BSc Architecture UiTM (Part1) Portfolio

Page 1

architecturalportfolio

selected design works

2010-2014 syahmisallehudin


HONOURS

2010 - 2014 BSc. (Architecture) Universiti Teknologi MARA (UiTM), Shah Alam

2011

2004 - 2008 Sekolah Menengah Kebangsaan Tunku Putra, Langkawi

2013

2006 - 2007 Sekolah Kebangsaan Padang Matsirat, Langkawi 2003 - 2006 Sekolah Kebangsaan Kem Terendak II, Melaka

2012

2014 2015

WORK EXPERIENCE 2014

SKILLS

MUHAMMAD SYAHMI SALLEHUDIN Bachelor of Science in Architecture (UiTM) Universiti Teknologi MARA (UiTM) Faculty of Architecture, Planning & Surveying

d.syami@yahoo.com +60174783848

Autodesk Revit Architecture 2014 Autodesk AutoCAD 07,12 Google Sketchup 08,12 Adobe Photoshop Adobe Illustrator Adobe In-Design Vray for Sketchup Graphisoft Artlantis Microsoft Office Suite

Free hand drawing & sketching Model-making Report Writing & Analysis

Dean’s List Award SEMESTER 01 Dean’s List Award SEMESTER 02 Dean’s List Award SEMESTER 03 Dean’s List Award SEMESTER 04 Dean’s List Award SEMESTER 05 Dean’s List Award SEMESTER 06 Dean’s List Award SEMESTER 07 Architecture Department’s Best Student Award Dean’s List Award SEMESTER 08 Vice Chancellor’s Award

Trainee at MSH Architects, Bandar Baru Bangi, Selangor Duration - 4 Months Trainee at ICB Architects, Langkawi, Kedah Duration - 1 Month

EVENTS 2012

Tirai Architectural Review Department Level

2014

Nadi Architectural Festival Department Level Nadi Arena Archisport Department Level

SELECTED ACADEMIC WORKS

EDUCATION


01

2011-2015

02

conceptualisation: metaphor

03

play structure

04

eco-technology cottage for artisan

05

urban infill: youth hostel

07

studio-based student accommodation

08

excellence centre

Sketches

Growing Pains

the FUN-giidae

the Songket Weaver’s

the Clashing Lanterns

ARTisans’ Retreat

Volkswagen Excellence Centre

sketches 2011-2014


02

conceptualisation: metaphor

Growing Pains

Introduction The objective of this design exercise is to instill the basic ability of conceptualisation & abstraction as part of lower year students’ design repetoire required throughout the entire architectural program. Metaphorical approach was introduced as a tool for students to formulate and develop design concepts.

Sculpture Description Subject: The White-Tail Deer Antler Theme: Growing Pains The scuplture is comprised of developed modules with voids combined together symbolising the brittleness of the structure of the antler which is made up of 100% pure bone. The scuplture was designed to be viewed starting from the upper part of the scuplture before moving to its lower part representing the antler’s maturing process. Inside the upper part of the sculpture, the sharp pointed modules are positioned in introverted manner depicting inner pain felt by White-Tail Deers during Velvet skin shedding process. The sharp, pointed modules became extroverted on the lower part which signifies that growing process, the pain has been strength and can now be used as

gradually scuplture’s after the turned into a weapon.

White-Tail Deer Antler Study Characteristics

1. Triangular shaped 2. Sharp & pointed tips 3. 1 main member + branches 4. Slightly curvy + Irregular shaped

moduledevelopment


mood box

velvet skin shedding process

top view

side view

n.t.s

n.t.s

final model

alt. side view n.t.s




process diagram

03 the FUN-giidae

spatial study models

massing study models

conceptual study models

play structure


final model


04

eco-technology cottage for artisan

the Songket Weaver’s

Introduction Ecotechnology is the integration between sustainable architecture design approach with special emphasis given on passive design strategies and construction technologies respectively.

