Rendy FH_ Architecture Interior Design Portfolio

REN DESIGN PORTFOLIO rendyfitranh@gmail.com | +62 81223675256

vol.2_2021

PROFILE

Rendy Fitrananda Hermawan T. E. A. BH.

HISTORY

Passionate designer with focus on parametric design, 3D modeling, and visualization.My main goal of entering your company is to contribute, create ,study and grow. I might not have the skill your company needs at the moment, but with little direction and reference I can quickly adapt to deliver your company needs.

+62 81223675256 rendyfitranh@gmail.com PPR ITB, Jl.Dagogiri No.G9, Bandung https://www.behance.net/rendyfh

February 10th 1997 Salman Alfarisi Bandung 5 Senior High Bandung|2013-2015 ITB | Interior Design |2015-2020 UNPAR|Architecture|2015-discontinue Internship: Budi Pradono Architect|2019 Current: Self study & Personal project

Birth: Preschool - Middle school: Highschool: College:

Additionally I come in with my own mid range workstation pc to work.

SKILLS & WORKFLOW

GRASSHOPPER

RHINO

BLENDER

QUIXLE_MIXER

SKETCHUP

C++

REVIT

PYTHON

AUTOCAD

3DS_MAX

UNREAL_ENGINE

V_RAY HAND_DRAWING PAINTING

WOOD_BAMBOO WORK

MS_WORD

POWER_POINT

FORREST_PACK

SPEED_TREE

ILLUSTRATOR

GAEA

PHOTOSHOP

INDESIGN

LIGHTROOM

DAVINCI

CONTENT

Woven_Haus

Sanur_Pier

Hyang_Shelter

01/Serene

Slant_Seat

HIVE_D

Other

1

7

13

19

23

27

32

Reworked past competition entry

Reworked past team competition entry

Reworked past competition entry

Unbuilt design concept

*the rework series were meant for me to train develop and apply what i have studied these past year

Furniture design

Ornamental design

Notable Activity

Woven Haus Location: Year: Type :

Cimbeuleuit Cidadap, Bandung, Jawabarat 2018 | 2021 Reworked Competition Entry for “ Desain Rumah Tropis Kontemporer Mitra10 ”

1

Part 1 - Original Competition Entry Weather and geographical condition was always a chalenge in creating a dwelling space that is comfortable and also sustainable especially in countrys with tropical climate. Located in northern part of Bandung, the building design utilize tropical climate passive design technique. Combining the concept of synergy between the outside and inside space, to achive the ideal thermal condition and the penetration of sunlight towards the interior from the east through the west trajectory.

The concept for the form of the building was based on the transformation of Julang Ngapak, a Sundanese traditional house in order to uplift the local context and the Sundanese tradition.

Original Competition Entry Design solution The nature of hot air which have the tendency to move upward was exploited by the cross ventilation system to move the air in and out, preventing heat in summer and damp in rainy season.

Passif lighthing solutions for the building consist of the use of brise soleil to soften the east and west light that enters the building, the utilization of the garden and gardens white wall that bounces light inward with the help of the roof shape that optimizes its opening to recive light from the sunrise up until dawn.

Base Form , Julang Ngapak House Part 2 - Rework The goals of the rework were to form find a better geometrical shape for the roof slope and to further perfecting the building joints sytem.

the method of form finding utilize Grasshopper which allows the building form to change even when we are already working on the other detail in a non destructive manner. The base shape itself stems from mathematic equation of a simple paraboloid hyperbolic wich has a great characteristic for water flow to slide down the roof more smoothly than the initial design.

Different a,b,x and y value to generate point distribution for the roof form finding.

2

Towards bedroom area , weaving structure that ties the building support to the roof

3

The whole structure is parametricaly controled and will adjust to each other when changes are made to any component.

List panel wich indicate each pipe length to make sure that it dosent exceeds the market standard for aluminium pipe wich is 600cm. This function could further be developed as a design constrain that would actualy stop the whole iteration process if the poles length exceed a certain treshold.

09

06

07 East Elevation

05

08 04

03 02

09

01

Custom joint which will be oriented to each designated pole directional axis using boundingbox and orient component. Admitedly the orientation procedure is still imperfect and would need further research to make the bottom feet adjustable to the beams. Current design solution uses an extra block of timber that autotrimed and fixed in place to the beam it touches.

