Why Choose the Informatics Study Program at UMN?

The rapid advancement of digital technology has transformed nearly every aspect of modern life, from business, healthcare, and education to the creative industries. This transformation has significantly increased the demand for digital talent who are not only capable of developing software but also possess critical thinking, problem-solving, and technology-driven innovation skills. To meet these demands, the Informatics Study Program at Universitas Multimedia Nusantara (UMN) offers an education designed to align with industry needs and future technological developments.

One of the key strengths of the Informatics Study Program at UMN is the implementation of Outcome-Based Education (OBE) and Project-Based Learning (PBL). Through the OBE approach, the learning process focuses on developing competencies required by the professional world, while PBL encourages students to learn through real-world projects that challenge their analytical thinking, creativity, and collaboration skills. With these approaches, students not only gain a solid theoretical foundation but also develop technology-based solutions that address real societal and industry challenges.

The Informatics curriculum at UMN is also developed in collaboration with various industry partners to ensure it remains aligned with technological advancements and labor market demands. Students study a wide range of computer science disciplines, including algorithms and data structures, software engineering, web and mobile application development, Artificial Intelligence (AI), data analytics, cybersecurity, cloud computing, and the Internet of Things (IoT). Collaboration with industry also provides valuable insights into current technologies, professional practices, and the competencies sought by employers.

Throughout their studies, students gain practical learning experiences that emphasize innovation and hands-on application. Application development projects, case studies, research, competitions, and interdisciplinary collaborations are integral parts of the learning process. These experiences enable students to build strong professional portfolios while developing teamwork, communication, and systematic problem-solving skills.

The learning process is supported by qualified lecturers consisting of academics, researchers, and industry practitioners with expertise in information technology. Students also benefit from various laboratory facilities that support software development, research, and digital technology exploration. The combination of experienced lecturers, modern learning facilities, and an industry-relevant curriculum creates an environment that encourages continuous innovation.

UMN’s commitment to maintaining educational quality is demonstrated through the ASIIN (Accreditation Agency for Degree Programmes in Engineering, Informatics, Natural Sciences and Mathematics) international accreditation. This accreditation confirms that the curriculum, learning process, study program governance, and graduate outcomes meet internationally recognized higher education standards. This recognition provides added value for both students and graduates as they pursue careers in the increasingly competitive technology industry.

Graduates of the Informatics Study Program at UMN have extensive career opportunities across various sectors, including technology companies, startups, financial institutions, healthcare, manufacturing, and multinational corporations undergoing digital transformation. Equipped with strong technical competencies, problem-solving skills, hands-on project experience, and a curriculum aligned with industry needs, Informatics graduates from UMN are well prepared to pursue careers as software engineers, system analysts, data engineers, AI engineers, cloud engineers, cybersecurity specialists, and other technology professionals in demand in the digital era.

Interested in becoming part of the next generation of technology innovators? Prospective students can apply through the UMN New Student Admission (PMB) website by selecting the appropriate admission pathway, completing the registration information, uploading the required documents, and completing all stages of the admission process through registration. Together with the Informatics Study Program at UMN, take the first step toward a career in the ever-evolving technology industry.

What Will You Learn in the Informatics Study Program at UMN?

The Informatics Study Program at Universitas Multimedia Nusantara (UMN) prepares students to become digital talents capable of designing, developing, and managing technology-based solutions. Through the implementation of Outcome-Based Education (OBE) and Project-Based Learning (PBL), students not only study computer science theories but also apply them in various projects that are relevant to industry needs.

The learning journey begins with mastering the fundamentals of computer science as the foundation for developing software and digital systems. Students take courses such as Programming Fundamentals, Algorithms & Data Structure, Discrete Mathematics, Linear Algebra, Operating System, Computer Architecture & Organization, Database Systems, and Computer Network. These courses develop the logical, analytical, and systematic thinking skills that are essential for professionals in the field of informatics.

After mastering these fundamentals, students explore a wide range of technologies that are widely used across industries. The curriculum includes Artificial Intelligence, Machine Learning, Deep Learning, Software Engineering, Computer Security, Cybersecurity, Mobile Application Programming, Game Development, and Advanced Web Programming. In addition, students can broaden their expertise through elective courses such as Blockchain Technologies, AI for Cybersecurity, Software Engineering with AI, Data Visualization, and Multimedia Concept, providing the flexibility to pursue interests aligned with the latest technological developments.

One of the key strengths of the Informatics Study Program at UMN is the implementation of Project-Based Learning (PBL) throughout the learning process. Students do more than complete individual assignments—they collaborate on various projects, ranging from designing applications and developing web- and mobile-based systems to creating artificial intelligence solutions and solving case studies that closely resemble real-world industry challenges. Through these experiences, students become accustomed to working in teams, managing projects, performing software testing, and presenting solutions to users or industry partners.

