LINGKUP TEKNIK INDUSTRI. Arif Rahman

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1 LINGKUP TEKNIK INDUSTRI Arif Rahman

2 INDUSTRIAL ENGINEERING..is concerned with the design, improvement, and installation of integrated systems of men, materials, information, energy, and equipments. It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the result to be obtained from such systems

3 Knowledge & Skill Mathematical Physical Sciences Social Sciences Industrial Engineering Engineering Specify Predict Evaluate Optimal Result Design Integrated Systems Improvement Installation

4 SYSTEM SUBSYSTEM SUPERSYSTEM Integrated SYSTEM Sistem bagian dari supersystem atau metasystem. Dan sistem terdiri dari beberapa subsystem.

5 SYSTEM SUBSYSTEM SUPERSYSTEM Sistem menjadi bagian dari sistem yang lebih besar (yang disebut supersystem atau metasystem). Sistem juga terbentuk dari beberapa sistem yang lebih kecil (yang disebut subsystem). Beberapa sistem ter-agregasi dan bersinergi secara terpadu membentuk supersystem. Dan sistem dapat terdekomposisi menjadi beberapa subsystem yang saling berinteraksi simultan dan terintegrasi. Semakin sempit lingkup sistem yang dipelajari, semakin detail dan terstruktur permasalahannya. Semakin luas lingkup sistem yang dipelajari, semakin kompleks dan majemuk permasalahannya.

6 SYSTEM SUBSYSTEM SUPERSYSTEM

7 BERKUMPULLAH 3-4 MAHASISWA DAN DISKUSIKAN : System Subsystem Supersystem di dunia kerja Apa contoh system subsystem supersystem di dunia kerja yang mungkin akan dihadapi lulusan Teknik Industri?

8 Industrial Engineering New Paradigms

9 WASTE & LEAN

10 WASTE & LEAN Materials Machines Manpowers Transportation Excess Inventory Defect Inappropriate processing Overproduction Waiting Unnecessary Motion Distance Time Material handling Lot size Buffer size Crashed Stock level Replenishment Turnover Warehousing Storage space Degradation Inefficiency Nonconforming Reject Rework Downgrade Guarantee Mistake Cycle time Speed Lead time Workload Supervision Error Forecasting Planning Scheduling Batch size Shop floor control Unsold Unbalance Setup Warming Downtime Idle Delay Waiting Layout Ergonomic Method Movement Search Inspection Counting

11 CHANGE & AGILE

12 CHANGE & AGILE 12

13 GREEN & SUSTAINABLE DAYA DUKUNG LINGKUNGAN HIDUP ENVIRONMENTAL CARRYING CAPACITY DAYA TAMPUNG LINGKUNGAN HIDUP

14 GREEN & SUSTAINABLE Recovery Recycling Reuse Energy Industrial Production Domestic use Waste Management Reduce Industrial scrap Industrial waste Disposal Raw Materials & Energy Landfill

15 BORDERLESS & SUPPLY CHAIN

16 BORDERLESS & SUPPLY CHAIN Suppliers Manufacturer Distributor Retailer Customer Competitive Strategy Product Dev. Strategy Supply Chain Strategy Marketing Strategy Intercompany Interfunctional maximize SC surplus Intracompany Interfunctional maximize company profit Intracompany Intrafunctional minimize functional cost Intracompany Intraoperation minimize local cost

17 KOLABORASI INDUSTRIAL

18 LINGKUNGAN PERUSAHAAN

19 LINGKUNGAN MIKRO DAN MAKRO MICRO Environment MACRO Environment

20 LINGKUP TEKNIK INDUSTRI BERDASARKAN SKALA SISTEM Island Integrated Point Extended

21 LINGKUP TEKNIK INDUSTRI BERDASARKAN SKALA SISTEM Point. Satu atau sebagian task dalam satu departemen. Island. Satu atau sebagian departemen (divisional atau fungsional) dalam satu organisasi. Integrated. Terintegrasi satu organisasi. Extended. Terintegrasi lintas organisasi.

22 LINGKUP TEKNIK INDUSTRI BERDASARKAN FOKUS SISTEM

23 LINGKUP TEKNIK INDUSTRI BERDASARKAN FOKUS SISTEM Dalam lingkup meso, sistem yang dipelajari sebatas perusahaan atau minimal setingkat departemen atau SBU. Pada lingkup makro, dimulai dari sistem perusahaan dengan lingkungannya, atau lebih luas. Dan untuk lingkup mikro, sistem yang dipelajari lebih kecil. Misalnya interaksi antara manusia dan produk / jasa yang digunakan. PEKERJAAN PERALATAN PRODUK / JASA MANUSIA LINGKUNGAN FISIK MANUSIA LAINNYA

24 LINGKUP TEKNIK INDUSTRI BERDASARKAN AREA KERJA Man- Machine System Work Center Strategic Business Unit Enterprise Supply Chain

25 LINGKUP TEKNIK INDUSTRI BERDASARKAN BUSINESS PLAN Work Breakdown System Ergonomic Demand Forecasting Voice of Customer Work Studi Make or Buy Analysis Division of Work Differentiation / Product Variants Capacity Planning Organization Development PRODUCT DESIGN PROCESS PLANNING FACILITY PLANNING WORK STATION DESIGN LAYOUT DESIGN PRODUCTION PLANNING ENTERPRISE BUSINESS PLAN Function Analysis & Morphology Quality Function Deployment General/ Special Purposes Job Analysis Serial / Parallel Machines Inventory Planning Competitive Analysis Personnel Planning Distribution Planning Financial Feasibility

26 LINGKUP TEKNIK INDUSTRI BERDASARKAN FUNGSIONAL Primary Activities Support Activities

LINGKUP TEKNIK INDUSTRI BERDASARKAN JENJANG

Control MANAGEMENT Overall Report (Director,

Planning & Control Comprehensive Report BOTTOM

Operational Planning & Control Detail report Worker,

27 LINGKUP TEKNIK INDUSTRI BERDASARKAN JENJANG ORGANISASI TOP Strategic & Fundamental Planning & Control MANAGEMENT Overall Report (Director, Executive) MIDDLE MANAGEMENT (Manager) Tactical Planning & Control Comprehensive Report BOTTOM MANAGEMENT (Foreman, Supervisor, Superintendent) Operational Planning & Control Detail report Worker, Operator, Clerical & Administration Staff, Professional Staff Task & Process Performing

28 LINGKUP TEKNIK INDUSTRI BERDASARKAN PROSES BISNIS

29 LINGKUP TEKNIK INDUSTRI MIKRO MESO MAKRO ORGANISASI ORGANISASI LAIN

30 LINGKUP TEKNIK INDUSTRI LINGKUNGAN USAHA

31 LINGKUP TEKNIK INDUSTRI KOLABORASI INDUSTRIAL

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PERENCANAAN PERUSAHAAN

PERENCANAAN PERUSAHAAN INDUSTRIAL ENGINEERING..is concerned with the design, improvement, and installation of integrated systems of men, materials, information, energy, and equipments. It draws upon specialized