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GOVERNMENT POLICY ON INNOVATION AND THE RELEVANCE WITH INDUSTRIAL AND SYSTEM ENGINEERING

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(1)

GOVERNMENT POLICY ON INNOVATION AND THE

RELEVANCE WITH INDUSTRIAL AND SYSTEM

ENGINEERING

Ministry of Research, Technology, and Higher Education, Indonesia

(2)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(3)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(4)
(5)

India

$ 1.510

Indonesia

$ 3.592

Philipines

$ 2.470

Vietnam

$ 1.400

Brazil

$ 12.590

China

$ 5.450

Malaysia

$ 9.980

Mexico

$ 10.050

South Africa $ 8.070

Thailand

$ 4.970

Russia

$ 13.000

Spain

$ 31.990

South Korea $ 22.420

Taiwan

$ 19.980

ESCAPING FROM

MIDDLE INCOME TRAP

Per capita

2000 2005 2010

2015

2025

2035

2045

HIGH

INCOME

UPPER

MIDDLE

INCOME

LOWER

MIDDLE

INCOME

LOW

INCOME

2000 $ 657 2025 $14.250-15.500 2045 $44.500-49.000

10

%

Efficiency-

50%

driven stage

40%

Efficiency enhancers

30%

Innovation-driven stage

50%

20%

Innovation and

sophistication factors

35%

60%

Factor-driven stage

Basic recuirement

5

%

COMPETITIVENESS

EFFICIENCY DRIVEN:

•Higher education and training

•Goods market efficiency

•Labor market efficiency

•Financial market development

•Technological readiness •Market size

INNOVATION DRIVEN:

•Business sophistication •R&D Innovation

$12.616

Sumber: Economist Pocket World in Figures 2014, WEF-GCR 2013

2005 $ 1.203 2010 $ 2.500

$1.036

$4.086

FACTOR DRIVEN:

•Institutions •Infrastructure •Macroeconomic environment

•Health and Primary education

2012 $ 3.592

Difficult to

improve income

percapta??

Prediction target of

income percapita

(6)

5% - 6%

(middle income

country)

5% - 6%

(middle income

country)

Indonesia Economic

Growth

Indonesia Economic

Growth

Current Year 2014

> 9 %

(high income country)

> 9 %

(high income country)

Indonesia Economic

Growth

Indonesia Economic

Growth

Year 2020

Escaping from

middle income trap

Escaping from

middle income trap

Productivity

improvement

Productivity

improvement

ESCAPING FROM

MIDDLE INCOME TRAP

No. 3, 4 Related to

Higher Education

No. 3, 4 Related to

Higher Education

1. Improving

infrastucture

1. Improving

infrastucture

2. Improving

government

spending

2. Improving

government

spending

3. Improving

quality of

education and

training

3. Improving

quality of

education and

training

4. Boosting

innovation

4. Boosting

innovation

(7)
(8)
(9)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(10)

Kemristekdikti Contribution on Nation Competitiveness

Ultimate Outcome:

Nation Competitiveness

Ultimate Outcome:

Nation Competitiveness

Output:

Skilled Labors

Output:

Skilled Labors

Output:

Innovation

Output:

Innovation

Ultimate Impact:

Economic Growth

Ultimate Impact:

Economic Growth

Rational:

Innovation

drives high incomes

Innovation:

escaping from middle

income trap

(11)

No

Indikator Program

Target

2015

2016

2017

2018

2019

1

Jumlah Paten yang Terdaftar

1580

1735

1910

2100

2305

2

Jumlah Publikasi Internasional

5008

6229

7769

9689

12089

3

Jumlah Prototipe

530

632

783

930

1081

Program Penguatan Riset dan Pengembangan

No

Indikator Program

Target

2015

2016

2017

2018

2019

1

Jumlah Produk Inovasi

28

38

50

62

74

Program Penguatan Inovasi

KEMENRISTEKDIKTI TARGETS ON INNOVATION

(12)

KEMRISTEKDIKTI POLICIES ON INNOVATION

Ultimate Outcome:

Nation Competitiveness

Ultimate Outcome:

Nation Competitiveness

Output:

Skilled Labors

Output:

Skilled Labors

Innovation

Innovation

Output:

Output:

Ultimate Impact:

Economic Growth

Ultimate Impact:

