What is Industrial Engineering
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1) Industrial Engineering is concerned with the integrated design, improvement and installation of systems comprising people, materials, equipment and energy. 2) It draws on specialized knowledge from various fields to specify, predict and evaluate system performance. 3) The three primary roles of Industrial Engineers are design, installation, and improvement of integrated systems.
![Specify is not easy
• I want to be Happy … [could you define this please?]
• Lets try this: Muda Foya-foya, Tua Kaya Raya, Mati
Masuk Surga … [is it definitive yet?]
• Foya-foya = 10 million pocket money per day
• Kaya Raya = 10 billion pocket money per day
• Masuk Surga = …? [how do we measure this?]](https://image.slidesharecdn.com/whatisieui-120226184645-phpapp02/85/What-is-Industrial-Engineering-34-320.jpg)
What is Industrial Engineering
- 1. Pertanyaan yg Sering Diajukan ke Anda … … yang harus bisa dijawab oleh orang TI • TI itu bukan teknik, tapi manajemen, karena kuliahnya banyak mengandung kata manajemen • TI itu gampang, karena matematikanya sedikit • TI itu tidak dibutuhkan, khan sudah ada departemen ekonomi atau manajemen
- 2. Industrial Engineering 3 Primary Roles … concerned with the design, improvement and installation … … of integrated systems of people, materials, equipment and energy … … It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering .. … to specify, predict and evaluate the results to be obtained from such a system 3 Primary Jobs on Systems Performance
- 3. Design 1 de·sign/dəˈzīn/ Noun:A plan or drawing produced to show the look and function = workings of an object before it is built or made.
- 4. Why Design? Designers, through training and experience, develop a different lens through which to see the world. They move through spaces, environments, and systems, making observations and developing insights about what works well and what doesn't. They then use those observations and insights to create innovative solutions for everyday problems. Design is the key role that differentiates industrial engineering with management
- 5. CAPSTONE Design, requires capturing skills and knowledge as the building blocks for your design
- 6. Piramida Perkuliahan berkonsep Capstone Design untuk membangun Core Competency Occupational Pengantar Manajemen Manajemen Safety and Teknik Rantai Suplai Teknologi Health Industri Perancangan Teknik Kuliah-Kuliah Kapita Kerja Skripsi Industri Pilihan Selekta Praktek Perancangan Perancangan Tata Letak Produk Pabrik Faktor Pengantar Manajemen Analisa Manusia Sistem Mekanika dan Proses Simulasi Sistem Sistem Sistem Proyek Kelayakan dalam Produksi Elektronika Produksi Industri Pemeliharaan Kualitas Informasi Industri Industri Rekayasa Pabrik dan Desain Metode, Sta Organisasi & Pengetahuan Gambar Riset Pemodelan Ekonomi ndard dan PPIC Psikologi Bahan Teknik Operasional Sistem Teknik Pengukuran Industri Kerja Statistik Industri Analisa Biaya Programa Statistik Linier Probabilitas Pengantar Ilmu Ekonomi man methods materials machines money
- 7. Install 2 in·stall /inˈstôl/ Verb: Place or fix an object in position ready for use Synonyms: set - establish - set up
- 8. Install • This is not just a typical install, in IE this means you must develop* and deploy • Know What to do, Who to do, How to do, When & Where to do, and most importantly WHY do it, and put this together into good project deployment. * You can outsource the development
- 9. Improve 3 im·prove /imˈ ov/ pro͞ Verb: Make or become better
- 10. Improve 3 • Improve means Manage, because if you do not improve/manage means you just administer (administration vs. management) • Improve must have 3 properties: Fact-based, Never- ending and Purposeful
- 11. Integrated 1+2+3 in·stall /inˈstôl / Adjective: combining or coordinating separate elements so as to provide a harmonious- interrelated whole
- 12. Integrated • The beauty of IE is not you cannot separate design, install and improve, you must think about all of them together Will my design easy to install and improve? 3 1 How can I improve my design? I must leave a good documentation when installing, so people could easily improve 2
- 13. Integrated This word will be used almost all the time when we are discussing about Industrial Engineers
- 14. Industrial Engineering 3 Primary Roles … concerned with the design, improvement and installation … … of integrated systems of people, materials, equipment and energy … … It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering .. … to specify, predict and evaluate the results to be obtained from such a system 3 Primary Jobs on Systems Performance
- 15. Systems system/ˈ sistəm/ Noun: 1. A set of connected things or parts forming a complex whole, in particular. 2. A set of things working together as parts of a mechanism or an interconnecting network.
