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Transitioning from theoretical knowledge to practical application, such as finding a job, can sometimes feel like a daunting step. However, there are several strategies you can employ to navigate the job market effectively. Update Your Resume. Ensure that your resume highlights your C++ skills prominently. Tailor it to the specific job roles you're interested in, emphasizing relevant experience, projects, and achievements. Build a Portfolio. Create a portfolio showcasing projects you've completed using C++. This could include personal projects, contributions to open-source projects, or any relevant coursework. Network. Reach out to professionals in the industry through platforms like LinkedIn or attend networking events and conferences related to software development. Building connections can provide valuable insights and opportunities. Apply Strategically. Be selective about the job roles you apply for. Look for positions that align with your skills, interests, and career goals. D

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💯 I completely agree. Thanks for sharing your invaluable opinion.

I disagree, you'll pick up the majority of these when learning cpp regardless. If you've passed Calc 1 in high school or college, ur fine on maths. Data structures and algorithms, you'll learn specific implementation when needed, the concept themselves are very easy. Also you claim cpp is too much of "real"(presumably you mean too low level) programming language then suggest ppl learn assembly?! You joking?

i disagree too. I think you have to know fundamentals of CS of course but assembly and data structure and algorithms is not needed to learn the basics of C++.

@@virno69420 A programming language, any language, is just a tool. The fundamental heart of programming is algorithms and data. People should not be getting hung up on the specific syntax of a language, but rather understand and grasp the underlying fundamental concepts. And any professional programmer will tell you that anyone who learns at least the basics of CPU architecture and assembly will be a much better programmer than someone who doesn't. That's such a fundamental truth that it hardly needs to be repeated.

@@liquidmobius "people should not be getting hung up on syntax" You're not telling them to not "get hung up on" but rather to not even start learning the syntax. How can someone implement any algorithm or instantiate any data without the tool which is used to do such. "learn cpu-architecture specific assembly syntax" bruh, you're joking at this point, take the L and move on 😂 🤣

Before choosing any programing languages to learn, I would highly recommend checking its job market. 😉

@@MyCodingDays it’s looking good! depends on what you’re doing and your experience, from what i’ve seen.

No problem. It is my pleasure you enjoyed the video. Yes, I would recommend including Boost in a roadmap for becoming a C++ software engineer. Boost is a collection of high-quality libraries that can significantly enhance a C++ developer's capabilities. It provides functionality for a wide range of tasks, including data structures, algorithms, multithreading, networking, and much more. By familiarizing oneself with the Boost libraries, a developer can significantly accelerate development, reduce errors, and leverage highly optimized code. In general, learning Boost can greatly enhance a C++ developer's toolkit and can provide valuable experience in how to implement high-quality, well-tested, and efficient code in C++. For those looking to advance their C++ skills, incorporating Boost into their learning plan can be an excellent way to deepen their understanding of the language and its practical application.

I am glad you enjoyed the video. Coincidentally, I am preparing a video on implementation of the bitmap picture. I believe it is a good practice on memory management and many other interesting topics. I will update you on this comment thread as soon as I published the mentioned video

Thanks for mentioning this. If you are using this course I would suggest after completing the course watch this video and see if you know all the topics in the video: th-cam.com/video/JGSwgeeqQmw/w-d-xo.html If you are familiar with all the topics, you are ready to go to the next step.

@@MyCodingDays sir actually I want to start C++ as my first language from very scratch...from where should I start so that I can do Competitive programming after that

@@MyCodingDays i haven't done any programming language before so I need playlist from where I can start from scratch

Here is my playlist to learn C++ from scratch: C++ Course: Beginner to Advanced: th-cam.com/play/PL2XQeYA1pjIRsb9Vp9d2mQRpbitPsOUqj.html Please have a look, feel free to ask any questions you have. I will be happy to help you become a C++ Software Engineer. The playlist is not complete yet. But I will update it and publish new videos. Please ask your questions on the comment section of the videos in the playlist, since it can be helpful for other people who are interested in learning C++.

Sure, I will do my best to complete the C++ playlist.

