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Mechanical Engineering

Teknik Mesin

Mechanical Engineering studies the design, analysis, and manufacturing of mechanical systems, from small machine components to large-scale energy installations. It's a great fit if you enjoy physics and mathematics and want to build things that move.

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Level S1 · 4 years
Market demand High, steadily increasing
Mid salary Rp 6–10 million /mo
01

Big Picture

DATA

Mechanical Engineering S1 focuses on mechanics, thermodynamics, materials, and manufacturing to design and analyze machine and energy systems. You will learn everything from basic engineering physics concepts to numerical simulation and computer-aided design.

Core courses

  • ›Engineering Mathematics
  • ›Engineering Physics (Mechanics)
  • ›Thermodynamics
  • ›Fluid Mechanics
  • ›Mechanics of Materials (Strength of Materials)
  • ›Heat Transfer
  • ›Energy Conversion Machines
  • ›Manufacturing Engineering
  • ›Engineering Design (CAD/CAE)
  • ›Vibrations and Dynamics
  • ›Control Systems
  • ›Automotive Engineering
WHO THIS FITS

A good fit if you like understanding how physical objects work, are strong in math and physics, enjoy designing or fixing things, and are interested in the manufacturing, energy, or automotive industries.

Education levels

how does it differ from other levels?
D3
The D3 Mechanical Engineering program (Associate Degree, 3 years) focuses on practical skills in machine operations, maintenance, and production. Graduates are ready to work immediately as technicians or operators, without much advanced theory or research.
D4
The D4 Mechanical Engineering program (Bachelor of Applied Science, 4 years) combines applied skills with deeper engineering knowledge than a D3. Graduates earn an S.ST degree and can work directly in senior technical roles or continue to an S2.
S2
The Master's in Mechanical Engineering program (S2, 1.5–2 years) deepens research specialization — for example, in renewable energy, advanced materials, or computational fluid dynamics. Suitable for a career in research, senior consulting, or academia. Requires an S1 in Mechanical Engineering or a related field.

Often confused with…

what's the difference?
vsTeknik Industri
Industrial Engineering focuses on process optimization, production management, and system efficiency — leaning more toward management. Mechanical Engineering goes deeper into the design and analysis of physical components and systems.
vsTeknik Elektro
Electrical Engineering focuses on electrical circuits, electronics, and electrical power. Mechanical Engineering is more about mechanics, materials, and motion systems.
vsTeknik Metalurgi
Metallurgical Engineering focuses on the properties and processing of metals and materials. Mechanical Engineering uses materials knowledge but is broader, extending to the design and analysis of mechanical systems.
vsTeknik Fisika
Engineering Physics is more about applying pure physics to engineering (optics, photonics, nanotechnology). Mechanical Engineering is more applied to real-world machine systems.

Myth vs Fact

MYTH Mechanical Engineering is just about taking machines apart and workshop work.
FACT Most of the curriculum consists of analysis, simulation, and computer-aided design. Workshop practice is only a small part.
MYTH Mechanical Engineering graduates can only work in factories.
FACT Graduates work in various sectors: energy, automotive, oil and gas, aviation, consulting, and even research and technology.
MYTH Mechanical Engineering is saturated, making it hard to find a job.
FACT Demand for mechanical engineers remains high in Indonesia, especially in the manufacturing, renewable energy, and infrastructure sectors.
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 laptop with at least an Intel i5/AMD Ryzen 5 processor, 8 GB RAM (16 GB recommended), and a discrete GPU for CAD/simulation software (SolidWorks, ANSYS, AutoCAD). An SSD of 256 GB or more.

ESTIMATED STARTUP BUDGET
Rp 8–15 million

A one-time purchase that lasts through your studies.

Laptop with a discrete GPU
It is needed to run 3D CAD software and FEA/CFD simulations.
Required
Scientific calculator (Casio fx-991)
It is allowed during exams.
Required
CAD software (SolidWorks/AutoCAD/FreeCAD)
A campus license is usually available; ask during orientation.
Required
Technical drawing tools (vernier caliper, steel ruler, set square)
These are used for technical drawing lab work in the early semesters.
Required
Safety shoes (steel toe)
They are mandatory for workshop and lab practicals.
Required
Simulation software (ANSYS/COMSOL)
It is used for advanced simulation courses; a campus license is usually available.
Optional
Tablet/pen tablet
It is helpful for taking notes and sketching designs.
Optional
Personal 3D printer
It is useful for prototyping a final project, but the campus usually has one.
Optional
03

Facility Checklist

GUIDE

Questions specific to Mechanical 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.

Manufacturing practice workshop — does it have lathes, milling machines, and CNC equipment?
Materials laboratory — does it have tensile testing, hardness testing, and metallography equipment?
Energy laboratory — does it have thermodynamics setups, turbines, or energy conversion installations?
Fluid mechanics laboratory — does it have a wind tunnel or water channel?
CAD/CAE lab — is there access to computers with SolidWorks, ANSYS, or similar software?
Control systems and instrumentation lab — does it have PLC, sensor, and actuator setups?
Vibration lab — does it have vibration measurement and analysis equipment?
Casting and metalworking workshop — does it have casting and welding facilities?
Renewable energy lab — does it have solar panel setups, small-scale wind turbines, or fuel cells?
Industry partnerships for internships — how many partner companies host student interns?
Access to 3D printers or rapid prototyping on campus?
Does the campus have a team workspace (maker space/workshop) for student projects?

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 Mechanical Engineering, look for those researching currently relevant topics:

Renewable energy and energy efficiencyAdvanced materials and compositesComputational fluid dynamics (CFD)Manufacturing engineering and industrial automationMechanical design and finite element analysis (FEA)Heating, ventilation, and air conditioning (HVAC)Robotics and mechatronicsAutomotive engineering and powertrainsBiomechanics and biomedical engineeringVibration and structural dynamics

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 Mechanical Engineering.

Manufacturing and automotive industry
Ask about regular internship pathways — are there long-semester internship or co-op programs with automotive manufacturers (Astra, Toyota, Honda) or manufacturing firms? How many students are placed per year?
Energy and EPC companies
Are there internship or research partnerships with energy companies (Pertamina, PLN, PLTS) or EPC contractors? Can students join real projects?
Professional certification bodies
Does the campus offer an engineer certification pathway (PPI/PE) or technician certification (BNSP) for students and alumni?
Engineering consulting firms
Is there a partnership program with engineering consultants for design projects or joint analysis involving students?
Technology and engineering startups
Is there an incubator or co-working space that supports student engineering startup projects?
International partner universities
Are there student exchange or joint research programs with overseas universities? How many slots are available per year?
Professional associations (PII, SAE, ASME)
Is the campus active in PII (Persatuan Insinyur Indonesia) or an ASME student chapter? Are there engineering design competitions?

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 4–6 million
per month
Mid
3–6 years
Rp 6–10 million
per month
Senior
7+ years
Rp 10–20 million
per month
Career pathsSalary range /mo
Mechanical Engineer Indonesia aggregate range: Rp 4–11 million/month (Jobstreet & Indeed, July 2026). Figures vary depending on city, industry, and experience.
Production / Manufacturing Engineer
Design Engineer (CAD/CAE)
Project Engineer
Quality Assurance / Control Engineer
Maintenance Engineer
Energy Engineer / Plant Engineer
Engineering Manager

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 (2 sources)