Economic Growth

DIRJEN INOVASI

PRODUCING TRL 9 RESEARCH

OUTPUT

DIRJEN INOVASI

PRODUCING TRL 9 RESEARCH

OUTPUT

DIRJEN RISBANG

PRODUCING TRL 5 DAN TRL 6

RESEARCH OUTPUT (PROTOTYPE)

DIRJEN RISBANG

PRODUCING TRL 5 DAN TRL 6

RESEARCH OUTPUT (PROTOTYPE)

DIRJEN KELEMBAGAAN

ESTABLISHING CoE AND STP

DIRJEN KELEMBAGAAN

ESTABLISHING CoE AND STP

DIRJEN SDI

RESEARCHER AND INNOVATOR

HRD

DIRJEN SDI

RESEARCHER AND INNOVATOR

HRD

DIRJEN BELMAWA

INNOVATION CURICULLUM

DEVELOPMENT

DIRJEN BELMAWA

INNOVATION CURICULLUM

DEVELOPMENT

COMMERCIALIZATION

PRODUCING START-UP

COMPANIES(IRL 9)

COMMERCIALIZATION

PRODUCING START-UP

COMPANIES(IRL 9)

(13)

No

Kegiatan

Leading Sector

Supporting

1 Basic Research (academic research) DG Penguatan Risbang DG Penguatan Inovasi

2 Innovative Research (TRL9) DG Penguatan Inovasi DG Penguatan Risbang

3 Innovation Expo DG Penguatan Inovasi DG Penguatan Risbang

4 Mediation DG Penguatan Inovasi DG Kelembagaan

5 Training of STP management DG Kelembagaan DG Penguatan Inovasi

6 Technology dissemination DG Penguatan Inovasi DG Penguatan Risbang

7 Facilitation DG Kelembagaan DG Penguatan Inovasi

8 Supervision on IPR DG Penguatan Risbang DG Kelembagaan

9 Internship DG Kelembagaan DG Penguatan Inovasi

10 Business incubation DG Kelembagaan DG Penguatan Inovasi

STP Planning, Construction and Supervision

1 STP development plan DG Kelembagaan

2 STP construction DG Kelembagaan

3 STP HR development DG Sumberdaya Iptek

4 Operational supervision DG Kelembagaan

(14)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(15)

The

Oslo Manual

for measuring innovation

defines four types of innovation:

product

innovation,

process

innovation,

marketing

innovation and

organisational

innovation.

Product innovation:

A good or service that is new or significantly improved. This

includes significant improvements in technical specifications, components and

materials, software in the product, user friendliness or other functional

characteristics.

Process innovation:

A new or significantly improved production or delivery

method. This includes significant changes in techniques, equipment and/or

software.

Marketing innovation:

A new marketing method involving significant changes in

product design or packaging, product placement, product promotion or pricing.

Organisational innovation:

A new organisational method in business practices,

workplace organisation or external relations.

(16)

CREATING NEW CONCEPTS DEVELOPING PRODUCTS REDESIGNING THE PRODUCTION PROCESSES REDESIGNING THE MARKETING PROCESSES

MANAGING KNOWLEDGE AND TECHNOLOGY

M

A

R

K

E

T

M

A

R

K

E

T

MANAGING THE INNOVATION PROCESS

(17)
(18)
(19)

[ TRL 9 ]

(20)

TRL AND IRL SUPERPOSITION

IRL 1

IRL 2

IRL 3

IRL 4

IRL 5

IRL 6

IRL 7

IRL 8

IRL 9

TRL 1

TRL 2

TRL 3

TRL 4

TRL 5

TRL 6

TRL 7

TRL 8

TRL 9

System prototype demo in

operational environment

A representative prototype is tested

in a relevant environment. The

business team is still incomplete and

the venture not ready for

commercialization. A full business

plan including market, operational,

technological, and financial aspect is

available.

Basic principles are

observed and reported

The intention to translate the

application or technology transfer into

a business venture

ACADEMIA

COLLABORATION

INDUSTRY

Garam Farmasi

GESITS

(21)

Sabtu , 10 December 2016, 11:10 WIB

Indonesia Resmi Operasikan Pabrik Garam Farmasi Pertama

REPUBLIKA.CO.ID, JAKARTA -- Pabrik Garam Farmasi I di Watudakon, Jombang, Jawa Timur yang merupakan pabrik bahan baku obat pertama di Indonesia mulai beroperasi pada 8 Desember 2016. Pabrik ini merupakan dikembangkan bersama oleh Badan Pengkajian dan Penerapan Teknologi (BPPT) dan PT Kimia Farma.