- 16. Systems means Multi 1. Multi-Scale • Product, • Work-Place, • Process, • Production, • Plant, • Producers, • Multi-Producers (Supply Chain)
- 17. Systems means Multi 2. Multi-Factors of 5Ms • Man • Machine • Money • Material • Methods
- 18. Systems means Multi 3. Multi-Time • Past • Present-Past • Presents • Present-Future • Future
- 19. Systems means Multi 4. Multi-Actors • Company • Consumers • Competitors • Government • Society
- 20. Example of Systems means Multi Sustainable Industrial Engineering Modal Tenaga Kerja Produktif , Konsumsi RT Modal Manusia & Ekonomi Sosial Infrastruktur, Kesehatan, Bangunan, keahlian, Alat-alat Produksi, pengetahuan, dsb semangat Pendapatan, Kesempatan Kerja komunitas (+) investasi konservasi Efek Kesehatan, (-) Emisi Polusi, Sampah Kualitas hidup Modal Lingkungan Flora dan fauna, sumber daya sumber daya alam, ekonomi, air, kesadaran menyerap/ udara konservasi melepaskan lingkungan polutan Energi Renewable and Non-Renewable
- 21. Integrated Systems = Multi + Interconnected Multi Time Multi Actors • Product • Man • Place • Machine • Past • Competitors • Plant • Material • Present • Methods • Company • Policy • Future • Customer • Money Multi Scale Multi Factors
- 22. You are prepared for “the multi’s” PERANCANGAN METODE, STANDAR FAKTOR PERGUDANGAN & PENGENDALIAN PROSES PRODUKSI PROSES D & DESAIN KERJA MANUSIA PENYIMPANAN PRODUKSI PERANCANGAN DALAM REKAYASA & LOGISTIK DAN SISTEM PRODUKSI PENGGERAK PRODUK MANAJEMEN SDM DESAIN DISTRIBUSI MULA MANAJEMEN PENGETAHUAN SIMULASI SISTEM BAHAN INDUSTRI SUB-SISTEM MANUFAKTUR PEMODELAN SUB-SISTEM MANUSIA SISTEM RANTAI SUPLAI SUB-SISTEM SUB-SISTEM INOVASI (R&D) SISTEM KUALITAS PRODUKSI/PROSES MANAJEMEN SUBSISTEM SISTEM TOTAL QUALITY PEMELIHARAAN PEMELIHARAAN SUB-SISTEM MANAGEMENT INDUSTRI KUALITAS SUB-SISTEM DASAR INFORMASI SUB-SISTEM AKUNTANSI BIAYA KOMPUTER SUB-SISTEM KEUANGAN ORGANISASI MANAJEMEN PENGANTAR SISTEM INFORMASI EKONOMI PROJECT MANAJEMEN PSIKOLOGI EKONOMI TEKNIK MANAGEMENT PEMASARAN INDUSTRI MANAJEMEN ORGANISASI & ANALISA INDUSTRI SDM KELAYAKAN
- 23. Kuliah-kuliah di Teknik Industri akan memberikan bekal buat kamu untuk meningkatkan efisiensi dan efektivitas dengan mengoptimalkan salah satu atau lebih dari bagian/sub-sistem yang disebutkan tadi Human Factors in Materials Logistics and Engineering and Knowledge Distribution System Design Production Work Methods & Inventory and Processes Standards Design Warehousing Strength of Materials System Modeling Human Supply Chain Production System Prime Movers Industrial Factors Management Plant Layout Simulation Manufacturing Operations System Research Product Design Innovation Process/ Management Production Process Design Integrated Industrial Quality Systems Systems TQM - Total Introduction to Maintenance Quality Quality Industrial Management Engineering Maintenance Management Engineering Information Financial Economy Object Oriented Organization Cost Accounting Industrial Programming Statistics Management of Economics Information System Marketing Industrial Management Psychology Feasibility Studies Project Industrial Management Management Organization and HRM
- 24. Industrial Engineering 3 Primary Roles … concerned with the design, improvement and installation … … of integrated systems of people, materials, equipment and energy … … It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering .. … to specify, predict and evaluate the results to be obtained from such a system 3 Primary Jobs on Systems Performance
- 25. Engineer The profession in which a knowledge of the mathematical and natural sciences gained by study, experience, and practice is applied with judgment to develop ways to utilize, economically, the materials and forces of nature for the benefit of mankind
- 26. Engineering is the discipline, art, skill and profession … of acquiring and applying scientific, mathematical, economic, social, and practical knowledge … in order to design and build structures, machines, devices, systems, materials and processes … that safely realize improvements to the lives of people. The Watt steam engine, a major driver in the Industrial Revolution, underscores the importance of engineering in modern history (source:wikipedia.org)
- 27. Engineers designs & develop a product, Industrial Engineers designs & develop an integrated system
- 28. Engineers makes Things, What makes us an make Things BETTER Industrial Engineers Engineer? Focus on Design Increasing Quality of Life Understanding and Exploiting Laws of Nature
- 29. Banyak Bekerja dan Banyak Bicara
- 30. Industrial Engineering 3 Primary Roles … concerned with the design, improvement and installation … … of integrated systems of people, materials, equipment and energy … … It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering .. … to specify, predict and evaluate the results to be obtained from such a system 3 Primary Jobs on Systems Performance
- 31. Performance The act of performing; the carrying into execution or action; execution; achievement; accomplishment; representation by action; as, the performance of an undertaking of a duty.
