Faculty of Computing and Informatics Science

Object-Oriented Programming Laboratory

Faculty: Faculty of Computer and Information Sciences Laboratory Building

Location: 3rd Floor D3-04

Capacity: 60 Students

Responsible Faculty Members:

• Assoc. Prof. Dr. Kasım ÖZACAR
• Asst. Prof. Dr. Nehad T.A. RAMAHA

Laboratory Supervisors:

• Research Assistant Elif DORUKBAŞI
• Research Assistant Hasan DEMİR

Laboratory View

Purpose of the Laboratory

The Object-Oriented Programming (OOP) Laboratory aims for students to learn the object-based software development approach in a practical manner. This laboratory enables the teaching of fundamental object-oriented programming concepts such as class, object, inheritance, polymorphism, encapsulation and abstraction through software projects.

Students learn to model real-world problems with object-based structures and develop sustainable software designs using programming languages such as C++, Java or Python.

Laboratory Usage Rules

• The laboratory should only be entered during class or project hours, under the supervision of an instructor or authorized personnel.
• Computers, network devices and cabling systems should only be used for experimental purposes. Connections should not be energized before the experiment without being shown to the instructor.
• Approval must be obtained from the instructor before any connection or configuration process.
• Unauthorized intervention in laboratory software, uploading personal files or changing internet settings is prohibited.
• Each student must keep experiment reports regularly and submit them at the end of the course.
• At the end of the experiment, connections must be disconnected, computers must be shut down and the desk arrangement must be maintained.
• In case of damage to laboratory equipment or detection of failure, the situation must be reported to the responsible personnel immediately.

Areas of Use

• Object-Oriented Programming (OOP) course applications
• Object-based software development in C++, Java or Python languages
• Class design, inheritance and polymorphism applications
• Design patterns and reusable code development studies
• Modeling object relationships with UML diagrams
• Practical teaching of encapsulation and abstraction concepts
• Graduation projects, mobile application fundamentals and software engineering studies

Learning Outcomes

• Explains and applies the fundamental principles of object-oriented programming (class, object, inheritance, encapsulation, polymorphism).
• Can develop class and object-based applications in languages such as C++/Java/Python.
• Designs reusable code structures through abstraction and inheritance.
• Applies design patterns (e.g. Singleton, Factory, Observer) in real projects.
• Can interpret UML class diagrams and convert them into software.
• Acquires the ability to develop modular, maintainable and scalable software.
• Develops teamwork, project management and technical reporting skills.
• Ensures compliance with engineering ethics and code standards in the software development process.