Thanks 🙏

Hello! It's great that you're learning data structures and algorithms (DSA) in C++. While a strong foundation in DSA is essential for many software engineering roles, there are other skills and concepts you should consider to become a well-rounded C++ software engineer. Here are some key areas to focus on: 1. Object-Oriented Programming (OOP): Understand and master the principles of OOP, as C++ is an object-oriented language. Learn about classes, objects, inheritance, polymorphism, encapsulation, and abstraction. 2. STL (Standard Template Library): Familiarize yourself with the STL, which is a powerful set of C++ template classes to provide general-purpose classes and functions with templates that implement many popular and commonly used algorithms and data structures. 3. Memory Management: Learn about dynamic memory allocation and deallocation. Understand how to use pointers and references effectively, and be aware of potential memory leaks and how to avoid them. 4. Concurrency: Gain knowledge about multithreading and concurrency in C++. Learn how to write concurrent and parallel programs using features such as std::thread and std::async. 5. File Handling: Understand file I/O operations in C++. Learn how to read from and write to files, and how to handle different file formats. 6. Networking: Familiarize yourself with network programming in C++ if you're interested in building applications that communicate over networks. Understand sockets, protocols, and networking libraries. 7. Version Control Systems: Learn how to use version control systems like Git. Version control is crucial for collaborative software development and project management. 8. Build Systems: Get comfortable with build systems like CMake. Knowing how to manage and build large codebases is an essential skill for a software engineer. 9. Debugging and Profiling: Learn how to effectively debug and profile your code. Profiling tools help identify performance bottlenecks in your programs. 10. Testing: Understand the importance of testing and learn how to write unit tests. Familiarize yourself with testing frameworks like Google Test. 11. Software Design Patterns: Study common design patterns such as Singleton, Observer, Factory, etc. These patterns provide proven solutions to common design problems. 12. Database Basics: Learn the basics of database management systems, especially if you're interested in developing applications that interact with databases. Remember that practical experience is crucial, so try to work on real-world projects and contribute to open-source projects to showcase your skills. Additionally, keep up with industry trends and technologies to stay relevant in the rapidly evolving field of software engineering. Good luck on your learning journey!

Thank you for your comment. It's a common misconception that build systems like CMake are only for QA teams. However, understanding CMake can be beneficial for a C++ software engineer for several reasons: 1. Efficiency: CMake can automate the process of building and testing your code, saving you valuable time. 2. Portability: CMake is platform-independent, meaning it can generate build files for any operating system. If you understand CMake, you can ensure your code runs on any platform. 3. Collaboration: If you're working in a team, using CMake can help ensure everyone is able to build and test the code in the same way, regardless of their development environment. 4. Developer Independence: Learning CMake empowers developers to manage their build configurations independently. This means they can set up, modify, and debug their build environments without relying solely on the QA team. 5. Collaboration: Even if QA teams manage builds in some organizations, having developers familiar with CMake ensures better collaboration. Developers can communicate effectively with the QA team, understand the build process, and troubleshoot issues more efficiently. 6. Efficiency and Debugging: Knowing CMake enables developers to optimize their build processes, reducing compilation times and improving overall efficiency. It also makes it easier to diagnose and fix build-related issues, leading to a smoother development workflow. 7. Open Source and Industry Standards: Many open-source projects and industry-standard libraries use CMake for their build systems. Being proficient in CMake allows developers to contribute to such projects and work with widely accepted practices in the software development community. While it's true that in some companies, the QA or build team might manage the build system, having a working knowledge of it can make you a more versatile and effective engineer. It's always good to understand all aspects of the software development lifecycle, and build systems are a key part of that. Hope this clarifies your doubt! 😊

Thanks for sharing your opinion. It would be nice if you could elaborate on this.

​@@MyCodingDays please consider deleting that negative comment. It adds a negative vibe to your video as it's the only comment visible initially

Thanks for your suggestion, instead of deleting that comment I pinned a positive comment to appear at the top.

@@MyCodingDays good idea. Thanks

@@MyCodingDays just checked and it's still the only visible one. Strange.

Good luck!

Glad it was useful.

Sure 😊

You're welcome 🤗

Glad you think so!

Yes, that's the correct book. Well done 👍

Definitely, one of my plans is to create a video on how to read open source codes or other people's code this can also be interesting. I will create this soon

Currently I'm creating a video which is quite relevant to data structures and algorithms but I will put this on the plan to create a dedicated video for data structures and algorithms.

You can be. There are many online free resources for this purpose. By the way don't forget to improve your English because it is crucial for being a successful software engineer. I am not a native English speaker and I know there are many challenges for non English speakers.

you're right, I life in moroccan Can this map help me become a software engineer in programming, and I am very engaged with it as c++? Please, because this plan is important in my life because I love programming and I love C and C++? God bless your efforts, and if you are not Muslim that God is to Islam, then bless your work @@MyCodingDays

Yes, brother I believe this map will lead you to a good software engineer. But you need to put a deliberate effort.

