Can artificial intelligence code better than humans? It can code faster and more accurately. But where it struggles is in seeing the bigger picture and coming up with creative solutions to new problems.
For example, imagine someone like Arsen. He might know some programming languages and write code quickly, but if he doesn't understand why it works or doesn't, he could soon find himself without a job in the tech industry.
We provide the opportunity to learn not just how to write code, but also to take a few steps back and begin from the basics. Our aim is to help you recall or fill the gaps in your technical education that you might have overlooked or missed in universities or elsewhere.
The course comprises various sections. Let's explore the significance of each topic below:
Mathematics
A fundamental grasp of mathematics is crucial in programming. While you don't need to be a math whiz, having a basic understanding of algebra and discrete math can greatly benefit you. Familiarity with concepts such as variables, functions, and basic equations is also advantageous. This knowledge lays a strong foundation for delving deeper into areas like machine learning and artificial intelligence, which are increasingly shaping our reality. Being equipped in these areas is essential to staying ahead of the curve.
Computer design
In the computer design section, we will delve into computer engineering, covering topics such as computer processing, memory, storage blocks, and exploring computer language, specifically Assembly code, with a focus on MIPS. This study will enhance the development of more efficient programming skills in higher-level languages.
Computer Basics
This section covers the following areas:
Operating Systems
The operating system serves as the vital link between hardware and software. It ensures the smooth and balanced functioning of the processor and computer memory. A deep understanding of how the OS operates is essential for comprehending the functioning of programs within the OS environment. This knowledge equips you to write more efficient and faster code, optimizing memory usage and minimizing conflicts with other programs.
When encountering challenges in parallel programming, knowledge of the operating system contributes to the development of optimal, secure, and well-informed software solutions.
Imagine yourself as a musician in an orchestra. Your collaboration with the conductor is imperative for executing your part accurately. In our context, the operating system assumes the role of the conductor.
Network Fundamentals
Understanding networking is crucial in today's software development because it enables communication between systems and devices. Knowing about network security is also important for building secure applications and ensuring safe encryption and authentication processes.
Imagine a program as a person navigating a city. Learning about networks is like understanding the streets and transportation system of the city. Being familiar with the city layout can prevent various issues, like searching for data on other servers or handling network errors during delivery.
Data Structures
Data structures are vital for efficiently organizing and managing data. Understanding data structures enables you to identify the most suitable solutions for organizing data in various problem scenarios. Additionally, data structures play a pivotal role in memory management. Therefore, possessing strong knowledge in this domain empowers you to safeguard your system against memory overload and excessive usage.
Algorithms
Understanding algorithms equips you with a structured approach, akin to a well-defined recipe, for writing efficient code. Mastery of algorithms provides a robust toolkit for problem-solving, enhancing your proficiency as a programmer. It empowers you to craft innovative solutions, collaborate seamlessly, and explore advanced programming concepts, thereby fostering professional growth and expertise.
Imagine algorithms as treasure maps in a pirate adventure. Each algorithm is like a map that guides you through a series of steps to reach the buried treasure (solution to a problem). Just as pirates follow maps with clues and obstacles, programmers follow algorithms with steps and conditions. And just like a successful pirate finds the treasure, a programmer who follows the algorithm correctly finds the solution to their coding challenge. Plus, who doesn't love a good treasure hunt, right?
After all this, we are steadily progressing toward our intended goal. We are now commencing the study of programming.
Basics of Programming
In this section of the course, you will acquire fundamental knowledge, including selecting appropriate programming tools, writing code, debugging, and utilizing loops and arrays, among other essential concepts.
Advanced Programming
In the final and most extensive part of the program, we will delve into Full Stack .NET programming, exploring the intricacies of the C# and .NET environment, as well as database programming. Notably, this stage involves initiating hands-on projects, enabling you to develop your portfolio with real-world applications.
What do we guarantee and why to participate?
We guarantee a learning journey that is both enriching and rewarding. Participants can expect:
How to participate in the coding bootcamp?
The participation in the coding bootcamp is highly competitive, and only 12-15 participants who pass the test and interview, will be involved.If you want to jump at the chance to start your career in IT, fill out the application form by May 31. All applicants will pass an enrollment test and an interview.
How much is the tuition?
The duration of the course is 12 months.