1. Description of Informatics Engineering Study Program

Informatics Engineering Study Program is a study program that emphasizes the ability to design, develop a variety of computational algorithms (computational theory and algorithms) that cover a very diverse spectrum from theoretical and algorithmic matters to applied ones.
The Informatics Engineering Study Program has 3 main focuses, namely:

• • Learning the theory and algorithms used in the process of designing and implementing software.
  • Learning the theory and algorithms used in the process of designing and implementing hardware systems and their components.
  • Learning theories and algorithms used as mathematical models to solve certain problems

The curriculum of the Informatics Engineering Study Program consists of knowledge related to mathematical logic, computation, and algorithms which in their applied models are expressed in the development of computer programs.

2. Vision and Mission of Informatics Engineering

Vision:

"To be a leading Informatics Study Program in the development of intelligent software engineering and integrated network systems based on cloud, digital security, and data visualization, grounded in research and community service, and to play an active role in the information technology transformation in the creative industry, public services, and digital entrepreneurship sectors."

Mission:

• To provide excellent and adaptive higher education in the fields of intelligent software engineering, cloud-based network systems, digital security, and data visualization.
• To conduct innovative and sustainable research that is integrated into the learning process and supports the information technology transformation in various sectors.
• To promote informatics technology-based community service that is relevant, has a tangible impact, and serves as part of the contextual learning process.
• To develop strategic collaborations with the creative industry, the public sector, and the digital entrepreneurship community to strengthen the national technology ecosystem.
• To build an inclusive, creative, and future-oriented academic culture in facing global and local challenges through digital innovation.

3. Objectives of the Informatics Engineering Study Program

• To produce graduates who are competent, innovative, and ready to compete in the fields of information technology and the digital industry.
• To become a center of excellence in the development of intelligent software, cloud network systems, and digital security solutions.
• To enhance the quality of learning through the integration of informatics technology-based research and community service.
• To actively contribute to the digital transformation in the creative industry, public services, and entrepreneurship sectors.
• To strengthen national and international networks in the fields of education, research, and information technology innovation.

 4. Study Program Strategy

1. Integration of Learning, Research, and Community Service

• • Developing a curriculum based on research findings and real-world case studies from community service.
  • Encouraging student involvement in lecturers' research and community service projects through final projects, internships, and the MBKM program.
  • Developing project-based learning that addresses digital issues in urban communities.

2. Strengthening Research and Innovation

• • Focusing research on artificial intelligence, cloud computing, cybersecurity, and data visualization.
  • Increasing scientific publications, patents, and innovative digital products.
  • Establishing a research center of excellence and an information technology startup incubator.

3. Informatics Technology-Based Community Service

• • Developing digital solutions for public services and MSMEs (Micro, Small, and Medium Enterprises) based on local needs.
  • Making community service a part of active and contextual learning.
  • Conducting digital training and education for urban communities and creative communities.

4. Collaboration and Strategic Partnerships

• • Establishing collaborations with the creative industry, digital startups, government, and tech NGOs.
  • Organizing collaborative projects, hackathons, and digital entrepreneurship incubation programs.
  • Actively participating in national and international forums for the development of information technology.

5. Academic Governance Transformation

• • Digitalization of academic systems and data-driven, AI-based quality management.
  • Human Resource Development for academic and administrative staff through training in the latest technologies.
  • Implementation of sustainability principles and digital ethics in campus operations and academic culture.

5. Why choose Informatics Engineering Study Program

Informatics Engineering is a field of science that studies how to use computer technology optimally to deal with transformation problems or data processing with logical processes. In the Department of Informatics Engineering you will learn various principles related to computer science from the process of designing, developing, testing, to evaluating software operating systems. During college you will learn a lot about programming and computing, and will also be equipped with software design skills.
With the rapid development of technology, the Department of Informatics has become one of the majors that have many enthusiasts. At the 2021 SBMPTN, the Department of Informatics became the top 5 most popular majors in the scientific community. It is not surprising, because the types of promising future jobs are closely related to graduates from this major. Not to mention, the amount of income that has the potential to be obtained is also very large.
Indonesia currently lacks experts in the fields of science, technology, engineering, and mathematics (STEM). The number of graduates in the STEM field is still not sufficient for the needs of the industrial revolution 4.0. The Dian Nusantara University Informatics Engineering Study Program is here and committed to meeting the needs of the Industry. The knowledge and skills that will be obtained by studying at the Informatics Engineering Study Program are the ability to analyze, think logically, think systematically, problem solving, work independently or in a team, understand programming languages, informatics engineering and computer networks as well as be creative, diligent, thorough, and details.
The Informatics Engineering Study Program at Dian Nusantara University was established in 2019 and in 2 years has won trust with the current number of students being 900 students. This is one of the reasons to join us. The Informatics Engineering Study Program has human resources (lecturers) with S2 and S3 qualifications and has professional competency certification according to their scientific fields.
In the process of learning and teaching, the Informatics Engineering Study Program at Dian Nusantara University is equipped with a Learning Management System (LMS) https://klikonline.undira.ac.id/ which can be accessed anytime and anywhere. anywhere, as well as integrated into SPADA DIKTI. Some courses are integrated with international academies such as Oracle Academy, Red Hat Academy and Huawei Academy, so that students will get an attendance course certificate and the opportunity to get international certification.
Informatics Engineering Program at Dian Nusantara University has a curriculum that is always updated and has also implemented the MBKM Program https://kampusmerdeka.kemdikbud.go.id/ for 8 forms of learning activities, namely student exchanges, internships or work practice, teaching assistance in education units, research or research, humanitarian projects, entrepreneurial activities, independent studies/projects and building villages or thematic real work courses (KKNT). For the odd semester 2021/2022, 6 students have participated in independent study/project learning activities at Dicoding - Front-End Web and Back-End Developer, Dicoding - Multi-Platform and Back-End Application Developer, Talent Scouting Academy - The Future of IT Infrastructure and Cyber Security Analyst : Cybersecurity Analyst.

6. Curriculum (Attached)

7. Service Email    : teknikinformatika@undira.ac.id