prototype research grant briefing (prgs) · •setiap pembentangan akan mengambil masa 25 minit...

prototype research grant briefing (PRGS)

Mohd Shaleh M.Mujir CiM UK Member 38456586

Industrial Design Department Faculty Of Art & Design, Universiti Teknologi MARA KM 26, Jalan Lendu, Alor Gajah, Melaka

PRGS Phase 1/2015 Sharing Session 10.00 – 11.00am 11th Feb. 2016

Taklimat Geran Penyelidikan Prototaip (PRGS) Dewan Berlian, Institut Pengurusan Penyelidikan & Inovasi (IRMI) UiTM SHAH ALAM

brief 1

: application sharing session

Pi Impact Grant PRGS & KTP Industry Flagship


Mohd Shaleh M.Mujir CiM UK Member 38456586 PRGS Phase 1/2015 Sharing Session 10.00 – 11.00am 11th Feb. 2016


contents 2 : application sharing session


Briefing contents : 1. Intro 2. my PRGS : PRGS/1/2015/SS107/UiTM/03/1

3. myApplication Form 4. presentation format & process 5. work portfolio





intro 3 : application sharing session


Dana PRGS diwujudkan untuk membantu merapatkan jurang antara penemuan penyelidikan dan pengkomersilan bagi tujuan penciptaan teknologi/penemuan baru selaras dengan keperluan K-ekonomi dan pelaksanaan Model Ekonomi Baru

tujuan

Intro : kriteria ringkas

PRGS 2016 11th Feb. 2016

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prototype research grant briefing (PRGS) : application sharing session

Kementerian memberi pertimbangan kepada permohonan projek-projek penyelidikan PRGS berdasarkan kriteria-kriteria seperti berikut: 1.Kertas cadangan projek penyelidikan yang menepati kriteria penyelidikanpembangunan 2.pototaip, mantap serta lengkap mengikut Garis Panduan PRGS; 3.Kos projek penyelidikan yang dipohon tidak melebihi RM 500,000.00 dengan tempoh penyelidikan maksimum sehingga dua (2) tahun sahaja; 4. Setiap Ketua Penyelidik hanya boleh mengemukakan satu (1) permohonan sahaja 5. Semua penyelidik adalah dipohon untuk mengambil perhatian akan perkara-perkara berikut:

5.1 Geran PRGS ini dimohon secara manual 5.2 Disertakan jadual aktiviti geran penyelidikan PRGS Fasa 1/2015 untuk rujukan 5.3 Penghantaran permohonan ke Pejabat CoRe hendaklah dalam bentuk softcopy dan hardcopy atau emailkan kepada [email protected] dengan memajukan semua dokumen yang diperlukan.

Application form

PRGS 2016 11th Feb. 2016

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LAMPIRAN B FORMAT PEMBENTANGAN SKIM GERAN PENYELIDIKAN PEMBANGUNAN PROTOTAIP (PRGS) FASA 1/2015 : Format Pembentangan bagi projek-projek yang telah disenarai pendek oleh Kementerian Pendidikan Malaysia (KPM) bagi permohonan Skim Penyelidikan Pembangunan Prototaip (PRGS) Fasa 1/2015 adalah seperti berikut :

•Tajuk •Objektif •Produk yang terhasil •Potensi untuk dikomersilkan •Bukti bahawa projek tersebut dapat dikomersilkan •Kelebihan produk ini berbanding yang terdapat di pasaran •Kaedah pengembangan prototaip •Latar belakang penyelidikan yang menghasilkan produk tersebut •Perincian bajet mengikut Vot (berdasarkan Garis Panduan PRGS 2015) Tempoh masa yang diberikan adalah 25 minit di mana:

•15 minit pertama adalah sesi pembentangan oleh pembentang •10 minit terakhir adalah sesi soal jawab antara panel-panel penilai dan pembentang

prgs presentation

PRGS 2016 11th Feb. 2016

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PRGS 2016 11th Feb. 2016

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prgs presentation

prgs presentation

PRGS 2016 11th Feb. 2016

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LAMPIRAN C MAKLUMAT PEMBENTANGAN PERMOHONAN SKIM GERAN PENYELIDIKAN PEMBANGUNAN PROTOTAIP (PRGS) FASA 1/2015 Tempoh •Setiap pembentangan akan mengambil masa 25 minit yang merangkumi 15 minit sesi pembentangan dan 10 minit soal jawab oleh panel penilai. Bilangan •Setiap Ketua Projek hanya dibenarkan membawa seorang Penyelidik bersama dan seorang wakil Pusat Pengurusan Penyelidikan (RMC). Kehadiran •Ketua Projek diwajibkan untuk menyampaikan pembentangan. Pembentang diminta untuk hadir 30 minit lebih awal dari masa yang ditetapkan seperti jadual di Lampiran A. Format Pembentangan •Sila rujuk Lampiran B. •Salinan Slaid Pembentangan •Ketua Projek PERLU menyediakan lima (5) salinan hardcopy slaid pembentangan dan satu (1) salinan softcopy pembentangan kepada urus setia pada hari pembentangan. •Salinan Revised Proposal •Ketua Projek juga PERLU menyediakan lima (5) salinan hardcopy revised proposal yang telah ditambahbaik berdasarkan komen Panel Penilai KPM. • Pembentangan boleh dibuat dalam Bahasa Inggeris dan Bahasa Melayu.