Project Description Client: Traditional textile maker- Songketweaver For this academic design exercise, the cottage consist of a small gallery and facilities for visitors. The client of this project is a local artisan, which is a traditional textile maker (Songketweaver) The proposed site is within the Kuala Ibai Recreational Park, Kuala Ibai, Terengganu. Proper site analysis was conducted to establish site forces and design determinant factors. Concrete is integrated as the main material for the project but other materials such as timber, clay and glass are also incorporated.

n.t.s


Design strategies

Client’s profile

Massing options 01

02

03

design determinants Views from & into the Site

Wind direction & Solar study

Ingress & Setback line

Design concept:

04

WEAVING OF ARTISAN’S RETREAT WITH NATURE & SURROUNDING


Gallery + Work

Visitor’s Lodging

Artisan’s Quarter

spatial study models

n.t.s

n.t.s

n.t.s


green strategies

conceptual model

n.t.s


05

urban infill: youth hostel

the Clashing Lanterns

location plan

n.t.s

Introduction The objective of this urban infill project is to create and design a youth backpacker hostel which caters mainly international backpacking tourists visiting the glitzy and vibrant Bukit Bintang

Project Description Concept: The Clashing Lanterns Chinese paper lanterns were made the inspiration for this particular design exercise to provide building users a sense of cultural identity of the area which is full of chinese population that once thrived in Kuala Lumpur city as tin miners. The structure is designed to act as a ‘beacon’ to the area as it is located at the least visible corner end of Jalan Bukit Bintang. Prefabricated consturction sytem is integrated in the design of the youth hostel making the project more economical, green and efficient during the construction.

process diagram


lantern study

matrix diagram

study models

spatial organisation


SERVICE ALLEY

ground floor plan n.t.s

JLN BUKIT BINTANG

mezzanine floor plan n.t.s

1st floor plan n.t.s


section A-A’

Lobby + Reception

construction systems

Dining + Kitchen + Laundry

n.t.s Accommodation Pods

interior sketches


07

studio-based student accommodation

ARTisans’ Retreat

SITE ISSUES

1. unwelcoming ingr

Introduction This particular design exercise is conducted with the main objective of allowing students to explore and design housing typologies and shared facilities with the consideration of site forces and the users’ needs The programme consists of background research/studies on housing issues and a project on housing layout and design. Emphasis will be on innovations with considerations on planning acts and uniform building by-laws the range of planning vocabulary, the discipline of planning methods and procedures and the relationships between the communities and building users of differing groups. Considerations shall also be placed on physical and cultural environments and appropriate technology that can be applied to the housing layout and design within the urban context

2. Hilly topography

3. Alt. access road

dangerous - conflict

AREA: 3.43 ACRE BUILDABLE: 10248 SQM

SHAH ALAM

SITE INFO

UITM SHAH ALAM

Project Description Target Users: Studio-based Students Concept: Porosity & Permeability

ISSUE KEYWORDS

CONCEPT KEYWORDS

I S O L A T I O N F I L T E R C O N N E C T I O N P O R O S I T Y PERMEABILITY PERMEABILITY INTERACTION C O L L A B O R AT I O N REJUVENATION R E L A X AT I O N

perspectiverenderin


siteanalysis

ress

PARK/ LANDSCAPE proposed site

musolla (female)

musolla (male)

WAITING & COMMON AREAS

NOISE TS PARK & STUDEN VISITORS

sunrise

WARDENS STAFF FEMALE OKU PARKING UNLOADING

FEM FEMALE LOBBY

HEAD

DROP-OFF

FEMALE

RECEPTION

BLOCK

ng

LOWER GROUND 1

shops

DROP-OFF AREA

LOUNGE

floating studio

MALE LOBBY

point

service lane

WAITING & COMMON AREAS

MEETING

WORK STATIONS

SUN ORIENTATION

parents’ & visitor’s lounge

OKU

proposed site

PEDESTRIAN & PARK

K ALE BLOC

COUNSELLORS

RKING &

sunset

STAFF PA

ING

SICKBAY

MALE UNLOADING

WAITING & COMMON AREAS

resource

model making

MALE BLOCK proposed site

SERVICE LANE

UNLOADING

resource

LOADING UNLOADING

CAFE & DINING TNB

STORE

floating studio

REFUSE

CUL-DE-SAC FOR SERICES

VEHICULAR CIRCULATION

CUL-DE-SAC

LEVEL 1

ground level

Lower ground 2

n.t.s

proposed site

n.t.s

exhibition recreation accommodation recreation accommodation

PEDESTRIAN FLOW

STUDIO COURSES: 3.TOO COMPETITIVE GUARDING IDEAS. UNWILLING TO SHARE.

