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Informatics Engineering

Teknik Informatika

A study program covering programming fundamentals, algorithms, computer systems, and software development. A good fit if you enjoy logic, problem solving, and building digital solutions, from mobile applications to artificial intelligence systems.

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Level S1 · 4 years
Market demand Very high
Mid salary Rp 10–20 million /mo
01

Big Picture

DATA

You will learn how to design, build, and optimize computer systems and software through an algorithmic and engineering approach. The scope ranges from basic programming, data structures, and networks to advanced topics like artificial intelligence, data processing, and cybersecurity.

Core courses

  • ›Basic Programming (Python, Java, C++)
  • ›Data Structures and Algorithms
  • ›Databases
  • ›Computer Networks
  • ›Software Engineering
  • ›Operating Systems
  • ›Artificial Intelligence
  • ›Discrete Mathematics
WHO THIS FITS

This is a great fit if you like logical thinking, solving problems step by step, and building things from code. If you enjoy math, love tinkering, and are curious about how the technology behind everyday apps works, this major is a perfect match for you.

Education levels

how does it differ from other levels?
D3
A D3 in Teknik Informatika takes 3 years to complete (112 credits) and focuses on direct practice (60% practical, 40% theory); graduates receive an Associate Degree (A.Md). The final project is an internship report or applied project, not a thesis. This is ideal if you want to quickly start working in technical roles like a network technician or junior programmer. You can continue to an S1 bachelor's degree through an extension program (~2 years). It is offered at polytechnics like POLBAN, Polinema, and Poltekom.
D4
A D4 (Applied Bachelor's) in Teknik Informatika takes 4 years (144 credits); it is equivalent to an S1 in duration but more applied. Graduates receive an Applied Bachelor's degree (S.Tr). The material goes deeper than D3 — focusing on software engineering, large-scale application development, and project management. The final project can be a thesis or an applied project. At POLBAN, D4 IT graduates are trained to become industry-ready software developers. The curriculum is supported by intelligent systems and big data.
S2
An S2 (Master's) in Teknik Informatika / Informatika takes 2 years (4 semesters) and is research-based with a mandatory thesis. At ITB (STEI) there are 8 specialization tracks: Computer Science, Software Engineering, Data Science, AI, Cyber Security, etc. At ITS, the curriculum covers Computational Intelligence, Network-Based Computing, and a choice of advanced topics. Graduates are ready to become researchers, lecturers, or hold senior positions in the industry. It holds 'Unggul' (Excellent) accreditation at ITS (2022-2027) and has been 'A' accredited at BINUS since 2016.
S3
An S3 (Doctorate) in Ilmu Komputer takes 3-4 years (6 semesters) and is 100% dissertation research. It is available at ITS, UI, UGM, UB, and Udinus. The focus is on making an original contribution to computer science — publishing in international journals is a graduation requirement. At ITS, elective topics include distributed systems, digital forensics, quantum computing, big data, and computer vision. Graduates typically become lecturers, researchers, or research leaders in the industry. It holds 'Unggul' (Excellent) accreditation at ITS (2023-2028).

Often confused with…

what's the difference?
vsIlmu Komputer
Ilmu Komputer (Computer Science) focuses more on computational theory and pure research (advanced algorithms, language theory, complexity). Teknik Informatika (Informatics Engineering) is more applied — it focuses on building ready-to-use systems and software products.
vsSistem Informasi
Sistem Informasi (Information Systems) combines IT with business and management — you learn more about analyzing business needs, ERP, and IT governance. Teknik Informatika goes deeper into the technical side of programming and software engineering.
vsTeknologi Informasi
Teknologi Informasi (Information Technology) focuses on infrastructure: networks, system administration, cloud, and DevOps. Teknik Informatika leans more toward software development and algorithms.

