Those who are interested to learn VHDL and start their career as a SOC Verification Engineer. Topics Covered Introduction to VHDL- Basic Language elements-Behavioral Modelling-Dataflow Modeling-Structural modeling-Generics and Configurations-Subprograms and Overloading-Package and Libraries-Model Simulation.

Go beyond common questioning and answering with AI - learn how to wield AI agents to massively enhance your benefit from using AI. Use natural language to: - build software - automate tedious tasks - create graphics and visualizations (including accurate charts) - create animations for any project For web/software developers: - increase autonomy - tools and functions - hooks - goals, loops - sub-agents

Learn practical software development skills through structured lessons tailored to your current experience, learning goals and interests. These lessons are designed for beginners and developing learners who want to understand how software is planned, developed, tested and improved. Topics can include programming fundamentals, application development, problem-solving, program logic, working with data, databases, APIs, version control with Git and GitHub, debugging, testing and understanding the software development lifecycle. Depending on your goals, lessons can also introduce technologies used in modern software development such as JavaScript, TypeScript, React, Node.js and working with front-end and back-end applications. The focus is on learning through practice rather than simply studying theory. We can work through coding exercises, small applications, software challenges and portfolio projects to help you understand how the different parts of software development work together. Lessons can also support students who want help understanding an existing project or want to strengthen particular areas of their development knowledge. No previous programming experience is required for beginner lessons.

Are you studying DAM, DAW, Computer Engineering or other technological training and are you finding programming difficult? I am Nuria, a computer science teacher with over 10 years of teaching experience and professional experience in systems development and administration. The classes are online, one-on-one, and fully tailored to your syllabus, level, and goals. We can start from scratch, prepare for a subject or exam, work on assignments and projects, troubleshoot errors, or make progress on a project. I work with different languages and technologies, including **Java, Python, C, C#, PHP, JavaScript, SQL, OCaml** and others that you may use in your subject. We can work on content such as: * programming logic and problem-solving; * algorithms and data structures; * object-oriented programming; * functional programming; * functions, classes, collections, and exceptions; * debugging and error resolution; * access to databases; * application development; * Git and version control; * internships, projects and exam preparation. My goal is not for you to memorize code or copy solutions, but for you to learn to analyze a problem, break it down into parts, propose a solution, and understand why it works. In addition to the classes, you will have access to our educational platform with its own documentation, notes, exercises, examples, practices and content from our courses to continue working between sessions.

Best programming practices including AI techniques and testing. Languages include python, javascript and typescript. C/C++ and Java. Advanced topics like design patterns and full stack development ( web + mobile). Alongside with git and github.

Do you want to learn programming from scratch in an easy and practical way? This course is aimed at beginners and students who want to build a strong foundation in programming and algorithms. We will learn step by step how to think computationally, design algorithms, and solve problems before writing code, and then we will move on to applying that using different programming languages such as **Python, Java, C, C++ and Bash**. During the lessons you will learn: * Programming basics from scratch. * Basic algorithms and data structures. Variables, conditions, loops, and functions. * Object-oriented programming (OOP). * Write clean and organized code. * Solving programming exercises and problems. * Assistance with university assignments and exam preparation. * Implement small projects to apply what you have learned. The lessons are hands-on, where you'll write code yourself and learn to think like a programmer, not just memorize commands. The content is tailored to each student's level and goals.