exhibition

groceries exhibition

cybercafe groceries

unloading cybercafe

sickbay unloading

mail/post counselling

mail/post

sickbay

green roof

dining/food p. laundry

parking dining/food

resources parking

counselling resources

printing

leisure printing

laundry leisure s.

musolla s. laundry

maintainance musolla

admin maintainance

admin

dining/ food

groceries dining/ food

cybercafe groceries

cybercafe

cybercafe

exhibition cybercafe

leisure exhibition

leisure

exhibition

groceries

dining/ food groceries

laundry s. dining/ food

laundry s.

musolla

groceries musolla

plotting groceries

plotting

p. laundry

TARGET USERS & PROGRAMMING PARENTS & VISITORS

FSPU COMMUNITY

OTHERS

4.RIGOROUS proposed site

5.TIME CONSUMING proposed site

GREEN

6.DISCONNECTED FROM LARGER CAMPUS SOCIETY

recreation accommodation

exhibition

groceries

cybercafe

unloading

p. laundry

dining/food

parking

resources

counselling

mail/post

parking

lounge parking

exhibition lounge

printing

leisure

laundry s.

musolla

maintainance

admin

musolla

leisure musolla

leisure

sickbay

LEVEL 2

green roof


typical block section

FOUNDATION

n.t.s

INDUSTRIALISED BUILDING SYSTEM

CONSTRUCTION MORPHOLOGY

1

CORES

INDIVIDUAL PRECAST RC BEAM & COLUMN

PILE CAPS

PREPARATION OF IN-SITU PILE FOUNDATION

2

BEAMS

GROUND BEAMS

THE FOUNDATIONS ARE CAPPED WITH PILE CAPS WHICH COME WITH PROTRUDING STARTER BARS

3

1ST FLOOR SLAB

GROUND FLOOR SLAB

4

PREPARATION OF IN-SITU RC GROUND BEAM, CONNECTING THE FOUNDATIONS VIA PILE CAPS

COLUMN INSTALLATION

5

THE GROUND FLOOR IS PREPARED, CASTED OVER A LAYER OF HARDCORE, SAND AND DAMP PROOF MEMBRANE. STARTER BARS ARE PROTRUDED FROM SLAB.

1ST FLOOR COLUMNS

1ST FLOOR CORES

CONNECTION OF PRECAST RC COLUMNS C/W HAUNCHES FOR BEAM CONNECTION. CONNECTIONS ARE DONE VIA STARTER BARS PROTRUDED FROM SLAB

1ST FLOOR BEAMS

EASY HANDLING & TRANSPORTATION ON HILLY SITE

PRECAST HOLLOW CORE FLOOR SLAB REDUCE DEAD LOAD, SPACE FOR WIRING,SUITABLE FOR INTERMEDIATE SPAN

6

7

CORES CONSIST OF SERVICES, LIFT CORES & STAIRCASES ARE ERECTED IN-SITU

CONNECTION OF PRECAST BEAMS. THE BEAMS REST ON HAUNCHES AND ARE FIXED THROUGH TIE BARS

8

9

PIECES OF PRECAST HOLLOW CORE SLABS ARE FIXED INTO PLACE FORMING THE FLOOR FOR THE FIRST LEVEL.