PRGS Phase 1/2015

PRGS 2016 11th Feb. 2016

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SENARAI PROJEK YANG DISENARAI PENDEK BAGI PEMBENTANGAN PADA 8-9 JUN 2015

KEMENTERIAN PENDIDIKAN MALAYSIA (KPM)

Bil. IPT Kod

Rujukan Tajuk Projek Ketua Projek IC/Passport No Kluster Sub Kluster

Peruntukan yang

dipohon (RM)

Peruntukan yang

dicadangkan oleh

Panel KPM (RM)

Komen Panel KPM Tarikh Pembentangan Slot

Pembentangan

Bilik

Pembentangan

1 UITM PRGS/1/201

5/SKK08/UI

TM/02/1

Combination cellulose/alginate-tocopherol wound

dressing for skin injury treatment Wong Tin Wui

690729045109

Clinical and Health Sc

iences Pharmacy

211,500 211,500

A well written proposal with potential of pharmaceutical

application useful the palm oil industry. 8 JUN 2015 (ISNIN)

2.15 - 2.40

PETANG

BILIK MESYUARAT

IBNU HAZM 1, ARAS

5

2 UITM

PRGS/1/201

5/WAB12/UI

TM/02/1

Development of prototype STroke REhabilitation A-

TeaM (STREAM) toolkit and modules: A Collaborative

Physiotherapy, Malay Massage, Medication

Management

Long Chiau Ming 800918045225 Natural and Cultural

Heritage Alternative Medicine 309,872 155,000

The prototype (toolkit and modules)can improve the

quality of life for stroke patients in particular. 8 JUN 2015 (ISNIN) 10.00 - 10.25 PAGI

BILIK MESYUARAT

UMAR AL-KHATTAB,

ARAS 5

3 UITM PRGS/1/201

5/SSI07/UIT

M/03/1

Advanced Digital Design Prototyping For

Manufacturing of Exclusive Wood Carving

Furniture Products.

Mohd Shaleh Bin M Mujir

670613105431

Arts and Applied Ar

ts Art

200,000 200,000

8 JUN 2015 (ISNIN) 10.30 - 10.55 PAGI BILIK MESYUARAT

ABU MARWAN 2,

ARAS 8

4 UITM PRGS/1/201

5/SSI08/UIT

M/02/1

Malaysian Graded Music Examination Model for Malay

Traditional Instruments Shahanum Binti Md Shah

640717107266

Arts and Applied Arts Culture

156,100 111,100

Why is there training in the UK for research on

traditional Malay instruments? Reduce professional

fees.

8 JUN 2015 (ISNIN) 4.00 - 4.25

PETANG

BILIK MESYUARAT

ABU MARWAN 2,

ARAS 8

5 UITM PRGS/1/201

5/TK04/UIT

M/02/1

A FULLY MECHANIZED AND AUTOMATED SYSTEM

FOR HOLING SOIL IN LARGE POLYBAGS IN OIL

PALM NURSERY Darius El Pebrian T843011

Technology and Engi

neering Green Technology

150,000 133,000

Interesting project, have some commercial potential. 8 JUN 2015 (ISNIN) 5.20 - 5.45

PETANG

BILIK MESYUARAT

IBNU NAQIB 1, ARAS

13

6 UITM PRGS/1/201

5/TK04/UIT

M/02/2

POWER CONVERTER FOR DUAL- POWER PV-GRID

ENERGY SYSTEM UTILIZING CASCADED H-

BRIDGE MULTILEVEL INVERTER.

Intan Rahayu Binti Ibrahim 761026025246

Technology and Engi

neering Green Technology

139,500 75,000

FOCUS ON PRODUCT FABRICATION ADD CO-

RESEARCHERS REDUCE COST THRU SHARING

OF FACILITIES

9 JUN 2015 (SELASA) 9.00-9.25 PAGI BILIK MESYUARAT

IBNU NAQIB 1, ARAS

13

7 UITM PRGS/1/201

5/TK05/UIT

M/02/1

THE DEVELOPMENT OF PORTABLE BILATERAL

UPPER EXTREMITIES SCREENING BATTERY (P-

BESt) Mohamad Ghazali Masuri 790927065539

Technology and Engi

neering

Mechanical & Manufactu

ring

223,200 130,000

The evaluator does not have expertise on the subject.

However from the write up there is an apparent effort

to deliver a prototype.

