedroom Suite Interior Design
Wilayat Manzil Documentation Faculty of Theology Site: Faculty of Theology, AMU, Aligarh, IN Design Studio III, 2020 Professor: Dr. Mohammad Farhan Fazli Softwares: AutoCAD, SketchUp, Revit, Adobe Suite, Vray, Lumion Wilayat Manzil is one of the oldest buildings located in Aligarh Muslim university, Aligarh, Uttar Pradesh, India. Originally spanning an area of 32 biga now stands on a land of 14,125 sq. Meters , this timeless structure constructed by Mr. Habibullah khan in the year 1916. The two storied structure provided residence to the family's many generations until 18th July, 1961 when the building was handed over to the university. This exposed brickwork building has undergone a lot of changes- some due to nature and others due to human intervention. Wilayat Manzil now accommodates the faculty of theology, which is one of the oldest faculties of AMU established by sir Syed Ahmed khan. The faculty is unique for having both Sunni and Shia theology departments along with graduate, post-graduate and doctorate degrees, which is the only kind among all Indian universities. It had many outstanding and world famous scholars like Maulana Abdul Lateef Rahmani, Maulana Suleiman Ashraf, etc. who have many books and research papers published along with delivered inter-faith lectures overseas. The site has its main entrance on the north east side which, in the early days, has a solid wooden door attached between two massive columns and copper placards each weighing 3kg , announcing the name of the resident structure, stepping withing the site boundaries, the stone pot comes into view that is still present at an age of 110 years.
Building View
D
D’
Old Ground Floor Plan
Present Ground Floor Plan
The old ground floor plan originally did not have some openings which it has now at the present time. They were simply covered with lancet arches. The central hall was divided into a drawing and a dining hall. The present building has some new constructions such as at the back near the steps, opening are made with an arched lintelandthecentralhallnowservesthepurposeofaconference/lecturehall.
The Mosque, an important element of the Manzil and the porch is shown in the elevation.
Ground Floor Ceiling Plan
First Floor Plan
North Elevation
Section DD’
Building View
Building Elements Documentation Jali and Gate Documentation Site: Minto Circle and Stretchy Hall, AMU, Aligarh, IN Design Studio III, 2020 Professor: Dr. Mohammad Farhan Fazli Softwares: AutoCAD, SketchUp, Revit, Adobe Suite, Vray, Lumion Minto Circle School Jali Pattern The pattern of the Jali is presently located in one of the main school of Aligarh Muslim University. The present building began to be constructed in 1909 and was named Minto Circle after Lord Minto the Viceroy of India. The School was given the new name of S.T.S High School in 1966 after Syedna Tahir Saifuddin, the Chancellor of the Aligarh Muslim University. Jali is made up of red sand stone dressed in Meerut district with a machine finish and geometrical Motif pattern. Jail pattern housed in the niche with Pointed Lancet arch. Brickwork is of stretcher bond along with the white cement pointing of 7mm.
Gate Elevation
Logo Design
photography
Commercial Building
Model Making
Vision International Academy
Bab -e- Syed Gate
