Industrial Informatics Engineering Technology
The Industrial Informatics Engineering Technology Study Program is designed to meet the needs of modern industries driven by digitalization and automation, focusing on the application of information technology in industrial systems.
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About Industrial Informatics Engineering Technology
The Industrial Informatics Engineering Technology Study Program at Politeknik Jatiluhur aims to produce graduates who are competent in developing, implementing, and managing industrial informatics systems. The curriculum is based on Outcome-Based Education (OBE) with an emphasis on Internet of Things (IoT), industrial automation systems, programming, databases, and system integration. Students gain hands-on experience through laboratories, applied projects, and industrial internships to prepare them for Industry 4.0 and digital transformation challenges.
Benefits of Industrial Informatics Engineering Technology
High Industry Demand
Industrial digital transformation increases demand for industrial informatics professionals.
Practice-Oriented Learning
Learning emphasizes laboratory work and industry-based projects.
Industry 4.0 Focus
Covers IoT, automation, and digital system integration.
Wide Career Opportunities
Graduates can work across various industrial and service sectors.
Latest Technology Skills
Covers programming, data processing, and modern technology systems.
Strong Industry Collaboration
Supported by partnerships with business and industry.
High Job Readiness
Graduates are equipped with applied, job-ready competencies.
Entrepreneurship Opportunities
Encourages development of digital solutions and tech startups.
Global Competitiveness
Competencies enable graduates to compete nationally and internationally.
Graduates Profile
Graduates of the Industrial Informatics Engineering Technology Study Program possess the skills to design, implement, and manage informatics systems for industrial needs. They are proficient in programming, automation systems, data processing, and digital technology integration. With a strong practical and industry-oriented approach, graduates are ready to contribute to efficiency, productivity, and innovation in industrial environments.
Industrial Informatics Engineer
Professionals capable of designing and implementing informatics systems to support automated and digital-based industrial processes.
Automation System Engineer
Responsible for designing, operating, and maintaining industrial automation systems supported by information technology.
Industrial Software Developer
Develops software and applications for industrial and manufacturing systems.
Data and System Analyst
Analyzes industrial data and systems to improve efficiency and technology-driven decision-making.