Gultaj Guliyeva

Participating in a 12-week virtual internship focusing on real-world Java backend solutions. Designing, developing, and testing application features within a professional software development lifecycle. Adhering to professional coding standards and executing assigned tasks to achieve project goals. Applying object-oriented programming (OOP) principles to implement robust backend logic and ensuring excellence in all aspects of work.

• Participated in a 12-week virtual internship focusing on real-world Java backend solutions.
• Designed, developed, and tested application features within a professional software development lifecycle.
• Applied object-oriented programming (OOP) principles to implement robust backend logic.

Participation in a DevOps and AI bootcamp conducted by international mentors, gaining hands-on experience with tools such as Git, Linux, and Docker. Version control, repository management, and development workflows are actively applied in practice. DevOps fundamentals, system concepts, and modern development tools are continuously explored and implemented. Practical skills are strengthened through real-world tasks and laboratory exercises.

• Gained hands-on experience with Git, Linux, and Docker in a DevOps and AI bootcamp.
• Actively applied version control, repository management, and development workflows.
• Strengthened practical skills through real-world tasks and laboratory exercises.

Completing an intensive, online, and self-paced program centered on “learning by doing” and peer-to-peer methodology. Gaining a strong foundation in Java SE and backend architecture through a 100% project-based curriculum. Developing numerous individual projects from scratch with a focus on complex algorithmic logic. Mastering the ability to independently research, debug, and implement technical solutions without traditional classroom instruction.

• Completed an intensive, project-based Java SE and backend architecture program.
• Developed numerous individual projects focusing on complex algorithmic logic.
• Mastered independent research, debugging, and implementation of technical solutions.