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Smart Product & Service 4.0

Total questions: 10

Worksheet time: 8mins

Name
Class
Date
1.

Trend Smart Product dalam Industry 4.0 berfokus pada:

a)

Product, Service, Market, IOT/IIOT dan Cyber Security

b)

Market, IOT/IIOT, Cyber System dan Cyber Production

c)

Market, IOT/IIOT, Cyber Physical Production System dan Cyber Physical System

d)

Smart Product, Smart Service, Smart Bisnis dan Smart Factory

2.

Dalam House Smart Factory Adoption Engineering Berfokus pada

a)

Smart shop floor, Smart Top Floor, Smart Operation & Business, Adoption Engineering

b)

Smart shop floor, Smart Operation, Smart Business & Engineering, Adoption Engineering

c)

Smart shop floor, Smart Operation, Smart Product, Business & Adoption Engineering

d)

Smart shop floor, Smart Operation, Smart Factory, Smart Business & Adoption Engineering

3.

Smart Building berfokus pada :

a)

Automation Processing System, HVAC System, Energy Saving System, Communication System, Lighting System, Transportation System, Fire Protection System, Security System

b)

Automation System, HVAC System, Energy Management System, Communication System, Lighting System, Transportation System, Fire Protection System, Security System

c)

Automation System, HVAC System, Energy Saving System, Communication System, Lighting System, Transportation System, Fire Protection System, Cyber Security System

d)

Automation System, HVAC System, Energy Saving System, Communication System, Lighting System, Transportation System, Fire Protection System, Security System

4.

dalam mengintegrasikan smart maintenance digunakan pendekatan TPM 4.0 dimana dalam proses adapting di fokuskan pada :

a)

Responding, Preserving, Avoiding, Improving, Transparent, Predicting, Maintenance 4.0

b)

Responding, Preserving, Avoiding, Improving, Transparent, Implementation, Maintenance 4.0

c)

Responding, Preventive, Avoiding, Improving, Transparent, Predicting, Maintenance 4.0

d)

Responding, Preserving, Preventive, Improving, Transparent, Predicting, Maintenance 4.0

5.

Dalam membuat roadmap logistic perlu diperhatikan aspek-aspek sebagai berikut :

a)

Logistic Routing, Outbound Logistic, Intralogistic / line feeding, Warehouse management system, Inbound Logistic, Supply Chain management.

b)

Logistic Routing, Outbound Logistic, Intralogistic / line feeding, Warehouse management, Inbound Logistic, Supply Chain Management.

c)

Logistic Routing, Outbound Logistic, Intralogistic / line feeding, Warehouse management, Inbound Logistic, Supply Chain Logistics.

d)

Logistic Routing, Outbound Logistic, Intralogistic, Warehouse management, Inbound Logistic, Supply Chain Logistics.

6.

Pengertian dari Digital Factory adalah

a)

Perencanaan Komprehensif, evaluasi berkelanjutan dan peningkatan untuk pabrik yang memproduksi suatu produk, yang semuanya dikelola dengan sistem manajemen data yang dikendalikan dengan baik

b)

Perencanaan digitalisasi, evaluasi berkelanjutan dan peningkatan untuk pabrik nyata yang memproduksi suatu produk, yang semuanya dikelola dengan sistem manajemen data yang terintegrasi

c)

Perencanaan yang tersusun, evaluasi berkelanjutan dan peningkatan untuk pabrik yang memproduksi suatu produk, yang semuanya dikelola dengan sistem manajemen data yang terintegrasi

d)

Perencanaan Komprehensif, evaluasi berkelanjutan dan peningkatan untuk pabrik nyata yang memproduksi suatu produk, yang semuanya dikelola dengan sistem manajemen data yang terintegrasi

7.

3 Core Capabilities yang harus diperhatikan dalam penerapan digital transformasi ke semua organisasi adalah

a)

Business Models, People Empowerment, Partnership/ecosystem

b)

Business Activities, Organizational Culture, Fast Execution

c)

Hyper awareness, Informed Decision Making, Fast Execution

d)

People Empowerment, Business Processes, Partnership/ecosystem

8.

Tingkatan Clear Communication dalam penerapan Industry 4.0 dan ISMS :

a)

Device Level, ERP Level, MES Level, Control Level

b)

Device Level, Control Level, MES Level, ERP Level

c)

Device Level, Communication Level, MES Level, ERP Level

d)

Device Level, Control Level, Communication Level, ERP Level

9.

Level penerapan Automation adalah

a)

No Automation, Operation Assistance, Partial Automation, End to End Automation, Autonomous Automation

b)

Basic Automation, Operation Assistance, Partial Automation, End to End Automation, Autonomous Automationl

c)

No Automation, Operation Automation, Partial Automation, End to End Automation, Autonomous Automation

d)

No Automation, Operation Assistance, Partial Automation, End to End Automation, Integration Automation

10.

dalam penerapan lean to smart production system langkah-langkah penerapannya adalah :

a)

PDCA, Identify Failures earlier and faster, Implementation, Continuous Improvement, Minimize Variation & Reduce Waste

b)

PDCA, Planning, Improve Collaboration, Continuous Improvement, Minimize Variation & Reduce Waste

c)

PDCA, Identify Failures earlier and faster, Improve Collaboration, Continuous Improvement, Minimize Variation & Reduce Waste

d)

PDCA, Identify Failures earlier and faster, Improve Collaboration, Continuous Improvement, Minimize Variation & Reduce Waste and Controlling