8 JUN 2015 (ISNIN) 4.30 - 4.55

PETANG

BILIK MESYUARAT

AL-BAITAR 2, ARAS

13

8 UITM

PRGS/1/201

5/TK06/UIT

M/02/2

Ultra Wideband (UWB) Multiple-Input Multiple-Output

(MIMO) Chirp Radar Prototype Capable of High

Resolution Two-Dimensional Mapping for Vehicular

Sensors

Idnin Pasya Bin Ibrahim 810112085761

Technology and Engi

neering Electrical and Electronic

245,000 177,000

The proposed project is a continuation from a

completed FRGS project. The prototype development

is intended for frequency range of 3.1 to 10.6GHz. The

details of the design must be stated such as number of

antennas, number of duplex system (Tx-Rx combo).

This information is important in order to justify the

proposed budget. Previous results from FRGS must be

included in order to justify its relationship to the

proposed project.

8 JUN 2015 (ISNIN) 9.30-9.55 PAGI BILIK MESYUARAT

AL-BAITAR 1, ARAS

13

9 UITM PRGS/1/201

5/TK06/UIT

M/02/4

Fluorescent Plasma Antenna Prototype featuring

Ethernet over Power (EoP) Connection for Indoor

Wireless Network Applications

Mohd Tarmizi Bin Ali 731023016101

Technology and Engi

neering Electrical and Electronic

162,000 125,000

1) Generally it looks like a good innovative product. 2)

Methodology needs further detail. 3) For the costing,

need some budgetary quotation of some of the

expensive items like V27000, vot 29000.

8 JUN 2015 (ISNIN) 4.30 - 4.55

PETANG

BILIK MESYUARAT

AL-BAITAR 1, ARAS

13

PRGS 2016 11th Feb. 2016

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SENARAI PROJEK LULUS PRGS - GERAN PENYELIDIKAN PEMBANGUNAN PROTOTAIP (PRGS) FASA 1/2015 - UNIVERSITI TEKNOLOGI MARA (UITM)

No IPT Ketua Projek Tajuk Projek Kluster Keputusan Peruntukan yang

diluluskan (RM)

1 UITM WONG TIN WUI COMBINATION CELLULOSE/ALGINATE-TOCOPHEROL WOUND DRESSING FOR SKIN INJURY TREATMENT

SAINS KESIHATAN DAN KLINIKAL Lulus RM107,000.00

2 UITM MOHD SHALEH BIN M MUJIR ADVANCED DIGITAL DESIGN PROTOTYPING FOR MANUFACTURING OF EXCLUSIVE WOOD CARVING FUNITURE PRODUCTS.

SASTERA DAN SASTERA IKHTISAS Lulus RM200,000.00

3 UITM SHAHANUM BINTI MD SHAH MALAYSIAN GRADED MUSIC EXAMINATION MODEL FOR MALAY TRADITIONAL INSTRUMENTS.

SASTERA DAN SASTERA IKHTISAS Lulus RM110,000.00

4 UITM INTAN RAHAYU BINTI IBRAHIM

POWER CONVERTER FOR DUAL-POWER PV-GRID ENERGY SYSTEM UTILIZING CASCADE H-BRIDGE MULTILEVEL INVERTER.

TEKNOLOGI DAN KEJURUTERAAN Lulus RM75,000.00

JUMLAH : RM492,000.00

PRGS Phase 1/2015

Advanced Digital Design Prototyping For Manufacturing of Exclusive Wood Carving Furniture Products.

Mohd Shaleh M.Mujir (PI)

PM Dr. Ing. Oskar Hasdinor Hassan Dr. Shahriman Zainal Abidin Rusmadiah Anwar Abu Bakar Abdul Aziz & Muhammad Muizuddin Darus

UNIVERSITI TEKNOLOGI MARA (UiTM)

myprgs 11



Reff.Code: PRGS/1/2015/SS107/UiTM/03/1


12




‘ Test the prototype set domestic product & business opportunity mainly for enterprise products. Basically to benefits the SME cottage industries ’ - Remarks by PRGS MyGrants Panel

myprgs

myApplication form

PRGS 2016 11th Feb. 2016

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PRGS 2016 11th Feb. 2016

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myApplication form : UiTM evaluation report

myApplication form

PRGS 2016 11th Feb. 2016

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PRGS 2016 11th Feb. 2016

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myApplication form

PRGS 2016 11th Feb. 2016

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myApplication form

PRGS 2016 11th Feb. 2016

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myApplication form

Advanced Digital Design Prototyping For Manufacturing of Exclusive Wood Carving Furniture Products. Mohd Shaleh M.Mujir Dr. Ing. Oskar Hasdinor Hassan Dr. Shahriman Zainal Abidin Dr. Ahmad Rizal Abdul Rahman & Abu Bakar Abdul Aziz

UNIVERSITI TEKNOLOGI MARA (UiTM) SHAH ALAM, SELANGOR

PRGS Phase 1/2015 Presentation Session Monday, 10.30 – 10.55am 8th June 2015

Bilik Mesyuarat Abu Marwan 2, Aras 8, No 2, Menara 2, Jln P5/6, Presint 5, Kementerian Pendidikan Malaysia (KPM) Wilayah Persekutuan Putrajaya

TITLE 1


18




‘ Test the prototype set domestic product & business opportunity mainly for enterprise products. Basically to benefits the SME cottage industries ’ - Remarks by PRGS MyGrants Panel

myprgs



OBJECTIVES

• To develop a design Set of Digital Wood Carving Motif to 3Dimensional Furniture products prototype template.

