This in-depth course requires significant practice and a critical focus on Object-Oriented Programming (OOP). You will master core C++ concepts, apply object-oriented design principles, and explore advanced topics like memory management and performance optimization. By gaining proficiency in C++ best practices and coding conventions, you'll be equipped to build reliable, efficient, and scalable software applications, preparing you for demanding roles in diverse software development domains.
C++ skills are highly valued in industries where performance, control, and reliability are paramount. This course is designed to empower you to:
Build High-Performance Applications: Master a language critical for systems programming, game development, embedded systems, and high-frequency trading where speed is crucial.
Design Robust Software: Apply Object-Oriented Programming principles to create modular, reusable, and maintainable codebases for complex projects.
Optimize Resource Usage: Understand and manage memory effectively to prevent errors and ensure your applications run efficiently.
Streamline Development: Utilize the Standard Template Library (STL) to leverage powerful, pre-built data structures and algorithms, accelerating your development process.
Adhere to Industry Standards: Gain proficiency in C++ best practices and coding conventions, preparing you for collaborative professional environments.
By the end of this course, you'll be able to:
Develop C++ Programs: Write, compile, and debug C++ programs with confidence.
Apply OOP Principles in C++: Design and implement modular and reusable code using object-oriented design principles like encapsulation, inheritance, and polymorphism.
Manage Memory Effectively: Understand and apply techniques for memory management in C++ to prevent common errors and optimize program performance.
Utilize Standard Template Libraries (STL): Leverage various STL containers, algorithms, and iterators for efficient and effective software development.
Follow C++ Best Practices: Write clean, efficient, and well-structured C++ code adhering to industry best practices and coding conventions.
This course offers an intensive, hands-on experience, designed to build deep expertise in C++:
Begin with the foundational elements of C++, including data types, operators, control structures, and function definitions.
Dive into the critical concepts of pointers and arrays. Gain a strong understanding of manual memory management, including dynamic memory allocation and deallocation, to optimize performance and prevent leaks.
Master the core of C++'s power. Learn to define classes, create objects, and understand concepts like constructors, destructors, and member functions.
Explore advanced OOP principles. Understand how inheritance enables code reuse, and how polymorphism and virtual functions allow for flexible and extensible designs.
Learn to effectively use the powerful components of the STL, including containers (vectors, lists, maps), algorithms (sorting, searching), and iterators.
Implement robust file input/output operations, integrate effective error handling mechanisms, and master debugging techniques for C++ applications.
Discover techniques for optimizing C++ code for speed and efficiency. Learn industry-standard coding conventions and best practices for writing maintainable C++ applications.
— Northrop Grumman Manager, Aerospace Sector
Our instructors are passionate about teaching and committed to your success. They bring real-world experience and a clear, engaging teaching style to make learning Python enjoyable and effective.
Enroll in "C++ Programming" today and equip yourself with the skills for demanding software engineering roles!
100% completion of graded exercises, passing of final project rubric required, participation in in-class exercises required, attendance required.
Q: What are the prerequisites for this course? This comprehensive course delves into C++ and assumes a strong foundational understanding of programming concepts, ideally from prior Python courses in the SDE Pathway.
Q: What software do I need? Once registered, students only need a personal computer with internet access. The course is delivered via our Codecraft App Learning Management System, which provides the necessary tools and allows access from anywhere.
Q: Is this course self-paced or live? This is an instructor-led course. Classes are delivered synchronously through the Codecraft Institute’s Learning Management System, Codecraft App. Students are expected to attend classes on a regular basis.
Q: What kind of support will I receive? Students have access to various online tools within their course, including the downloadable syllabus, lectures, audio or video streams, and other relevant learning materials. Instructors are available for questions via chat, forums, and scheduled consultations. There is also technical assistance for the online course platform.
Q: What are the technical requirements for the course? A personal computer with internet access is required. Students will be provided with a username and password to access their personal page within the Codecraft App Learning Management System.
Q: Can I get a refund if the course isn't for me? Should a student’s enrollment be terminated or cancelled for any reason, all refunds will be made according to the following refund schedule: Cancellation can be made in person, by electronic email or by certified mail. All monies will be refunded if the school does not accept the applicant or if the student cancels within three (3) business days after signing the enrollment agreement and making initial payment, with the exception of the application fee. Cancellation after the third (3rd) Business Day, but before the first class, will result in a refund of all monies paid, with the exception of the application fee and any certification or voucher fees. Cancellation after attendance has begun through 40% completion of the program, will result in a pro rata refund computed on the number of hours completed to the total program hours. Cancellation after completing more than 40% of the program will result in no refund. When calculating the refund due, the last date of actual attendance by the student is used in the calculation unless earlier written notice was received. Refunds will be made within 30 days of termination of the student’s enrollment or receipt of a Cancellation Notice from the student.
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