إنشاء الله سوف نصبح مهندس برمجيات، و سوف نتعلم الإنجليزي ---------- اللهم رزقنا علما نافعا اللهم بارك في أوقاتنا اللهم يسر أمورنا اللهم أحينا مسلمين اللهم هدينا الى طريقة الحق المستيقيم طريق الإسلام اللهم رزقنا حب العلم و عمل على ماتعمناه و رزقنا مشاركته ونعوذ بك من شرور أنفسنا و من سيئات أعمالنا و الحمد لله رب العالمي ------------------------------------------------------- God willing, we will become a software engineer, and we will learn English ---------- Oh God, grant us useful knowledge May God bless our times May God ease our affairs Oh God, grant us life as Muslims Oh God, guide us to the right and upright path, the path of Islam Oh God, grant us the love of knowledge, work on what we have learned, and grant us the ability to share it We seek refuge in You from the evils of ourselves and the evils of our deeds Praise be to God, Lord of the Worlds ---> thanks@@MyCodingDays

انشاالله یا اخی

Sure, You boosted my energy with this comment. During the last two weeks I was really busy preparing for a talk on the London Tech Summit. That's why I couldn't publish any videos. I will do my best to compensate for this delay.

Are you thinking about any specific topics?

STL perhaps?@@MyCodingDays

Sure@@soloflo

C++ is indeed a lovely Programming Language.

The desire among Rust and C++ depends on various factors, consisting of the specific requirements of your project, your crew's understanding, and the exchange-offs you are willing to make. Both Rust and C++ are powerful structures programming languages, however they've one of a kind layout philosophies and strengths. Rust: 1. Memory Safety: One of Rust's key features is its emphasis on memory safety without sacrificing overall performance. The possession system and borrow checker assist save you not unusual programming errors like null pointer dereferences and records races. 2. Concurrency: Rust's ownership machine additionally makes it less difficult to write down concurrent and parallel code with fewer bugs associated with data races. 3. Modern Syntax: Rust has a modern-day syntax and is designed to be expressive and ergonomic, that can make it extra fun for a few developers. 4. Package Management: Rust has a strong package manager called Cargo, which simplifies dependency management and constructing initiatives. C++: 1. Maturity: C++ has been round for a long time and has a giant environment. Many important structures, game engines, and performance-critical applications are written in C++. 2. Performance: C++ gives low-level control over hardware and reminiscence, taking into account pleasant-tuning and optimization. It's frequently chosen for performance-important programs. 3. Ecosystem: C++ has a big and mature surroundings, inclusive of libraries and frameworks, which can be a considerable gain depending at the task's requirements. 4. Legacy Codebases: Many existing projects and codebases are written in C++, and if you're working with or extending such initiatives, C++ is probably a natural preference. It's comprehensible that mastering any new programming language can be difficult. If you locate C++ difficult, Rust might feel greater approachable, specially with its cognizance on safety and current syntax. However, Rust introduces its very own principles like possession, borrowing, and lifetimes that could additionally require some time to grasp. If reminiscence safety, cutting-edge syntax, and a sturdy emphasis on stopping positive training of bugs are crucial to your project, Rust is probably a great choice. On the opposite hand, if you have present C++ information, want get right of entry to to a big ecosystem of libraries, or are working on a venture wherein most overall performance is a top priority, C++ may be the better suit. Ultimately, the choice relies upon on your mission's specific needs and the alternatives and understanding of your group. It's also really worth noting that those languages aren't jointly exclusive, and there are instances where projects use each Rust and C++ for extraordinary components.

Rust only makes a small portion of software that requires speed and efficiency. C and C++ are still the most widely use programming languages for performance-critical applications.

Glad you liked it

You're welcome!

Sorry I didn't catch your comment.

@@MyCodingDays Are all these coursework for free

As far as I know the courses that I introduced are free

Yes there is a good man explain C++ in details for free called ( Mike Shah ) th-cam.com/play/PLvv0ScY6vfd8j-tlhYVPYgiIyXduu6m-L.html

I have more than 10 years of experience 😉

Glad it was helpful!

Sure, why not. Please DM me on LinkedIn.

I am glad it was useful for you.

Glad you liked it.

Thanks for sharing your knowledge.

@@MyCodingDays Incidentally I had also been creating a similar study plan for C, C++, Rust, and Assembly code, that has a lot of overlap with your video. Only you included build systems, which I omitted. And I included file I/O algorithms and techniques, ASCII text, unicode, and binary files. Serialization of data. And also how to interact with files using C++ streams interface, using C file pointers, and using OS system calls like read and write. I also included Assembly code, to write simple codes in C and C++, and then disassemble them to see the Assembly code. It's useful for understanding how if, else, for, while, switch, and also OOP work under the hood. But that's for me only.

​@@MyCodingDays As far as Concurrency and Multithreading is concerned, this topic includes also Multiprocessing and the OS API, such as Linux or Windows. Compare and contrast using threads vs processes for achieving a particular task. Sometimes you would want to use threads, other times you would want to use processes. Multiprocessing also includes mechanisms of IPC. Multithreading also includes pthreads, std::thread, OpenMP for implicit threading. Learning to subdivide data between threads, writing parallel versions of sorting or searching algorithms and matrix algorithms. Also MPI is useful for distributed multiprocess programming, such as on a cluster of Raspberry Pis.

No problem!

Glad you think so!