• To fabricate a prototyping set of Exclusive Wood Furniture Carving products.

• To test the overall design concept and physical

digital prototyping development of exclusive wood carving products for hi - end commercial production potentiality.

PRGS 2016 11th Feb. 2016

2




PRODUCT

• Digital Wood Carving Prototype template.

• Digital Design Wood Carving Product Component for Furniture Variance.

PRGS Phase 1/2015 8th June 2015

3



PRODUCT 3.1

‘DigiWoodDesign’ Niche Design Carving strategy

Stage 1: Wood component Combination from Different species

Stage 2: Joinery process of Wood from Different species

Digital Wood Carving Design focus area/part

Side view

Side view

top view

Wood carving : CNC focus area/part

Hardwood species Softwood/ coloured species

Joinery Locking sample of different wood species


COMMERCIALIZATION POTENTIALITY

• The prototype template will be economical for mass production process and enhance product quality

• The Digital design approach will generate new product opportunity and hi-end target market variance.

• Small Wood Base furniture industry will strategically benefited as

potential component manufacturing partner for niche product market.


4


• FRGS research on wood carving identify three main

category in wood carving furniture potentiality as for 'Domestic Products', 'Business Opportunity' and 'Enthusiast products' market category.

• The focus of this prototyping project will be on 'Enthusiast' Wood carving products type for furniture industry with the aim to increase 200% value if compare to existing furniture carving products. 'Enthusiast' products categorize as 'hi-end, expensive, elegance, exclusive, latest in trend and style' type of products and brands.

• 'DigiWood Carving Design' variance has strong commercial value and product direction and impetus to qualify as an 'Enthusiat' product [3] with Prada, Gucci and Versace being the benchmark.


EVIDENCE TOWARDS COMMERCIALIZATION 5


• The selected combination of 'DigiWood Carving Design'

visual motifs will be adopt as 3D surface appearance on potential furniture parts, components and products where scale model will be fabricate through Rapid Prototyping process. Scale Rapid Prototyping model will visualy, dimensionaly and specifically justified with before being selected for full scale CNC fabrication on combination of specific timber joinery.


EVIDENCE TOWARDS COMMERCIALIZATION 5

• These innovative prototype combination of carving

and batik digital design approach on wood furniture will maintain the Malays wood carving philosophy and soul integrated well with advanced design manufacturing technology [5]. which in long term will develop advanced wood furniture industry towards a competetive products and leverage Malaysian furniture manufactures to achieve NATIP RM53 bilion worth of target.



COMPETITIVE ADVANTAGE : PRODUCT/MARKETING 6

• The project will help alligned wood carving and batik design towards more serious furniture industry with more focus products and creating a new niche 'consortium' transformation from scatered cottage and backyard industries to more specific Hi-End product range and value.

• The long term aim of the project will cover the digital carving design trainning especially enhance the potentiality of craftsmen as a carving expertise and specialist supported by 'digital carving apprentices' where their knowledge driven platform will be explore to more profitable commercialization priority which could provide stable quality of life with working opportunity and economically benefits the industry.

• The combination of digital design principle provide more working opportunity with various design and furniture product variance which creating and pushing towards more local expertise involvements in the new niche furniture carving industries and automated manufacturing.



PROTOTYPE DEVELOPMENT PROCESS & STRATEGY 7

• Digital Wood Carving Design Commercialization Selection (‘DigiWoodDesign’)

• Integration of ‘DigiWoodDesign’ compilation with Furniture Design variance via Digital Design and Rapid Prototyping modeling.

• Specification, material and component selection for potential fullscale

‘DigiWoodDesign’ and Furniture variance fabrication

• Fabrication of FullScale prototype through Joinery and 3/5 Axis CNC Machine

• Finishing of the FullScale Prototype of ‘DigiWoodDesign’ Furniture sample.



PROTOTYPE DEVELOPMENT PROCESS & STRATEGY 7.1



RESEARCH & PROJECT BACKGROUND 8

Aesthetic research design study explain that Malaysian wood carving only focus intensively in 2 dimensional motives and elements, where the skills development process towards 3 dimensional carving especially the flow of flora and fauna that make difficult for new carpenter which is not economical for carpenter.