10

East Elevation Section

50 15 100

200

01Car Port 02 Entrance 03 Dining Room 04 Kitchen 05 Living Room 06 Bath Room 07 Porch 08 Pond 09 Garden 10 Bed Room 4

Above right | Garden towards dining and bathroom Above left | Terace towards backyard Down right | Dining room Down left | Beedroom overlooking carport 5

Scan for gameplay preview and further detail

6

Sanur Pier Location: Year: Type :

Sanur Beach Street Walk,Denpasar Bali 2018 | 2021 Reworked Team Competition “ Desain Dermaga Sanur “

7

Part 1 - Original Team Competition Entry The ease of access from Sanur beach has made this site to be a great choice as a gate towards the much smaller island around Bali such as Nusa Penida, Nusa Lambongan, and Nusa Ceningan. The issue that the site face from its high visits rate from tourist especially during the peak season stems from the sites condition that was not well organized with a poor management, and uncontrolable spreads of makeshift shopping booth diminishing the hirarchy of the site, giving bad impression to the tourist that comes.

Several concrete evidance points out to the trash that keep piling up in the area around the site and the continuouse gradual deterioration of public facility. The poorly maintained public facility were affecting the tourist morale preception of the area leading them to behave poorly, damaging it furthere more by littering and general bad conduct.

The design that stems out of the contextual need is a building with a high sense of hirarchy with a straight strong clean presence that will inspire the public morale , whilst also honors the other buildings presence in the area that surrounds it.

the sites existing location on the beach side which has an unsuitable condition for a pier to be built.

Spatial transformation approach using an axis to achive optimal circulation and mass.

Supporting building with modern concept but still within accordance using local material.

Main building were made with traditional theme to balance the harmony between the pier and Le Mayeur museum that mirrors the site.

01 Main Entrance 02 Pura 03 Sanur Lembongan Office 04 Water Sport Rent 05 Waiting Area 06 Phytoremediation Garden 07 Sand Aquarium Seating Area 08 Merchendise Area 09 Storage Room 10 Shower Alley 11 CrossingBridge

zoning concept based on balinese traditional building 9 space division.

South Elevation

11 03 West Elevation

02

04 01

07 05

06

Original building structure design.

08

10

09 50

200

15 100

8

Part 2 - Rework The main goal from this rework is to replicate the original building structure system in Grasshopper while still be able to dynamically adjust and control each and evry element.

Each of the building elements anchor themselfs to eachother creating strict predefined structural constraint that at the same times remaining dynamic.

controling the number of segment, their distance, and different spline array path

9

Above | Closeup on the reworked roof structure Down right | Original competition entry roof structure Down left | Rendering of the original competition entry 10

Above right | Beach towards toilet and shower area.

Above left | Bridge crossing towards main entrance.

Down right | Shower alley.

Down left | Main waiting area.

11

12 Scan for gameplay preview and further detail

Hyang Shelter Location: Year: Type :

Bromo Tengger Semeru National Park , East Java 2018 | 2021 Reworked Competition Entry for “ Desain Shelter Pesona Indonesia “

13

Part 1 - Original Competition Entry The design competition brief was to chose and create a shelter at a predefined nature location, and one of them was Mount Semeru in wich i have tracked and personally visit a month prior in 2018. One of the main issue observed through the site visit was the constant gradual destruction of nature due to the constant build and teardown of tents on the site. To combat this issue the design choice was to make a semi permanent construction that is solid whilst also leaves smaller foot print than a tent.

The inspiration for the shelter form stems from a “ pura “ at the foot of Mt. Bromo named Pura Luhur Poten, in which ida Sang Hyang Widhi Wasa that were worshiped by the Hindunese locals reside. Taking in the shape, concept and the name Hyang that was based on Balinese, Javanese, and Sundanese tradition belive that means to be invisible or to blend in and dissapear to its surrounding.

The main design solution to the foot print issue was the design for the feet and the foundation of the shelter to be based on “ rumah panggung “ with its feet height that can then be adjusted to the contour of the mountain range.

Furthering the shelter practical impact in survival and longevity in a harsh montain environment the shelter design transformation were imbued with trapezoic characterisctic which perform as a wind breaker.

Shape transformation from pura

Part 2 - Rework The goal of the rework of this project is to create an algorithm based tent design which can be further modified to fit in the different condition of the mountain terrain, through the adjustment of the tent feet, shape, and size but remaining consistent in term of design language for each and every itteration.

50

Base tent form

200

15 100

14

15

Above right | Before grassland Above left | From the side hill Down | Inside towards Ranu Kumbolo 16

Overlooking the hill from the main camp walkway entry path 17

Scan for gameplay preview and further detail

18

0/1 Serene Location: Year: Type :

West Pinus Raya, Parongpong, Bandung 2021 Cafe Interior Design Concept

19

01/Serene was a tem project I did with my friends as a proposal to an investor to renovate and repurpouse one of his unused comercial building. The spaces were planned to be a caffee that would occasionaly hold galery and event with a clean and futuristic concept.

