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We're here to help you find itThe Java SE 17: Programming Complete course is an extensive training program designed to equip learners with a comprehensive understanding of Java Standard Edition 17. Through a series of modules that cover a wide range of topics from the basics of Java and object-oriented principles to advanced concepts such as concurrency, security, and deployment on the Oracle Cloud, this course prepares participants for the Java SE 17 certification.
As learners progress through the course, they will delve into core programming concepts like inheritance, encapsulation, and polymorphism, and also explore the new features introduced in Java SE 17. The course includes hands-on practices to reinforce learning, ensuring that students not only understand the theoretical aspects but also gain practical experience in writing, debugging, and optimizing Java code.
By completing this course, participants will have the knowledge and skills necessary to become proficient Java developers and obtain the Java SE 17 certification, enhancing their professional credentials and opening doors to new opportunities in the field of software development.
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Classroom Training price is on request
You can request classroom training in any city on any date by Requesting More Information
To successfully undertake the Java SE 17: Programming Complete course, students should have the following minimum prerequisites:
These prerequisites are aimed at ensuring that students have a solid foundation upon which to build their Java programming skills. This course is designed to take learners from fundamental to more advanced Java concepts, so a basic grounding in programming will enable them to progress effectively through the modules.
The Java SE 17: Programming Complete course is designed to equip participants with advanced Java programming skills for software development.
The Java SE 17: Programming Complete course is designed to equip students with a deep understanding of Java Standard Edition 17, covering fundamental programming concepts, advanced features, and practical implementation techniques to build robust Java applications.
These objectives are aimed at providing a comprehensive understanding of Java SE 17, enabling students to develop, deploy, and maintain efficient Java applications in a variety of environments.
Java Standard Edition 17 (Java SE 17) is a version of Java that offers a stable foundation for developing and running Java applications. It includes new features and updates that enhance productivity, improve performance, and increase security. Java SE 17 ensures backward compatibility, preserving previous investments in Java applications. This edition also simplifies Java with various enhancements that streamline coding and maintenance efforts. Developers seeking to validate their proficiency in this version can pursue Java SE 17 certification, demonstrating their updated skills and knowledge in the latest Java technology.
Object-oriented principles are fundamental concepts in programming that manage software design using objects and classes. These principles include encapsulation, which shields an object's internal state; inheritance, allowing new objects to adopt characteristics of existing ones; and polymorphism, enabling objects to be treated as their parent type. Together, they enhance code reusability, scalability, and maintainability, forming the backbone of languages like Java. For instance, these principles are vital in the Java SE 17 environment, ensuring developers can build robust and efficient applications. They underscore efficient coding practices essential for preparing for Java SE 17 certification.
Concurrency in computing means multiple tasks are being executed at the same time. This is crucial in software development to increase efficiency and performance. Instead of one task completing before the next starts, tasks overlap or run side by side, making better use of resources like CPU and memory. In Java SE 17, the concurrent programming functionalities are refined to help developers manage and run these simultaneous tasks effectively, ensuring smooth, responsive applications. This concept is vital for developing complex applications in modern computing platforms where multiple operations often occur at once.
Security in technology refers to the practices, technologies, and policies designed to protect data, devices, and networks from unauthorized access, attacks, or damage. It encompasses a broad range of disciplines including cybersecurity, where measures are taken to protect systems and data from cyber threats, and physical security, ensuring hardware and physical locations are protected. Essential to maintaining confidentiality, integrity, and availability of information, robust security helps businesses and individuals safeguard sensitive data, preserving trust and functionality in the digital environment.
Inheritance in programming, such as in Java SE 17, allows a new class to inherit features from an existing class. The new class, called a subclass, adopts attributes and behaviors (methods) from the parent class, while also having the ability to introduce its own unique properties and methods. This mechanism promotes reusability of code, making programs easier to develop and maintain. Inheritance also helps in creating a natural hierarchical classification in software, which intuitively mirrors real-world categorization, thereby enhancing the design clarity and reducing errors in code.
Encapsulation in programming is like putting all the parts of a clock inside a casing to protect the mechanism and ensure everything works together in a controlled way. Similarly, in Java SE 17, encapsulation involves bundling the data (variables) and code acting on the data (methods) together into a single unit or class. It also restricts direct access to some of the object's components, which makes the data within the class safe from outside interference and misuse, enhancing security and functionality in your Java applications.
Polymorphism in programming allows objects to be treated as instances of their parent class rather than their actual class. This means that a single interface can be used to represent different underlying forms (data types). In practical terms, polymorphism lets you write one set of code that can work with objects of multiple types and classes. It's a core concept in object-oriented programming languages like Java, enhancing flexibility and scalability in software development. For instance, in Java SE 17, this concept would be vital to understand, especially for those preparing for Java SE 17 certification, as it deeply influences design and functionality.
Optimizing Java code involves enhancing its efficiency by reducing resource consumption and improving execution speed. Techniques include using appropriate data structures, minimizing memory usage, and choosing efficient algorithms. Profiling tools help identify bottlenecks, and Java SE 17 offers features like enhanced garbage collection to aid optimization. Writing clean, maintainable code with Java SE 17 certification skills ensures long-term performance benefits, aligning with best practices in Java development.
The Java SE 17: Programming Complete course is designed to equip participants with advanced Java programming skills for software development.
The Java SE 17: Programming Complete course is designed to equip students with a deep understanding of Java Standard Edition 17, covering fundamental programming concepts, advanced features, and practical implementation techniques to build robust Java applications.
These objectives are aimed at providing a comprehensive understanding of Java SE 17, enabling students to develop, deploy, and maintain efficient Java applications in a variety of environments.