The Informatics curriculum at UMN is also developed in collaboration with various industry partners to ensure that course content remains aligned with technological advancements and labor market demands. In addition to classroom learning, students have opportunities to participate in seminars, guest lectures, workshops, and collaborative projects with technology professionals. This approach provides valuable insights into industry trends, software development processes, and emerging technologies, ensuring that graduates possess competencies that meet current industry expectations.

In addition to technical expertise, students also develop essential professional skills. Courses such as Public Speaking & Presentation Skills, Academic Writing, Technopreneurship, and Ethics in Informatics help students strengthen their communication, leadership, entrepreneurship, and responsible decision-making abilities. These competencies become valuable assets when working in multidisciplinary teams and interacting with clients and other stakeholders.

During the final years of the program, students can participate in various MBKM learning pathways, including industry internships, research, entrepreneurship, independent projects, and community service. These experiences allow students to apply their knowledge in professional environments while building strong portfolios before graduation.

UMN’s commitment to maintaining educational excellence is further demonstrated through its ASIIN (Accreditation Agency for Degree Programmes in Engineering, Informatics, Natural Sciences and Mathematics) international accreditation. Through the combination of a relevant curriculum, project-based learning, collaboration with industry, and international recognition, the Informatics Study Program at UMN prepares students to become graduates who are ready to adapt, innovate, and deliver technology-driven solutions to the challenges of the digital era.

What Is the Difference Between the Regular Program and the International Program in Informatics at UMN?

The Informatics Study Program at Universitas Multimedia Nusantara (UMN) offers two study pathways: the Regular Program and the International Program. Both are designed to produce graduates with competencies in computer science, software development, artificial intelligence, cybersecurity, and other digital technologies. The primary differences between the two programs lie in the language of instruction, learning experience, and level of exposure to international academic and industry environments, while the curriculum quality and learning outcomes are based on the same standards.

Both the Regular Program and the International Program implement Outcome-Based Education (OBE) and Project-Based Learning (PBL). This means that the learning process focuses not only on mastering theoretical knowledge but also on developing the competencies required by the professional world through various projects, case studies, and technology solution development. Students in both programs study core subjects such as algorithms and data structures, programming, software engineering, database systems, computer networks, Artificial Intelligence (AI), machine learning, cloud computing, cybersecurity, and web and mobile application development.

In the Regular Program, courses are primarily delivered in Indonesian, while students also use English-language references, scientific journals, and academic literature. This program is well suited for prospective students who seek a comprehensive Informatics education focused on technical competencies, project experience, and readiness to enter the technology industry in Indonesia and globally.

Meanwhile, the International Program provides a learning experience with a global perspective. Courses are delivered in English, enabling students to become accustomed to participating in discussions, preparing academic reports, presenting projects, and communicating in an international professional environment. This experience helps students improve their English proficiency while preparing them for careers in multinational companies, global startups, or advanced studies abroad.

In addition to English-medium instruction, students in the International Program have opportunities to broaden their perspectives through various international activities facilitated by UMN in collaboration with overseas universities and global partners. These opportunities may include academic collaborations, student exchange programs, guest lectures, and learning experiences with international academics. Such global exposure helps students understand technological advancements, workplace cultures, and the challenges of the digital industry in different countries.

Students in both the Regular Program and the International Program gain practical learning experiences through real-world projects that reflect industry needs. The Informatics curriculum at UMN is also developed in collaboration with various industry partners to ensure that course content remains aligned with technological advancements and workforce demands. Students are encouraged to build strong portfolios throughout their studies by developing applications, conducting research, participating in competitions, and completing collaborative projects that strengthen both their technical and professional competencies.

The entire learning process is supported by qualified lecturers consisting of academics, researchers, and industry practitioners with expertise in information technology. Students also benefit from modern laboratory facilities that support practical sessions, research, and innovation development. Furthermore, the quality of the Informatics Study Program at UMN has been recognized through its ASIIN (Accreditation Agency for Degree Programmes in Engineering, Informatics, Natural Sciences and Mathematics) international accreditation, demonstrating that its curriculum, learning process, governance, and graduate outcomes meet internationally recognized higher education standards.

The choice between the Regular Program and the International Program can be tailored to each prospective student’s academic goals and career aspirations. For those who wish to focus on developing strong technical competencies and hands-on project experience, the Regular Program is an excellent choice. Meanwhile, prospective students who aim to improve their English proficiency, gain international exposure, and build a global network from the beginning of their academic journey may find the International Program more suitable. Regardless of the program they choose, students receive the same high-quality education to become adaptive, innovative Informatics graduates who are ready to compete in the era of digital transformation.