Image board for design reference 20

WAHAY KIEU CAN MABOK DEK JADI NAON?

50

East Section

South Elevation

East Elevation

2nd Floor

1st Floor

200

15 100

21

22

Slant Seat Location: Year: Type :

Pagerwangi Dome,Punclut, Bandung 2020 Furniture Design and Built

23

Taking a simple cube transformation with the main attraction point on the chair feet that was inspired by the forrest shilouette. The slanted orientation of the horizontal chair support was intended to mimic the trees which has its each own different horizontal trunk thickness when viewed as a group. As loong as the chair is not viewed paralel from a straight side angle or front, for each different viewing angle of the chair support it will have different thickness thus replicating the nuance of a forrest.

galvanized hollow metal 2 x 3 cm galvanized metal sheet 0,5 mm

52,5

33 37,5

7

60

23,5

galvanized hollow metal 2 x 3 cm galvanized metal sheet 0,3 mm

10

120

5 3

13

34 60

8,5

Side

120

Front

10

8,5 10

3

5

5

45

Picnic Chair Scale 1:10

Top

60

24

25

Tabel kebutuhan total 4 set no

1

2

3

4

5

Chair Part

Chair Frame Lengthx 8cm

Chair Frame Width x 5cm

Dudukan Kayu x8cm

Pengikat Kursi x8cm

besi hollow 1,5 x 3 cm x 2mm

Total Harga Kebutuhan Plat

Arm Chair

Table

Loong Bench

Short Bench

no

item

60 + 30 90 x 2 180cm

60 + 60 120 x 2 240cm

40 + 40 80 x 2 160

40 + 40 80 x 2 160cm

1

Plat besi berdasarkan tabel 1.1 + 20%

4.4928kg Rp.58.406

5.99kg Rp.77.875

3.993kg Rp.51.916

3.993kg Rp.51.916

2

Press Besi berat +Percobaan (10)

3

Besi Hollow 1,5x3cmx0,2x 6m

4

Galvanize coating

5

60 + 60 120 x 2 240

65 + 65 130 x 2 260cm

50 + 50 100 x 2 200cm

50 + 50 100 x 2 200cm

3.743kg Rp.48.672

4.056kg Rp.52.728

3.119kg Rp.40.559

3.119kg Rp.40.559

80 x 2 160cm

60 x 2 120

50 x 2 100cm

50 x 2 100cm

3.993kg Rp.51.916

2.995kg Rp.38.937

2.496kg Rp.32.448

2.496kg Rp.32.448

120cm

140cm

120cm

60cm

2.995Kg Rp.38.937

3.494kg Rp.45.427

2.995kg Rp.38.937

1.497kg Rp.19.468

80 x 2

60 x 2

50 x 2

50 x 2

160cm

120

100cm

100cm

163.860

144.391

Rp.197.935

Rp.214.967

jumlah

harga satuan

total

13.000/kg

2.884.612 +576.000

146

15.000

2.040.000 +150.000

8

115.000

920.000

pengerjaan

21

300.000

6.300.000

4

asisten pekerja

21

150.000

3.150.000

5

Kebutuhan las

2.000.000

2.000.000

total

berat besi hollow Panjang Hollow (L) Lebar Hollow (W) Ketebalan (B) Berat jenis besi = 7850 (Kg/M3) Berat Jenis besi (BJ) = 7.85 Kg/ 1.000.000 mm3

18.020.612

L x W x B x Bj

Tabel 1.1 Kalkulasi Harga Plat Baja Berdasarkan Berat Jenis Price calculation for the steel sheets , based on its mass volume to rupiah

documentation of the welding process 26

Hive D Location: Year: Type :

Villa LKS, Padalarang 2021 Divider Ornament Design and Built

27

This project was an experiment on testing the aplication of Grasshopper on an actual real functional design project, and the possible method for the birth of the creation. One of the chalenge in the making proccess was how to physically makes the voronoi cells, a few consideration was through 3D wood carving, 3D printing, laser cutting, and to actualy carve the wood modularly piece by piece. The 3D wood carving method were inaccessable due the tools beeing unavailable localy. Other method in wich the main material were changed to PVC and converting the 3d model to an .Stl were also could not be undertaken because of the possible budget beeing overblown to 3 times the maximum amount allocated, and so the last option was choosen which is the manual wood carving. With the help of some local craftsman the 248 modules were able to be created within the time span of 2 month and now are beeing fitted and assembled to the stainless frame. To combat the possibility of human error within the proccess of making the whole room divider , the stainless steel bracket was intentionally made longger than the initial design, so later it can be trimmed accordingly.

