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Industrial Engineering

Teknik Industri

Industrial Engineering studies how to design, optimize, and manage systems involving people, machines, materials, energy, and information. The field sits at the intersection of engineering and management — you will learn statistics, operations research, ergonomics, production management, and industrial data analysis.

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Level S1 · 4 years
Market demand High, and continually increasing
Mid salary Rp 12–20 million /mo
01

Big Picture

DATA

Optimizing industrial systems — from plant layout design and production control to supply chain management, workplace ergonomics, and operational data analysis. The emphasis is on efficiency: reducing costs, eliminating waste, and increasing productivity without sacrificing quality or workplace safety.

Core courses

  • ›Industrial Statistics
  • ›Operations Research
  • ›Ergonomics and Work System Design
  • ›Production and Operations Management
  • ›Logistics and Supply Chain Management
  • ›Facility Layout Design
  • ›Quality Control and Assurance
  • ›Engineering Economics and Cost Analysis
  • ›System Simulation
  • ›Management Information Systems
  • ›Occupational Health and Safety (OHS)
  • ›Systems Analysis and Design
WHO THIS FITS

This is a good fit if you enjoy solving complex problems with an analytical approach, want to optimize work processes, and feel comfortable bridging the engineering and business worlds. If you like mathematics and statistics but are also interested in management, this program is the perfect bridge.

Education levels

how does it differ from other levels?
D3
The D3 in Industrial Engineering lasts 3 years and awards an Associate Degree (A.Md). The composition is roughly 70% practice and 30% theory. The focus is on operational skills — production control, work measurement, and shop floor supervision. Graduates are ready to work at the operational supervisory level, but need to continue to D4/S1 for analytical or managerial positions.
D4
The D4 (Applied Bachelor's) in Industrial Engineering lasts 4 years and awards an Applied Bachelor's degree (S.Tr.T). The practical portion is larger than in S1, but it is more theoretical than D3. It focuses on applied industrial engineering — production system design, quality management, and logistics with a hands-on approach. Graduates can continue to S2; the degree is equivalent to S1.
S2
The S2 Master's in Industrial Engineering lasts 2 years (36-42 credit hours) and awards a Master of Engineering (M.T.) degree. It focuses on deep specialization — operations research, advanced ergonomics, technology management, or data analytics. A thesis is required. It is suitable if you want a career in research, senior consulting, or an operations director position.
S3
The S3 Doctorate in Industrial Engineering lasts 3-4 years and awards a Doctor (Dr.) degree. It is purely research-based, producing an original contribution to industrial engineering science through a dissertation. It is intended for academics, senior researchers, or executive-level consultants. Only a handful of campuses in Indonesia offer this program (ITB, ITS, UI, UGM).

Often confused with…

what's the difference?
vsTeknik Mesin
Mechanical Engineering focuses on the technical design and manufacturing of components and machinery. Industrial Engineering is more about optimizing the system as a whole — how people, machines, and processes work together efficiently.
vsManajemen
Management studies business and organizations from a strategic and financial perspective. Industrial Engineering has a strong engineering foundation — it uses mathematics, statistics, and quantitative methods for operational optimization.
vsSistem Informasi
Information Systems focuses on designing and managing IT and information systems. Industrial Engineering uses data and technology as tools to optimize production and operational processes, rather than as the primary goal.
vsTeknik Manajemen Industri (D4)
D4 Industrial Management Engineering is more vocational and applied, focusing on direct job skills. S1 Industrial Engineering is more theoretical and analytical, opening paths to research and further S2/S3 study.

Myth vs Fact

MYTH Industrial Engineering is a factory major — it's only for working in manufacturing.
FACT Graduates can work in almost any sector: logistics, banking, consulting, technology, healthcare, and even government. Optimization and data analysis skills are relevant everywhere.
MYTH Industrial Engineering graduates will definitely end up as factory supervisors.
FACT Graduates have highly diverse careers — from supply chain manager and business analyst to project manager, quality engineer, management consultant, and product manager at a tech startup.
MYTH Industrial Engineering is easy because it includes a lot of management.
FACT The curriculum remains heavy on mathematics, statistics, and operations research. This is an engineering major that requires strong quantitative skills — not just 'management.'
MYTH Because it is so broad, graduates lack specific expertise.
FACT That flexibility is actually an advantage. You can specialize through concentrations (manufacturing, logistics, ergonomics, data analytics) plus professional certifications like Six Sigma or PMP.
02

Toolkit & Prep

GUIDE

Personal hardware & software you need to prepare before classes start — requirements vary by program. Expensive, heavy-duty equipment is usually provided by the campus.

MINIMUM LAPTOP SPEC

A mid-range laptop with at least an i5/Ryzen 5 processor, 8 GB RAM, and a 256 GB SSD. This is sufficient for statistical software and simulations — you don't need gaming or workstation specifications.

ESTIMATED STARTUP BUDGET
Rp 6–12 million

A one-time purchase that lasts through your studies.

Laptop
For statistics labs, simulations, and facility layout design
Required
Scientific calculator
A Casio fx-991 or equivalent model for exams and lab work
Required
Microsoft Office / Google Workspace
There are many data analysis assignments and reports to write
Required
Statistical software (Minitab / SPSS / JASP)
The campus usually provides this, but installing it yourself is also useful
Required
AutoCAD / SolidWorks
For the layout and facility design course
Optional
Arena / AnyLogic (simulation software)
There is usually a campus license available, but you can also download the student version
Optional
Python / R
These are increasingly relevant for data analytics and process automation
Optional
Ruler / technical drawing tools
For the technical drawing course in the early semesters
Required
03

Facility Checklist

GUIDE

Questions specific to Industrial Engineering to bring to an open house or campus visit. Important facilities vary by program — these matter most.