Do You Need to Be Good at Math and Coding to Study Informatics at UMN?

Many prospective students assume that studying Informatics is only suitable for those who already excel in mathematics or have prior coding experience. In reality, that is not entirely true. The Informatics Study Program at Universitas Multimedia Nusantara (UMN) is designed to help students build fundamental knowledge step by step, allowing those with no programming background to develop their skills throughout the program.

During the early semesters, students learn the fundamentals of programming, algorithms, and computational thinking. The curriculum is structured to help students understand how to analyze and solve problems before writing code. As a result, logical thinking and a willingness to learn are often more important than having prior programming experience.

Mathematics is an important part of computer science, but students are not expected to be math experts before enrolling. Courses such as discrete mathematics, linear algebra, and statistics provide the foundation for understanding software development, data analytics, Artificial Intelligence (AI), and cybersecurity. Rather than focusing on complex calculations, these subjects emphasize analytical thinking, pattern recognition, and systematic problem-solving.

The same applies to coding. Students are not required to master programming languages before starting university. Throughout the program, they gradually learn various programming languages and technologies aligned with course objectives and industry needs. As they progress, students develop web and mobile applications, manage databases, and build technology-driven solutions for real-world challenges.

Beyond technical knowledge, students also develop essential professional skills, including critical thinking, teamwork, communication, project management, and effective presentation. These competencies are increasingly important, as technology development requires collaboration across multiple disciplines and professions.

The Informatics Study Program at UMN is supported by experienced lecturers and a curriculum that continuously evolves with technological advances and industry demands. Through hands-on projects, case studies, and technology development activities, students gain practical experience that bridges classroom learning with real-world applications. This supportive learning environment enables students to grow according to their interests and potential.

If you are passionate about technology, enjoy solving problems, are naturally curious, and are eager to keep learning, the Informatics Study Program at UMN is an excellent choice. Strong mathematics or coding skills are not prerequisites—they are competencies you will develop throughout your studies. What matters most is your willingness to learn, perseverance, and ability to adapt to the ever-evolving world of technology.

What Are the Career Prospects for Graduates of UMN’s Informatics Study Program?

Graduates of the Informatics Study Program at Universitas Multimedia Nusantara (UMN) enjoy strong career prospects as demand for digital talent continues to grow across industries. Digital transformation in technology, healthcare, finance, manufacturing, education, media, and government has created a growing need for professionals who can develop software, manage data, build digital systems, and drive technology-based innovation. As a result, Informatics graduates are sought after not only by technology companies but also by organizations accelerating their digital transformation.

Throughout the program, students develop industry-relevant competencies through a curriculum designed in collaboration with industry partners. They study subjects such as algorithms and data structures, software engineering, web and mobile application development, Artificial Intelligence (AI), machine learning, cybersecurity, cloud computing, the Internet of Things (IoT), and data analytics. This broad skill set enables graduates to adapt to the rapidly evolving technology landscape.

These competencies open the door to a wide range of career opportunities. Graduates of the Informatics Study Program at UMN can pursue careers as Software Engineers, Software Developers, Backend Engineers, Frontend Engineers, Full Stack Developers, Mobile Application Developers, Data Engineers, Data Analysts, Artificial Intelligence Engineers, Machine Learning Engineers, Cybersecurity Specialists, Cloud Engineers, System Analysts, Quality Assurance Engineers, DevOps Engineers, and IT Consultants. In addition to joining technology companies, graduates can work in startups, multinational corporations, banking, the creative industry, government institutions, or even establish their own technology startups.

Throughout their studies, students gain more than theoretical knowledge—they also develop practical experience by working on software projects that reflect real industry challenges. Through project-based assignments, research, competitions, and collaborations with industry partners, students strengthen their teamwork, problem-solving, product development, and professional portfolio before graduation. These experiences provide a competitive advantage when entering the workforce.

Students are guided by experienced lecturers who are academics, researchers, and industry practitioners with expertise in information technology. The curriculum is continuously refined in collaboration with industry partners to ensure it remains aligned with technological advancements and workforce demands. This industry-driven approach helps students stay current with emerging trends while preparing them for careers in the technology sector.

UMN’s commitment to academic excellence is demonstrated by the ASIIN (Accreditation Agency for Degree Programmes in Engineering, Informatics, Natural Sciences and Mathematics) international accreditation. This recognition confirms that the curriculum, teaching and learning processes, program governance, and graduate outcomes meet internationally recognized higher education standards. With strong technical expertise, hands-on project experience, and internationally recognized academic quality, graduates of the Informatics Study Program at UMN are well prepared to build successful careers as innovative, adaptable digital professionals capable of solving the challenges of the digital transformation era.