A-3

3

A-2

A-1

A-6 A-5 A-7 A-4

A-8 A-9

A-10

Different Voronoi Iteration

A section of the detail of each voronoi module 28

9

Henderson top rail

Wood carving pattern

66

A-1

aluminum pipe 1"

310 290

1.2mm Alluminum sheet for wood fitting

66

Custom aluminum joint

Rail Track cover

5 7,6

Henderson bottom rial

2,5

68

3

68

3

68

3

68

2,5

286

Voronoi Divider

66

290 310

66

Scale 1 : 20

68

286

Joint Detail 1,5

4,5

1.5

3

3

open

*as of the moment of making this portfolio the divider is still in assembly

Closed Voronoi Divider & Joint Detail Scale 1 : 20

closed

29

46,85

17,67

36,13

5

19,33

26,89

9,25

26,36

10,99

31,79

9,82

22,52

6,09

12,54

4,39

4,3 3

7,12

21,71

21,85 3,58

5,89

16,84

2

23,8

10,7

3

28,13

4 3

3,48

22,92

8,65

32,9

4,24 13,77

31,11

9,82

5,33

20,74

28,39

5,88

4

20,13

9,45 6,06

13,73

19,68

19,84

8,21

25,14

8,31

5,66

28,08

26,07

7,12

10,03

27,09

6,76

24,73

7,06

23,14

5,44

13,64

18,45

8,87

11,21

8,15

7,55

19,5

22,56

8,6

7,38

17,87

14,09

4

4,6

6,7

4,04

32,7

12,01

20,81

6,42

30,97

11,29

26,02

6,68

25,03

4,87 21,04

5 6,32

4,26

25,03

6,47

29,12

Detail Panel C-D Scale 1 : 10

4,18

25,89

8,14

30,76

7,92

27,37

24,41

11,63

8,57

27,27

8,62

20,51

5,86

20,42

6,32

18,19

4,68 22,28

22,97

5,3

22,01

9,37 5,39

10,41

27,65

5,55

30,58

14,51

9,56

7,03 6,24

17,51

6,03

19,57

27,61

6,28

7,04

20,85

8,24

11,99

5,51

29,31

16,86

6,67 9,78

16,66

10,09

26,16

7,81 10,01

22,92

8,04

24,97

17,06

7,74

11,12

8,03

26,62

26,75

7,21

20,97

6,14 8,74

6,37 7,64

19,27

19,79

7,07

8,33

24,78

26,03

6,87

4,994,18

7,54

6,2

4,29

8,4

23,97

17,62

10,44

32,13

9,82

33,17

37,61

30,05

8,21

21,18

7,34

23,31

6,58

29,33

6,37 11,39

Detail Panel A-B Scale 1 : 10

30

No

item

harga satuan

jumlah

total

1.

Stainless steel pipe 1" x 1,5mm

Rp96.000 / m

2.960 cm

Rp2.880.000

2.

Plat Strip Mirror Stainless Steel 43cmX5 cm 2.0 mm

Rp60.000

7

Rp420.0000

3.

Rel Atas HENDERSON Tipe 301H - 3M

Rp950.000 / 3m

1

Rp950.000

4.

Roda Double 56A/S HENDERSON Tipe 301

Rp640.000

4

Rp2.650.000

5.

Rel Bawah HENDERSON Alm Tipe 280 - 3M

Rp142.000 / 3m

2

142.000

6.

roda pintu sliding heavy duty 100kg roda husky

Rp140.500

4

560.000

7.

jasa las stainless + pemasangan

14.000 / cm

A-178,B-201,C-138,D-156

Rp9.269.000

8.

-

9.

-

bahan

Rp.7.602.000

jasa

Rp9.269.000

total

Rp16.871.000

31

Other Activity I’ve always been active at school festival and exhibition type activity, designing and building massive properties since 2013 through out my 2nd year of college.

(1) Festival entrance i was incharge of | 2014 (2) (3)College graduation property | 2016-2017 (4)(5) Exhebition property | 2017-2018 (6)(7) Working drawing for festival exit and highschool graduation property | 2013-2014

Commisioned logo graphic design, utilizing Rhino, Grasshopper and AI | 2021

Commisioned design and digitalization of handsketch batik using Rhino and AI | 2021

Photography and Editing

Ink work

Watercolor Work

“ Thank You ” -Rendy Fitrananda H rendyfitranh@gmail.com

“ more project details at ” https://www.behance.net/rendyfh