Existing wood carving products by small wood base manufacturer from traditional practices inherited generation by generation and mainly based on aesthetics exploration.



RESEARCH & PROJECT BACKGROUND 8.1 Good quality carving furniture from established craftsmen is too expensive and time consuming. Wood carving furniture manufacturer mostly involve with furniture parts and depend to much from major manufacturer and mainly backyard carpenter and with low productivity.

Art & Design Conference & Seminar

Official Launching of IIDE By ;

Malaysian Deputy Prime Minister

Dato’ Seri Mohamad Najib Tun Abdul Razak

13 December 2005, 10.00 am Pan Pacific Glenmarie, Shah Alam

2009 © [email protected]

Work Portfolios

• Value Engineering And Industrial Design Consultancy In Malaysian School Furniture Design 2003

• Convocation Furniture Set Design & Built,

Universiti Teknologi MARA – UiTM - Mei 2000.



BUDGET 9 YEAR 1 (78.2%) YEAR 2 (21.8%)

VOTE 11000 24000

12.0%

VOTE 21000 14000 6000

7.0% 3.0%

VOTE 24000 31000 3000

15.5% 1.5%

VOTE 27000 40000 20000

20.0% 10.0%

VOTE 28000 16500 3500

8.25% 1.75%

VOTE 29000 12000

6.0 %

VOTE 35000 15000 15000

7.5% 5.5%

TOTAL 152,500 47,500 RM200,000


PRGS Phase 1/2015 6th May 2015

Milestone Date 1. 3D Design Refinement

All Purchasing of Equipments, materials and accessories are completed.

30 Aug 2015

2. 3D Digital Template 30 Sept 2015

3. Digital Furniture Carving Integration 30 Nov. 2015

4. Scale Rapid Prototyping Model Fabrication 30 Jan. 2016

5. Jigs Fabrication 30 Feb. 2016

6. 3/5 Axis CNC Fullscale Prototype Fabrication 30 July. 2016

7. Prototype Parts Assembly 30 Aug. 2016

8. Prototype Testing 30 Sept. 2016

9. Prototype Refinement 30 Dec. 2016

10. Finishing of Prototype 28 Feb. 2017

11. Prototype Final Assembly 30 April. 2017

12. Report /Documentation Presentation 30 May 2017

Prototype Developments Milestones & Deadline



Year 1 Year 2

Gantt Chart

2015 2016 2017

Ju

n

Jul

Aug

Sep

t

Oct

N

ov

Dec

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

t

Oct

Nov

Dec

Jan

Feb

Mar

Apr

May

1 3D Design Refinement

2 3D Digital Template

3 Digital Furniture Carving Integration

4

Scale Rapid Prototyping

Fabrication

5 Jigs Fabrication

6 3/5 Axis CNC Fullscale

Prototype Fabrication

7 Prototype Parts Assembly

8 Prototype Testing

9 Prototype Final Refinement

10 Finishing of Prototype

11 Prototype Final Assembly

12 Report /Documentation Presentation

Gantt Chart of Design and Prototype Activities


Milestone of Prototype Development


Year 1 Year 2

Milestones

2015 2016 2017

Ju

n

Jul

Aug

Sept

Oct

N

ov

Dec

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sept

Oct

Nov

Dec

Jan

Feb

Mar

Apr

May

1 3D Design Refinement

2 3D Digital Template

3 Digital Furniture Carving Integration

4 Scale Rapid Prototyping

5 Jigs Fabrication

6 3/5 Axis CNC Fullscale Prototype Fabrication

7 Prototype Parts Assembly

8 Prototype Testing

9 Prototype Final Refinement

10 Finishing of Prototype

11 Prototype Final Assembly

12 Report /Documentation Presentation


•The prototype originality will be covered with Industrial Design Rights intellectual property as based on scenario described above, the digitize 3 dimensional design carving template IP will be utilize as a carving design data for full-scale living furniture carving prototyping. •3 dimensional wood carving motive will become a novelty reference furniture manufacturer that need Malays wood carving motif in their production of furniture product. The digitized carving motif is important towards 3 dimensional for automation and robotics production in furniture industry. •The advanced wood working technology has capability to produce 3 dimensional in the furniture product based on the design requirements. • The new 3 dimensional wood carving is significant towards advanced furniture technology which will help to make our competitive globally and at the same time preserved Malays wood carving heritage and aesthetic value..


The Advantages of The Prototype


•Systematic Design on Wood and Batik carving with local motive is new where the competitor namely Gucci, Versace focus on multielements include animals while the prototype will focus on 'non animal' design motif where the approach will exposed the potential 'green' design value as enthusias furniture living design products.