Myth vs Fact

MYTH Teknik Informatika is just learning how to code.
FACT Coding is a big part of it, but you also learn math, logic, system design, networks, security, and project management. Many IT graduates become product managers, data scientists, or consultants — not just programmers.
MYTH You have to be great at math since high school to get into IT.
FACT Math is important, but what's really needed is logic and a structured mindset. Many campuses offer matriculation programs to help students whose foundations aren't strong yet.
MYTH IT graduates are guaranteed a high starting salary.
FACT Starting salaries vary depending on your skills, portfolio, and job location. What sets you apart isn't just your degree, but the real abilities you can demonstrate through projects and internship experience.
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

Minimum Intel Core i5 / AMD Ryzen 5, RAM 8 GB (16 GB ideal), SSD 256 GB+, 14-inch+ screen. For AI/ML or game dev topics, consider a laptop with a dedicated GPU.

ESTIMATED STARTUP BUDGET
Rp 8–15 million

A one-time purchase that lasts through your studies.

Laptop
Minimum specs: i5/Ryzen 5, RAM 8 GB, SSD 256 GB
Required
Stable internet connection
Many materials, repositories, and tools need to be downloaded online
Required
VS Code / IDE
Free — VS Code, IntelliJ Community Edition, or based on the language being studied
Required
Git & GitHub/GitLab
Version control is an industry standard
Required
Cloud account (AWS/GCP/Azure)
Many offer a free tier for students
Optional
External mouse + keyboard
Ergonomics for long coding sessions
Optional
External monitor
Very helpful for multitasking code + documentation
Optional
Docker
Needed in some advanced courses
Optional
03

Facility Checklist

GUIDE

Questions specific to Informatics 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 a dedicated network and infrastructure lab? How many units are there?
Is there an AI, machine learning, or GPU computing lab?
Is there a software engineering lab or an application development lab?
Is an integrated laboratory available? What facilities are inside it?
Does the campus provide licenses for software development tools? (JetBrains, Microsoft Imagine, etc.)
Do students have access to cloud computing credits? (AWS Educate, Google Cloud for Education, etc.)
What is the campus internet connection speed and WiFi coverage?
Is a digital library available? Is there access to international journals (IEEE, ACM, Springer)?
Are MBKM (Merdeka Belajar-Kampus Merdeka) or Independent Study programs supported?
Is a coworking space or project room available for team work?
Is there a startup incubator or a student entrepreneurship program?
What ongoing collaborative research projects are running in the faculty?

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 Informatics Engineering, look for those researching currently relevant topics:

Computer SystemsInformation Retrieval & Natural Language ProcessingSoftware EngineeringMachine Learning & Computer VisionData Science & Big DataE-government & E-businessDigital Library & Digital LearningInformation ManagementCyber SecurityCloud Computing & Distributed Systems

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 Informatics Engineering.

Bootcamp and certification partners
Does the campus partner with AWS Academy, Cisco NetAcad, Microsoft Imagine, Google Developer, Apple Developer Academy, Dicoding, Hacktiv8, RevoU, or Binar Academy? Ask for a list of active MoUs, not just logos on a brochure.
Industry internship pathways
Are there internship pathways to startups, technology companies, or corporate firms? Do these include the MSIB / Independent Study / Kampus Merdeka Internship programs? How many students are actually placed each year?
Joint industry research
Are there joint papers or research grants with major technology companies (Gojek, Tokopedia, Telkom, Google, AWS, Microsoft)? Which lecturers are involved, and what are the topics?
Open-source community and international academy partnerships
Is there participation in GSOC, GitHub Campus, or research collaborations with foreign universities? Are there any dual degree programs?
Alumni placement
Ask for alumni placement data: what percentage are employed within 6 months of graduating? At which companies? Ask for concrete numbers, not general claims.

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 5–10 million
per month
Mid
3–6 years
Rp 10–20 million
per month
Senior
7+ years
Rp 20–50 million
per month
Career pathsSalary range /mo
Junior Software Engineer Rp 5–10 million/month
Full Stack Developer Rp 12–20 million/month
Data Scientist Rp 10–50 million/month
Cyber Security Specialist Rp 12–20 million/month
System Analyst Rp 10–18 million/month
Cloud Engineer Rp 20–40 million/month
IT Manager Rp 20–45 million/month
UI/UX Designer Rp 5–8 million/month

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.