PRECAST SOLID WALL PANEL

ABLE TO RESIST HARSH TROPICAL WEATHER DURABLE & RELIABLE

1ST FLOOR WALLS

2ND FLOOR SLAB

2ND FLOOR COLUMNS

THE FIRST FLOOR COLUMNS ARE CONNECTED TO THE GROUND FLOOR COLUMNS VIA GROUND FLOOR COLUMNS’ PROTRUDING STARTER BARS

10

2ND FLOOR CORES

SIMILAR TO STEP 6, THE CORES (LIFT CORE, STAIRCASES & SERVICES) ARE ERECTED IN-SITU TO IMPROVE LATERAL RIGIDITY OF WHOLE STRUCTURE

2ND FLOOR BEAMS

11

BEAMS ARE FIXED VIA TIE BARS, REST ON COLUMNS’ HAUNCHES

2ND FLOOR WALLS

PRECAST SANDWICH WALL PANEL

LIGHTWEIGHT, ABLE TO INSULATE HEAT BECOME NOISE BARRIER, EASY TO REPLACE

PREFAB ALUMINIUM

FOR WINDOWS FRAMING & ROOF TRUSSES, LIGHTWEIGHT YET STRONG

12

INT. WALL OF PRECAST SANDWICH WALL PANELS AND EXT. WALL OF PRECAST SOLID WALL PANELS ARE THEN FIXED TO THE BEAMS’ PROTRUDING BARS

13

14

ANOTHER LAYER OF FLOOR CONSISTING OF PRECAST HOLLOW CORE FLOOR SLABS ARE THEN LAID OUT PIECE BY PIECE

15

SIMILAR TO STEP 9, CONNECTIONS OF BEAMS VIA COLUMNS PROTRUDING BARS ARE CONTINUED FOR THE SECOND FLOOR

16

SECOND FLOOR’S CORES ARE ALSO ERECTED IN SITU

17

FOLLOWED BY SECOND FLOOR’S BEAMS, WHICH CONNECT WITH THE COLUMNS VIA TIE BARS

THE INTERNAL & EXTERNAL WALL PANELS ARE THEN FIXED INTO PLACE

GRC LOUVERS

ABLE TO IMITATE WOOD TEXTURE, IT IS STRONG AND DURABLE HARSH WEATHER

3RD FLOOR SLAB

ROOF STRUCTURE

ROOF COVERING

FITTINGS INSTALLATION

FACADE/ DETAILING

METALDECK ROOF

LIGHTWEIGHT & STRONG, ABLE TO REDUCE DEAD LOAD OF THE WHOLE STRUCTURE

GLASS PANEL (SKYLIGHT)

PRECUT, READY FOR ASSEMBLY, USED FOR SKYLIGHT SECTION (CORRIDORS)

SELECTION OF COMPONENTS/ MATERIALS

18

19

ANOTHER LAYER OF PRECAST HOLLOW CORE FLOOR SLABS ARE LAID ON TOP OF THE BEAM CONNECTIONS

20

STEPS 8 TO 13 ARE REPEATED FOR ANOTHER 2 FLOORS. CONCRETE SLAB ABOVE WILL ACT AS SPACE FOR WATER TANK STORAGE

AFTER THE INSTALLATION OF WATER TANKS, PREFAB STEEL ROOF STRUCTURE CONSISTING OF GIRDERS AND IN-SITU BLOCKWORK FOR ROOF SUPPORT IS PREPARED