The Advantages of The Prototype


Malaysian Timber Dialog stresss the important of new innovative products as to achieving the NATIP target of RM53 billion worth of timber products by 2020 which 60% of the export should derived from value added products as an essential to restore future growth [1]. This project aim to provide valuable solution as an essential design stratergy to restore future growth in furniture industry especially the wood base furniture carving exclusiveness. Previous studies on Malaysian wood carving furniture explain that local design motives and elements with 2 dimensional carving approached lack of commercial competetiveness in global market where the demand for quality workmanship and products which blend well with trend of modernization living style slowly ignored the important of furniture carving where the new direction of furniture industry become the aim to preserved Malays wood carving heritage and aesthetis is very challenging and not economically sustainable.

PRGS Phase 1/2015

6th May 2015

Commercialization Potential


existing wood carving



cnc machines



wood carving patern



prgs design direction



gucci & versace design



List of references B. Dompok, "Creating Impact for the Industry", Malaysian Timber Dialog 2011, Report Paper, MPIC María Pilar Cordero and Raúl Poler, “Eco-Design in the Furniture and Wood-Processing Sector in Spain:Benefits and Constraints,” S. P. Sethi et al. (eds.), Industrial Engineering: Innovative Networks, DOI: 10.1007/978-1-4471-2321-7_17, _ Springer-Verlag London Limited 2012 Marzia Mortati, Leon Cruickshank, “Design and SMEs: the trigger of creative ecosystems,” DPPI '11, Jun 22-25 2011, Milano, IT Copyright (c) 2012 ACM 978-1-4503-1280-6/11/06 Sergio J.Sanabria, Christian Mueller, Juerg Neuenschwander, Peter Niemz, Urs Sennhauser. “Air-coupled ultrasound as an accurate and reproducible method for bonding assessment of glued-timber”. Journal Springer- Verlag 2010 Aida Caldera, “Innovation and exporting: evidence from Spanish manufacturing firms,” Rev World Econ (2010) 146:657–689, DOI 10.1007/s10290-010-0065-7, Published online: 10 August 2010 _ Kiel Institute 2010 J. Ratnasingam, F. Ioras, “The sustainability of the Asian wooden furniture industry,” Holz als Roh- und Werkstoff 61 (2003) 233–237 _ Springer-Verlag 2003, DOI 10.1007/s00107-003-0382-9 Venanzio Arquilla, Davide Genco, Marzia Mortati, “The design of a Knowledge Exchange Network between university and SMEs: the DEA experience,” DPPI’11, June 22–25, 2011, Milan, IT, Copyright (c) 2012 ACM 978-1-4503-1280-6/11/06 De-lin Sun, Xian-chun Yu, We-jin Liu, De-bin Sun. “Laminated-Wood ceramic prepare from Beech Veneer and Phenol Formaldehyde Resin”. Journal Springer- Verlag 2010 Yucheng Peng, Sheldon Q.Shi, Leonard Ingram. “Chemical Emission from Adhesive-bonded wood products at elevated temperature”. Journal Springer- Verlag 2010 G. Daian*, B. Ozarska “Wood waste management practices and strategies to increase sustainability standards in the Australian wooden furniture manufacturing sector”, Journal of Cleaner Production, Volume 17, Issue 17, November 2009, Pages 1594-1602 Manuel Rebollar, Rosa Pe´rez, Rosario Vidal “Comparison between oriented strand boards and other wood-based panels for the manufacture of furniture”, Journal of Materials & Design, Volume 28, Issue 3, 2007, Pages 882-888 Mar_ıa D. Bovea, Rosario Vidal “Materials selection for sustainable product design: a case study of wood based furniture eco-design”, Journal of Materials & Design, Volume 25, Issue 2, April 2004, Pages 111-116 Hakan Keskin, Musa Atar, Suleyman Korkut, Ahmed Tekin, “ Scratch Resistance of Cellulosic, Synthetic, polyurthane, waterbone, and acid-hardening varnished used woods “. Industrial Crops and Products, Volume 31, Issue 2, March 2010, Pages 219-224 Herry Purnomo, Philippe Guizol, Dwi R. Muhtaman “Governing the teak furniture business : A global value chain system dynamic modelling approach”. Environmnetal Modelling & software, Volume 24, Issue 12, December 2009, Pages 1391-1401


Refferences

Thankyou – Q&A Mohd Shaleh Mujir

UNIVERSITI TEKNOLOGI MARA (UiTM) SHAH ALAM, SELANGOR


MOHD SHALEH M. MUJIR MA Industrial Design, Postgraduate Certificate in Product Design, Postgraduate Diploma in Industrial Design BIAD,UCE,UK

BA (Hons) Three Dimensional Design (Industrial Design) BIAD, UCE,UK

Bachelor in Design, Majoring in Industrial Design, UiTM

Lecturer / Industrial Designer / IRDC UiTM Consultants

Applied Design Research & Commercialization Consultants / Industrial Designer Background

Industrial Design Department, Faculty of Art & Design, UiTM Malaysia H/P : ++016 680 3268 Office : ++ 603 5544 4079 Fax : ++ 603 5544 4084 [email protected] [email protected]

Professional Experience

• Jan 2007 (Now) ; Collaboration Program Coordinator, Faculty of Art & Design UiTM Malaysia.

