Integration of AI and Project-Based Learning Deemed Effective for Preparing IT Graduates

JAKARTA – The rapid development of information technology is said to have transformed software engineering education at universities from mere theory into modern learning based on real practice.

Responding to this transformation, Rika Astuti, S.Kom., M.Kom, a lecturer in Information Technology at Cyber University (Universitas Siber Indonesia), considers Project Based Learning along with the integration of digital technology and artificial intelligence (AI) essential so that students are ready to compete in the world of work.

Current developments in software engineering have brought enormous change to the world of education, particularly in the teaching process of Information Technology study programmes.

Where learning previously focused on programming theory and simple practice, students can now study software development in a more modern way through various digital platforms, real project simulations, and online collaboration.

This makes the learning process more interactive, effective, and aligned with current industry needs. According to Rika, one of the main transformations in software engineering education is the use of Learning Management Systems (LMS) and AI technology.

AI technology is now being utilised in software engineering education to help students understand coding through auto-complete features, automatic debugging, and programming suggestions.

“With this technology, beginner students grasp programming logic more quickly and are able to complete application development tasks better,” said Rika in a statement issued on Monday (3/8/2026).

Beyond AI integration, Rika noted that current teaching methods widely adopt the Project Based Learning approach. Students are asked to create real application projects such as school information systems, sales applications, company websites, and mobile applications.

This approach is considered effective because students not only understand theory but also directly experience the process of requirements analysis, system design, coding, testing, and implementation just as in the actual world of work.

The use of digital collaboration tools such as GitHub, GitLab, and Visual Studio Code Live Share also trains teamwork abilities, communication, and professional project management.

In response to the rapid changes in programming languages, frameworks, and software development tools, Rika emphasised that lecturers are required to continually improve their competencies through training, certification, seminars, research, and cooperation with industry.

This is important so that the material given to students remains relevant to labour market needs and the latest technological developments.

She hopes that the appropriate use of technology and the support of modern learning will give students project portfolios, teamwork experience, and an understanding of the latest technologies so they are ready to compete as programmers, system analysts, web developers, mobile developers, or technopreneurs.

She stated that the role of the lecturer is the key in guiding students to keep up with very rapid technological developments. Lecturers are not only teachers, but also motivators, mentors, innovators, and character builders.

“With the support of professional lecturers and the appropriate use of technology, software engineering education will continue to produce graduates who are creative, competent, and ready to face the challenges of the global digital era,” Rika concluded.