Dokumen tersebut membahas tentang sejarah, definisi, dan ruang lingkup disiplin Teknik Industri. Ia menjelaskan bahwa Teknik Industri muncul untuk memenuhi kebutuhan akan tenaga terampil dalam meningkatkan efisiensi sistem produksi yang kompleks. Dokumen ini juga menjelaskan tokoh-tokoh penting dan konsep-konsep dalam perkembangan Teknik Industri hingga saat ini.

1. Pengantar Teknik Industri Andik Diyan saputra Fakultas Teknik Industri

2. Bab 1 Historis, Definisi dan Ruang Lingkup Disiplin Teknik Industri

8. Secara definitif ilmu teknik, keteknikan ataupun engineering bisa dinyatakan sebagai : “ The profession in which a knowledge of the mathematical and natural sciences gained by study, experience, and practice is applied with judgement to develop ways to utilize, economically, the materials and forces of nature for the benefit of man kind “

11. Kel. Matematika & Ilmu Alam Kel. Umum Kel. Ilmu Sosial & Manajemen Kel. Eng. Science Umum Kel. Eng. Science TI INOVASI PRODUK INOVASI PROSES Peran Keilmuan TI dalam Inovasi Industri Kel. Eng. design -Peranc TI, -Anal. Perc Bisnis -Perc. Tata Lt. Facilitas - Agama, Pend Kewrgnegaraan, bhs Inggris, TT&Kom, Peng.Ling - Peng.IE, analisa biaya, Psiko Indstri Perc Org, Peng.Bis &mgmn - MengTek, MekTek, MatTek, Elek.Ind, Pemrog &Dasar Komputer - Peng TI, Probabilitas, Statistik Ind, Optimasi, Mdl Stokastik, EkTek, SimKom, APK, PSKE, Pros.Mfktr, Peng&Penjmn Mutu, P2P, Pemodelan sistem

12. New model/ Project mngmt Production Preparation INOVASI PRODUK Kontribusi Sarjana TI dalam Inovasi Industri Technology Management Feasibility Study (Market, Cost, Prod.) 4M preparation Product techno choice Leadership, Plan.& Org.

13. Quality Management (QAC) Logistic / Supply Chain Mgt. Safety, Health & Ergonomic (Peranc. Sist. Kerja) Moral & Motivation (Psiko Ind.,etc) Productivity Mgt INOVASI PROSES Kontribusi Sarjana TI dalam Inovasi Industri Cost Mgt (analisa biaya, Ekon. teknik) Sistem produksi/proses manufaktur Environment Mgt

14. Engineers or Managers? (Insinyur/Teknolog atau Ekonom/Teknokrat)

15. Phase-Phase Perkembangan Aktivitas Produksi di Industri Phase-Phase Perkembangan Job Order Mass Customization Mass Production Mass Marketing Macam & Volume Produk Area Lokasi Pemasaran Sifat Perubahan Terjadi Periode Customized, kecil, terbatas Lokal Tersendat, Trial & Error Sebelum Revolusi Industri Standard, seri, batch, massal Diversifikasi, banyak model Sangat terdiver sifikasi & masal Regional Nasional Global/ Internasional Lambat, Scientific Method Cepat Turbulent 1930 - 1950 1950 - Skg Revolusi Industri - 1930

21. Perkembangan Disiplin Teknik Industri Phase Perkembangan Revolusi Industri (1750-1900-an) Scientific Management (1890 - 1930-an) Industrial Engineering (1930-1950-an) Operations Research (1945-1970-an) Industrial & System Engineering Problematik, Kasus, Konsep, atau Pengembangan Teori Mekanisasi Proses-2 Produksi, Interchange-ability Parts, Standardisasi Produk (awal Mass Production) Time & Motion Studies, Organization (Functional) Design, Production Planning & Scheduling, Inventory Model (EOQ), Statistical QC, Line Balancing, etc. Control Theory, Large-Scale System, Total System Design, Social System, Cybernetics, Behavioral Theory Tool Design, Engineering Economy, Human Engineering (Ergonomics), Facilities Location & Layout, Queuing Theory, Analyzing Productivity, Management Controls, etc Digital Computer, Mathematical Programming, Reliability Analysis, Decision/Optimization Theory, System Engineering, Automation, Mgmt Information System, etc. Skala Pandang MIKRO MIKRO & MAKRO

22. Kompetensi Teknik Industri Menyongsong Masa Depan Sumber: Sinks, DS. Can IE’s Become Master of Change? Journal Industrial Engineering, December 1985 Teknik Industri Teknik Industri Aliran Tradisional Aliran Modern - Work Measurement + (plus) Performance & Productivity Measurement - Methods Engineering + (plus) Operation Analysis, I/O Analysis, etc - Human Factors Engineering + (plus) Socio -Technical System Design - Operation Research + (plus) Mgmt Support System Design, Development and Facilitation - Engineering Economy + (plus) Capital Productivity Management - Manufacturing Processes, + (plus) Manufacturing Systems Mgmt, Productivity Inventory Control, Facilities Management Planing, Production Control - Quality Control, Reliability + (plus) Quality Management (Total) and Statistics - Productivity Improvement + (plus) Strategic Planning/Mgmt, etc - Computers Programming, + (plus) Corporate Finance, Cost Analysis, Organization Industrial Organization/Mgmt Development/Behavior, Industrial Psychology

29. I E Systems and Tools (Mathematical Models) Engineering Management Ergonomics/ Human Factors Manufacturing Process/Technology Industrial Engineering (IE) Areas of Teaching & Research

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