• 2003 – Nov.2005 Operation Manager : International Institute Of Design Excellence, UiTM Malaysia

• Chief Judge MIFF2005 : International Furniture Design Excellence Awards 2005, Malaysian Furniture Fair, PWTC Kuala Lumpur

New Design Curriculum Developer

2007 Bachelor of Design & Technology in Industrial Design, UiTM Malaysia (Paper Work)

2007 Bsc (Hons) Product Design Interaction, UiTM Malaysia (Paper Work)

2007 Diploma in Creative Design & Technology, Polytech MARA

2007 Diploma – Product Design & Mobile Computing, Malaysia Technology Park Academy

Consultancy

• 2007 – Washing Machine Design & Prototyping for IRDC, UiTM

• 2007 – Persatuan Mobiliti Selangor & K.L – Design & Branding for Corporate Interior Environment

• 2007 – MCHJV – Sime Engineering , Corporate Gift & Souvenirs For VVIP Design & Production.

• 2007 – Sapura Defence Sdn. Bhd. F15 Airfighter Simulator Cockpit Design & Built

• 2006 – Bakun Craft Design & Development – MCHJV Sime Engineering

• May 2006 - Evaluation Of Product Quality And Production Machine In Harvik Rubber Industries SDN. BHD.

• Oct 2005 - SMIDEC ;The Improvement & Enhancement of SME’s Product Design Packaging & Labeling.

• 2005 - Design & Build For PNB 16,000 S/Meter Corporate Exhibition Booths at MSAM 2005, Seremban, N. Sembilan,

• 2003 - Value Engineering And Industrial Design Consultancy In Malaysian School Furniture Design

• 2004 – VE Furniture Design for IPTA/IPTS – Collaboration with KPT, SIRIM, FRIM, FITEC & SME’s

• 2002 - Phone Booths Design & Development For Telekom Malaysia

• 1999 - Electric Vehicle Design For Tenaga Nasional - TNRD. MOU/MOA between TNRD & UiTM

• 1999 - UiTM Furniture Set For Convocation Ceremony. Design & Build.

• 1998 – Sapura New Generation Phone Design & Prototyping

Full CV will be provided upon request

mailto:[email protected]

mailto:[email protected]

Rekabentuk Modular Komponen Bagi Fabrikasi Badan Bas Elektrik (eBus) di AMDAC (M) Sdn. Bhd. Melalui Strategi Rekabentuk Integrasi

KNOWLEDGE TRANSFER PROGRAMME – KTP ‘ROLLING’ 5 FASA 2 : KTP FLAGSHIP - INDUSTRY

Sesi Pembentangan & Temuduga Program Skim Geran ‘Knowledge Transfer Programme’ – KTP Pelan ‘Rolling ‘ Ke- Lima Fasa 2/ 2015 Perdana Ballroom, Palm Garden 101 Resort, Putrajaya, 10th. Sept. 2015


Industrial Design Department Faculty Of Art & Design, Universiti Teknologi MARA KM 26, Jalan Lendu, Alor Gajah, Melaka


KTP Flagship Industri


RINGKASAN PROJEK : Syarikat ini amat memerlukan kerjasama pembangunan fabrikasi komponen eBus berasaskan rekabentuk bertintegrasi dan sistematik kerana trasnformasi ilmu projek flagship ini mampu menambah kecekapan ‘modularity’ rekaan, proses fabrikasi dan pengeluaran massa malahan keupayaan untuk menghasilkan produk jenama dan rekaan sendiri amat berpotensi untuk syarikat ini berkembang terus terutamanya menerajui industri bas elektrik.


OBJEKTIF : • Melaksanakan transformasi teknologi rekaan komponen modular ke platform/chasis bas

elektrik cadangan pihak industri/Amdac Sdn. Bhd. melalui strategi integrasi kepentingan rekabentuk perindustrian oleh pakar KTP dan GI secara 'design participatory team work'

• Melaksanakan pemadanan teknik pemindahan rekaan ke 3Dimensi dan melatih proses

fabrikasi mold, panel, komponen modular bas elektrik sepenuhnya oleh pakar KTP, latihan penyeliaan kerja dan kualiti rekabentuk oleh Gi dengan kumpulan pekerja fabrikasi/pengeluaran Amdac Sdn. Bhd. secara berperingkat.

• Memastikan kemampanan proses, ilmu, teknik fabrikasi, rekaan komponen dan kepakaran

yang diterapkan mampu menjadikan syarikat sebagai peneraju menembusi pasaran baru dan berdaya saing.


CARTA ALIR AKTIVITI

KTP FLAGSHIP:

!