Note: Myjor doesn't maintain a facilities database per campus. This is a tool for you to assess it yourself.

Is there an ergonomics lab? Is the work-measurement equipment (stopwatch, motion capture, workload measurement tools) complete?
Is a system simulation and modeling lab available? Are licensed simulation software packages (Arena, FlexSim, AnyLogic) available?
Does the production management lab have a mini production line or CNC setup for lab work?
Is there a computer lab with statistical and data analysis software (Minitab, SPSS, R, Python) installed?
Is there a workshop or machine shop for work design and measurement lab work?
Are there partnerships with factories or industry for field trips and internships?
Does the library have access to international journals (Scopus, IEEE, Springer) for research?
Are there facilities supporting occupational health and safety (OHS) — PPE, hazard simulation equipment?
Are classrooms equipped with projectors and stable internet access for analysis presentations?
Is there a co-working space or group discussion room for team projects?
Is there a quality control lab with precision measuring tools (caliper, micrometer, CMM)?
Is there access to ERP software (SAP, Oracle) for management information system lab work?

Tip: ask for a tour of the relevant labs/studios, not just the main building. Ask about access hours and whether undergrads can use the equipment.

04

Academic Quality

GUIDE

Three objective ways to assess a program's academic quality — including how to check them yourself.

A

Program accreditation status

Check the program's own accreditation rating (not just the campus's) on official sites. International accreditation is a plus for certain fields.

Unggul / A — top tier Baik Sekali / B Baik / C

Check at: BAN-PT (banpt.or.id) or the relevant LAM, & PDDIKTI (pddikti.kemdikbud.go.id).

B

Student–faculty ratio & how to calculate it

ratio = active students ÷ full-time faculty
Example: 600 students ÷ 25 faculty = 1 : 24
✓Ideal: ≈1:20 for STEM/science fields, ≈1:30 for social sciences/humanities (per Ministry of Education guidance).
!The smaller the second number, the more attention each student gets. Above 1:40 is worth flagging.
!Also check faculty qualifications (Master's/PhD) and whether there are industry practitioner lecturers.
C

Faculty research — relevant & current?

Look up faculty profiles and publications (Google Scholar / SINTA). For Industrial Engineering, look for those researching currently relevant topics:

Production and Operations System OptimizationErgonomics and Human FactorsLogistics and Supply Chain ManagementData Analysis and Data Mining for IndustrySystem Simulation and ModelingLean Manufacturing and Six SigmaWork System DesignOccupational Health and Safety (OHS)Project ManagementDecision Support SystemsGreen Manufacturing and Industrial SustainabilityQuality Engineering and Industrial Statistics

E.g., is there faculty researching AI, or cancer-related topics? Active research topics signal the program keeps up with the field.

ASK AT THE OPEN HOUSE

"What's this program's student–faculty ratio? What research topics are faculty currently working on? What percentage of graduates find field-relevant jobs within 6 months?"

05

Partnerships

GUIDE

Campus partnerships heavily shape internship, research, and career paths. Which partners matter varies by program — here's what's relevant for Industrial Engineering.

Manufacturing industry (factories, automotive, electronics)
Ask about internship pathways, management trainee programs, and whether there are university-industry collaborative projects involving students.
Logistics and supply chain companies
Is there an internship partnership with logistics companies (JNE, SiCepat, shipping companies)? Are many graduates absorbed into this sector?
Management and operations consulting firms
Are there visiting practitioner programs or guest lectures from industry consultants?
SOEs (Pertamina, PLN, Telkom, etc.)
Are there special recruitment pathways or internship programs for state-owned enterprises? How many students are placed each year?
Technology companies (startups, e-commerce)
Does the campus have partnerships with tech startups for operations analyst or product analyst positions?
Professional certification bodies (Six Sigma, PMP, CPIM)
Does the campus provide preparation for professional certifications? Is there a subsidy for exam fees?
Professional associations (IIEI — Ikatan Insinyur Ekonomi Indonesia, ISI)
Are students active in professional association activities? Are there networking events or competitions?
Research and publication partners (SINTA, research institutes)
Are lecturers active in publishing in indexed journals? Are there research grants involving students?

Ask for a list of official partners with active MoUs — not just logos in a brochure. Ask how many students are actually placed each year.

06

Career & Salary

DATA
Entry
0–2 years
Rp 5–8 million
per month
Mid
3–6 years
Rp 12–20 million
per month
Senior
7+ years
Rp 25–50 million
per month
Career pathsSalary range /mo
Industrial Engineer Rp 7–25 million
Quality Control Engineer Rp 6–20 million
Supply Chain Manager Rp 12–40 million
Project Manager Rp 10–35 million
Business Analyst Rp 8–25 million
Production Planner / PPIC Rp 6–15 million
Management / Operations Consultant Rp 10–50 million
Product Manager (tech) Rp 10–35 million
Logistics Engineer Rp 7–25 million
Safety Engineer / Occupational Health and Safety (K3) Specialist Rp 7–20 million
Procurement Specialist Rp 7–18 million
Operations Director Rp 30–100 million

Sources: Myjor 2024 industry salary survey (n=4,200), BPS, and job portals. Figures are medians, influenced by city, company, and experience.

Sources & References

The career & salary data above traces back to its sources. Click to expand/collapse the source list.

06 · Career & Salary (3 sources)