Kepala BPPT Unggul Priyanto mengatakan bahwa spesifikasi garam farmasi ini sangat lah tinggi. Karenanya tidaklah mengherankan bila harganya bisa berkali lipat dibanding garam rakyat. "Hal ini yang mendorong BPPT mengembangkan inovasi garam farmasi yang 100 persen berbahan dasar lokal. Perlu keberanian bagi industri farmasi untuk memproduksi ini, dan PT Kimia Farma telah mewujudkannya dengan berdirinya pabrik garam farmasi pertama di Indonesia," ujar dia.

(22)

Perayaan HUT ke-72 Republik Indonesia menjadi momen besar bagi motor listrik nasional garapan anak bangsa. Hari

ini, Jumat (18/8), GESITS dipastikan mulai diproduksi pada kuartal I tahun 2018.

Keinginan agar motor listrik karya anak bangsa ini diproduksi secara masal bisa terealisasi berkat kerja sama Institut

Teknologi Sepuluh Nopember (ITS), PT GESITS Technologies Indo (GTI), dan PT WIKA Industri dan Konstruksi.

“Kerja sama industrialiasasi motor listrik GESITS merupakan bentuk sumbangsih PT WIKA untuk berdedikasi,

berkontribusi pada pembangunan bangsa,” kata Direktur PT WIKA Industri dan Konstruksi Ferry Hendriyanto dalam

sambutannya di kawasan industri Wijaya Karya (WIKA) di Cileungsi, Bogor, Jumat (18/7).

(23)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(24)

THE USAGE OF INDUSTRIAL ENGINEERING COURSES

IN INNOVATION PROCESS

IRL 1

IRL 2

IRL 3

IRL 4

IRL 5

IRL 6

IRL 7

IRL 8

IRL 9

TRL 1

TRL 2

TRL 3

TRL 4

TRL 5

TRL 6

TRL 7

TRL 8

TRL 9

ACADEMIA

COLLABORATION

INDUSTRY

TRL / IRL

+

+

IN

TE

N

SI

TY

O

F

IE

C

O

U

R

SE

S

U

SA

G

E

IN

IN

N

O

V

A

TI

O

N

P

R

O

C

ES

S

(25)

PERANCANGAN DAN PENGEMBANGAN PRODUK

PERENCANAAN DAN PENGENDALIAN PRODUKSI

PERENCANAAN INDUSTRI I

PERENCANAAN INDUSTRI II

MANAJEMEN KEUANGAN

SUPPLY CHAIN MANAGEMENT

EKONOMI INDUSTRI

MANAJEMEN TEKNOLOGI

STRATEGI BISNIS

MANAJEMEN RISIKO BISNIS

MANAJEMEN KEUANGAN

PLANT LAYOUT

ANALISA KEPUTUSAN

KEWIRAUSAHAAN

MANAJEMEN PEMASARAN

MANAJEMEN ORGANISASI DAN SUMBERDAYA

MANUSIA

INDUSTRIAL ENGINEERING COURSES SUPPORTING INNOVATION

PROCESS

(26)

Urgency of Innovation to Support Economic Growth

Kemristekdikti Policies on Innovation

Innovation Stages: TRL and IRL

Industrial Engineering Courses Supporting

Innovation Process

Concluding Remarks

1

2

OUTLINE

3

5

4

(27)

Concluding Remarks

Innovation is a determinant factor of competitiveness of a country of company

Kemristekdikti has put innovation as one of two strategic objectives of Kemristekdikti

2015 - 2019 strategic plan

Innovation processes are responsibility of all of Directorate Generals (DGs), consequently

they must support the achievement of innovation target

Experiences showed that commercialization process done by researchers (professors) most

frequently ended up in

valley of death.

It is better for researchers to focus on developing

prototypes, while commercialization processes are given to industry.

Industrial Engineering courses play an important role in managing innovation process

Industrial Engineering Faculty needs to develop and teach specific techniques on innovation,

for example: management of innovation, technology transfer and business incubation,

(28)

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