KTP Flagship Modular Komponen Bagi Fabrikasi Badan Bas Melalui Strategi Rekabentuk Integrasi

1:10 RP Scale Model

FASA!2!!KTP$'Sistematik$Industrial$design'$Proses$Fabrikasi$

FullScale$Modular$Komponen$

$

FASA!3!!!Pembinaan!&!Kemasiapan!

Modular!Komponen!Akhir!

Penghantaran!Lapuran!Akhir!!

FASA!4!!Dokumentasi$KTP$$&$Varian$Rekaan$

Komersil$$!$

· Lapuran$Rekabentuk$· Lapuran$Proses$Rekaan$· Lapuran$Kajian$Pasaran$· Visual$Dokumen$· Completed$Blueprint$Drw$· ODM/OBM$Dokumentasi$

· Lapuran$Proses$Fabrikasi$· Lapuran$Teknikal$Spec.$$· Dokumen$RTD$&$Transafe$· New$Product$Catalog$

Integrasi Formula 'Design Participatory Team Work

Process' -Penetapan Kriteria, Spesifikasi, Value

RTD Regulation

Chasis Selection

'Green FRP Composite'

Bahan

Parts

Spec.

3D Drw

Rupa

Bentukkk

k

Road TranSafe Eng

Market FeedBack

1:1 Komponen Drawing

3D Digital Design

DATA IP Rekaan KTP Bas · Varian Data Rekaan · Varian Klasifikasi Bas · Varian Spesifikasi · Kajian Literature Review

Rekaan Modular Komponen · Varian Komponen · Konsep Rekaan Modular · Integrasi 3D - Chasis Option

Product Testing - SIRIM etc

Surface Coating /Finishing

Detail Refinement

Colour Scheme

OeM Parts & Acessories

BMC Integrated Assembly

Varian Komponen Modular Bas (BMC)

Structural Parts

QC Inspection

inSitu Fabrikasi Komponen Modular

Bas (BMC)

Fabrikasi 1:1 'Mould & Jigs'

reFabrikasi Modular Komponen

Modular + Chasis Drw

1:1 Skala Modular Komponen Bas

1:1Skala Mould

Design Tech. Blueprint

3D Digital Set

Amdac Sdn. Bhd

KTP IP & Manufacturing

Right Completed BMC Products

RTD & Production Certification

Products Final Specs

ODM/OBM BMC Modul

NewClient

Katalog Produk BMC

Varian BMC KTP Flagship Dokumen

FASA!1!!Transformasi$Data$Rekaan$$Dgital$3D$Platform/Chasis$

$Cadangan$$

Varian eBus Prototype Fabrication

New Flagship Industry Partner New BMC Products Variance New SME's Bus Variance

AMDAC Sdn. Bhd.

UiTM /KTP Industrial Design

KTP Konferensi 2 : Output Value / End Results

KTP Konferensi 1 : Process / Progress


MAKLUMAT RAKAN INDUSTRI TERLIBAT :


AMDAC (M) Sdn. Bhd 715069-T No. 6, Jalan TIAJ 2/1, Taman Perindustrian Alam Jaya, 42300, Bandar Puncak Alam, Selangor Darul Ehsan • Tn. Muhamad Faizal Abd. Wahid - Project Manager

• Tn. Rosni

Rakan Fabrikasi Utama ;

INTERCOACH Sdn. Bhd 778321-X

Lot 1758, Jalan Telipot 4, Seksyen BS9, 48300 Bukit Sentosa, Selangor Darul Ehsan

• Tn. Kamaruzaman Che Daud - Director HP; 019 2933180

RM 63,100.00 JUMLAH SUMBANGAN KEWANGAN KEPADA PROGRAM (RM): Amount of monetary contribution to the program (RM):

• General & Technical Workers, • Rental Space, Machines & Factory • Materials Composite Fibre & OeM Components • Production Machines, Tools & Equipment, • Engineering RTD Specification, Production Certification Submisision

SUMBANGAN BUKAN KEWANGAN KEPADA PROGRAM: Amount of non-monetary contribution to the program (RM):


JUMLAH PERUNTUKAN:


Geran KTP Flagship Sumbangan Industri

VOTE 11000 96000 -

Upah/elaun GI

VOTE 21000 23400 -

Perjalanan/Pengangkutan

VOTE 23000 3400 -

Perhubungan/Utiliti

VOTE 24000 21600 6000

Sewaan

VOTE 27000 18868 35500

Bekalan/Bahan Program

VOTE 29000 11900 3600

Perkhidmatan Ikhtisas

VOTE 35000 14000 18000

Asesori/Peralatan/Perisian

JUMLAH RM189, 168.00 RM63,100.00 (Non-Monetary) RM252,268.00


CADANGAN eBUS : MODULAR PANEL SYSTEM


prototype research grant briefing (prgs) · •setiap pembentangan akan mengambil masa 25 minit...

Documents