- 32. How do people calls Industrial Engineers Operations Excellence Efficiency Expert Quality Expert Productivity Expert Why? Because we can deliver results!
- 33. Specify spec·i·fy/ˈspesəˈfī / Verb: Identify clearly and definitely State a fact or requirement clearly and precisely
- 34. Specify is not easy • I want to be Happy … [could you define this please?] • Lets try this: Muda Foya-foya, Tua Kaya Raya, Mati Masuk Surga … [is it definitive yet?] • Foya-foya = 10 million pocket money per day • Kaya Raya = 10 billion pocket money per day • Masuk Surga = …? [how do we measure this?]
- 35. Predict pre·dict/priˈdikt / Verb: Say or estimate that (a specified thing) will happen in the future or will be a consequence of something.
- 36. Predict though Simulation Product Process Factory Enterprise Design Design Design Design • UGS NX6 • JACK Process • FactoryCAD • eM Plant • AutoCAD Inventor Performance • ProModel • Siemens PLC • 3D Rapid • AutoCAD Simulation Management Prototyping Mechanical • Plant Software • 3D Desktop Simulation • Expert Choice Anthropometric • FactoryFLOW • QFD Builder • JACK Human • Motion Capture • PowerSIM Virtual Modeling Studio • NetLogo • Product Testing (OS)/StarLogo Rooms (Heat/Cold (OS) – • DSOL (OS) Sound/Vibration) • Eye Tracker
- 37. Evaluate Verb: to determine the significance, worth, or condition of usually by careful appraisal and study Synonyms:appraise - estimate - value - assess - rate - appreciate
- 38. Evaluate • Evaluate needs a standard point These standards could come from the specify and predict steps previously, this is called internal standards. Is he tall? Comparing to whom? Or they could came from external standards.
- 39. Evaluate should create new opportunity for improvement through gap identification External standards such as product standards, management standards, process standards etc, I want to like him What are the differences known as ISO, SAE, in each factors ASME or through between me and him? Benchmarking Process could help you find opportunities for improvement
- 40. Industrial Engineering … concerned with the design, improvement and installation … … of integrated systems of people, materials, equipment and energy … … It draws upon specialized knowledge and skill in the mathematical, physical and social sciences together with the principles and methods of engineering .. … to specify, predict and evaluate the results to be obtained from such a system
Editor's Notes
- #16: Sistem adalah entitas (sesuatu) berfungsi secara keseluruhan dari komponen atau sub-sistem yang membangunnya ..… dalam suatu pola interaksi tertentu untuk mencapai tujuannya secara berkesinambunganA system is a defined entity that maintains its existence and functions as a whole (to achieve its goals continuously) through (a pattern of) interaction of its parts (or subsystems).
- #21: Makro model disusun dengan mempertimbangkan konsep dasar interaksi yang terjadi pada pembangunan berkelanjutan antara 3 modal pembangunan yaitu modal ekonomi, modal sosial dan modal lingkungan
- #30: Sistem adalah entitas (sesuatu) berfungsi secara keseluruhan dari komponen atau sub-sistem yang membangunnya ..… dalam suatu pola interaksi tertentu untuk mencapai tujuannya secara berkesinambunganA system is a defined entity that maintains its existence and functions as a whole (to achieve its goals continuously) through (a pattern of) interaction of its parts (or subsystems).