21

22

THE METALDECKING ARE LAID OUT AND FOR THE SKYLIGHT CORRIDOR, GLASS PANELS ARE FIXED

WINDOWS, DOORS, RAILINGS AND OTHER INTERIOR FITTINGS ARE THEN FIXED INTO THEIR PREDETERMINED POSITIONS

23

FACADE DETAILINGS & OPERABLE GRC LOUVERS ARE FINALLY INSTALLED, ENDING THE CONSTRUCTION PROCESS

communal/ shared facilities

FLOATING STUDIO/RESOURCE OVERLOOKING FEMALE LOBBY

(AR)TISAN’S RETREAT

LEVEL 2 LEVEL 1 GROUND LOWER G 1 LOWER G 2

bridge: connects to pedestrian walk @ jalan bijak + rapid bus

skywalk: connects to staff parking, Tahir Majid Complex, + fspu cafe

UNLOADING AREAS

TAHIR MAJID COMPLEX

site section n.t.s


unit typologies

Warden’s 1unit/block 10

n.t.s

11

9

12

8

13

7

14

6

10

2 1

13

7

14

6

15

5

16

4

17

3 2

18 19 20

DOWN

15

5

16

4

17

2 1

UP

DOWN

1

14

6

3

20

UP

13

7

18 19

12

8

12

8

17

3

11

9

16

4

11

9

10

15

5

UP

TYPE B 3pax/unit

TYPE A 4pax/unit 18 19 20

DOWN

DOWN

UP

20 19

1

18

23

17 16

45

20

17 15 78 9

12

14 13 12 11

15 14

9

11

15

16

78

13

9

17

6

14

6

10

18

45

16

45

78

19

23

18

23

6

20 1

19

1

DOWN

UP

DOWN

UP

13 12 11

10

10

UP

DOWN 20

12

19 18

34

17 16

5

15 14

UP

DOWN

UP

DOWN

18

18

16

16

14 13 12 11

14

6

13

78

12 11

9 10

78 9 10

5

15

5

15

6

34

17

34

17

12

19

12

19

12 11

20

20

13

6 78 9 10

finalmodel bird’s-eye view

topo model

development model


1. GOOD VISIBILITY

This design exercise revolves on designing an excellence centre for a particular automotivecompany. The profile and the corporate image of the particular autocar maker is identified and integrated in the design of the automotive excellence centre which consist of showroom, auxiliary facilities as well as service and repair workshop

VOLKSWAGEN

-

- The People’s Car =

-VISUAL CONNECTION WITH MAIN ROAD -SITE IS SLIGHTLY ELEVATED -SITE NOT SURROUNDED BY HIGHRISE BUILDING

2. SAFETY

-PEDESTRIAN WALKWAY, ATTRACT VISITORS -SECONDARY ROAD LESS HECTIC

3. EXISTING PERIMETER TREES -SMOKE & NOISE BUFFER -NATURAL SHADES -REDUCE SMELL FROM MONSOON DRAIN

4. MONSOON DRAIN

-DRAINS EXCESS WATER- SAFE SITE -CAN INTRODUCE SUB GROUND LEVELS

1. LESS PERMEABLE (MACRO)

-LINKAGE BETWEEN MAIN ROAD (JLN CHERAS) AND SECONDARY ROAD TO THE SITE IS FAR

2. MAIN ROAD

-HEAVY VEHICULAR TRAFFIC -SOUND & AIR POLLUTION

CONSTRAIN

OPPORTUNITIES

Introduction

siteanalysis WEAKNESS

Volkswagen Excellence Centre

STRENGTH

08

excellence centre

1. INGRESS/ EGRESS (MICRO)

1. BEST VIEW FACING THE WEST

HAVE 2 POTENTIAL INGRESS/ EGRESS TO ENTER THE SITE

MORE HEAT GAIN ESP. DURING EVENINGS

2. NO DOMINANT ARCHITECTURAL STYLE

2. PRESERVATION OF TREES WITH SYSTEM BREATH 0.8m

LANDMARK/ IDENTITY, ICONIC/ BOLD DESIGN TO BE NOTICED

3. LOCATION OF SITE/ CLIMATE

-DBKL REGULATION -TREES ON WEST SIDE OF SITE REDUCES SITE VISIBILITY

APPLICATION OF ACTIVE/ PASSIVE GREEN SUSTAINABLE FEATURES

+

People’s shelter - Homes, People’s cars = “Home for cars”

Design Statement Concept: People’s Car - Car’s Home To create an excellence centre for Volkswagen motors brand, emphasising on the company’s motto and principals. In accordance with the company’s principals, the excellence centre is designed to be efficient, utilising simple and direct forms and circulation. The excellence centre is designed to be ‘people’ friendly, emphasising on human scale proportions to respond better with current and also attracting prospect customers to visit the excellence centre.

perspectiverendering


SERVICE DELIVERY MECHANICS

spatial programming n.t.s

keyplan n.t.s

STAFFS/ ADMININSTRATION

design development

NORTH

1

1. SITE PREPARATION

4. SEPERATION

site plan n.t.s

2. SCHEDULE OF ACCOMMODATION

5. ADAPT & RESPOND TO THE SITE AND IT’S DETERMINANTS

3. DIVISION OF COMPARTMENTS

6. ACCESS AND MAIN VEHICULAR CIRCULATIONS

VISITORS/ ELDERLY/ DISABLED

CARS’ HOME: Comfortable & Efficient Small & Intimate, Compartments Safe & Secure, Humble & Welcoming Human Scale Non Intimidating

2

1 2

PROPOSED SITE CHERAS LEISURE MALL

location plan

n.t.s

7. VEHICULAR ACCESS, LOBBY, DELIVERY AND LOWER GROUND

8. PROGRAM INJECTION

9. GENERAL REFINEMENT OF THE SCHEME

PEOPLE FRIENDLY. PEOPLE’S CAR. VOLKSWAGEN.


lower ground floor plan n.t.s

ground floor plan

first floor plan

n.t.s

n.t.s

Waste Oil

Equip -ments

Store

Car Wash

Compress -or Restroom/ Washing Locker

Spare Parts Store

Mechanics’ Surau Mechanics’ Resting

TNB

Service Reception

Service Office

Alternate Fire Escape

Refuse Service Parking

Green Courtyard

Kitchen

Planting

Alternate Fire Escape

Cafeteria

Seminar

Delivery Bay

Visitors’ Restroom

PreFunction

Store AV Room

Foyer 2

Staffs’ Restroom

AHU

Surau (M) Pump Room

Water Tank Room Director’s

Surau (F)

Staff Working

Meeting Foyer (LG & Admin)

Foyer 1

Pantry

Switch Room SLS MGR

Reception

Discussion/ Lounge

Lounge Dealing

Launching Model

Drop-off

Test Drives

NORTH

NORTH

NORTH

SEMINAR PRE-FUNCTION

DISCUSSION /LOUNGE

STAFFS’ STAFFS’ WORKING

MAIN SHOWROOM /LAUNCHING

MUSOLLA (M)

MUSOLLA (F)

RECEPTION

THE DELIVERY BAY FOYER 2

THE DEALING ROOM

PRE-FUNCTION CAFETERIA

VISITORS’

SHOWROOM

AV ROOM

THE CENTRAL COURTYARD

FOYER 1

sectionY-Y’

n.t.s

sectionX-X’ n.t.s


south elevation

east elevation

north elevation

west elevation

GREEN COURTYARD GREEN CORRIDOR

NON-DEEP FLOOR PLAN

SKYLIGHTS

green features

3

14 9

13

finalmodel

developmentmodels

LOUVERS

12

7

4

2 7. DEEP BALCONY

4 6

4. OPEN NATURAL VENTILATED CORRIDOR

8 11

15

6. OPEN LOWER GROUND PARKING

5

10

SECTIONAL CONSTRUCTION

01

02

1. REINFORCED CONCRETE SLAB TO ENGINEER’S DETAIL 2. SILICON CORE PIPE 3. ALUMINIUM AIR-COND DUCTING 4. ASBESTOS CEILING BOARD 5. 25MM CEMENT SCREED

6. SLANTED DOUBLE GLAZED CURTAIN WALL 7. TINTED GLASS 8. HOMOGENOUS TILE FINISH 9. 150 MM BRICKWALL WITH PLASTER FINISH 10. GROUND BEAM TO ENGINEER’S DETAIL

11. REINFORCED CONCRETE BEAM (150MM X 450MM) 12. PREFABRICATED RHS STEEL TRUSS 13. C-CHANNEL STEEL PURLINS 14. METALDECK ROOFING WITH INSULATION 15. RETAINING WALL TO ENGINEER’S DETAIL

03 massing options

A. ROOF

B. FLOOR

C. FOUNDATION



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