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محمد - Egypt81 AED
81 AEDCyber Security “Risks, Principles and Strategies of Effective Protection”
Trusted teacher: Welcome to an immersive journey through the world of computer science and the Internet! As an experienced educator proficient in all aspects of computer science, I provide personalized tutoring sessions designed for students from age 5 up to university level. Whether your child is taking their first steps in programming or you are pursuing advanced topics in computer science, my tutoring services are designed to meet your needs. Cybersecurity has become one of the most important fields in demand in the world due to the explosion of knowledge and information in the world and the abundance of risks. Therefore, it has become an approved educational curriculum at all educational levels in computer curricula, as cybersecurity is considered one of the most pressing issues affecting companies and consumers. With the increasing use of the Internet, computers, mobile devices, and communications networks, the possibility of individuals and institutions being exposed to security threats has increased. Therefore, you must become familiar with these various types of risks and cyber threats and ways to confront them. You will learn about attacks by hackers and hackers and how to implement them, and mechanisms and methods for penetrating networks to protect your privacy data. From these attacks by using a set of tools and many protection strategies that you must follow as long as you use the Internet. Throughout the course, students will learn about the latest tools and techniques used by cybersecurity professionals to protect against cyberattacks. They will also gain hands-on experience using real-world scenarios to identify and mitigate security risks. In addition, the course will cover web application penetration testing, where students will learn how to identify vulnerabilities in web applications and practice exploiting them in a controlled environment to understand how to defend against such threats. Content (practical and theoretical) 1- Cybersecurity basics 2- Cybersecurity risks and vulnerabilities. 3- Cybersecurity threats and controls. 4- Cybersecurity protection and response. 5- Security of hardware, software and operating systems. 6- Network and web security 7- Hacking and protecting wireless networks 8- Digital forensic analysis. 9- Encryption in cybersecurity. 10- Ethical hacking. Unleash your energy with us to navigate information and data security and engage in the labor market directly. We will start together from the very beginning, even if you do not have any previous experience.
Tutoring · Computer science · Computer programming
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Vikalp - United Kingdom99 AED
99 AEDComprehensive Introduction to Computer Science Fundamentals
### Computer Science Fundamentals Classes #### Overview Computer Science Fundamentals classes provide a comprehensive introduction to the core concepts and principles of computer science. These classes are designed for beginners and those looking to solidify their understanding of the basics. They cover a wide range of topics, from understanding how computers work to learning programming languages and exploring algorithms and data structures. Additionally, students will gain a basic understanding of computer hardware, including how to assemble a computer, and will engage in labs relating to cybersecurity principles. #### Objectives - **Understand Computer Systems and Hardware:** Gain insight into how computers and networks function, including hardware and software components, and learn how to assemble a computer. - **Programming Proficiency:** Acquire the ability to write and debug code in one or more programming languages. - **Algorithmic Thinking:** Understand and apply fundamental algorithms and data structures to optimize solutions. - **Cybersecurity Awareness:** Understand basic cybersecurity principles and practices. #### Topics Covered 1. **Introduction to Computer Science:** - History and evolution of computing - Overview of computer science fields - Basic computer operations 2. **Basics of Computer Hardware:** - Overview of computer hardware components (CPU, RAM, storage, etc.) - How processors, memory, and storage work - Assembling a computer: Step-by-step guide 3. **Programming Basics:** - Basics of programming language - Variables, data types, and operators - Control structures: loops, conditionals, and functions - Introduction to one or more programming languages (e.g., Python, Java) 4. **Data Structures:** - Arrays, linked lists, stacks, and queues - Trees, graphs, and hash tables - Principles of organizing and managing data 5. **Algorithms:** - Basic sorting and searching algorithms - Algorithm analysis and Big O notation - Recursion and dynamic programming 6. **Computer Architecture:** - Overview of computer hardware - How processors, memory, and storage work - Basics of operating systems and how they manage resources 7. **Networking and Security:** - Basics of computer networking - Internet protocols and architecture - Fundamental concepts in cybersecurity #### Learning Outcomes By the end of these classes, students will be able to: - Demonstrate a solid understanding of computer science principles. - Write, test, and debug programs in at least one programming language. - Analyze and implement basic data structures and algorithms. - Understand how computer hardware and software interact. - Assemble a computer from individual components. - Apply basic cybersecurity principles. #### Who Should Enroll These classes are ideal for: - Children, teenagers, college students or adults beginning their journey in computer science. - Professionals looking to transition into a tech-related career. - Hobbyists and lifelong learners interested in understanding how computers and software work. #### Methodology - **Lectures:** Clear and engaging presentations of theoretical concepts. - **Hands-on Labs:** Practical exercises and projects to apply what you've learned, including: - Assembling a computer from individual components - Labs on basic cybersecurity principles - **Group Projects:** Collaborative assignments to enhance learning through teamwork. - **Assessments:** Regular quizzes, assignments, and exams to gauge understanding and progress. #### Industry-Ready Lessons To ensure students are industry-ready, the course includes lessons on: - **Basics of Computer Science in the Industry:** - Understanding industry standards and best practices - Familiarization with common tools and software used in the industry - Overview of current trends and emerging technologies - **Develop Problem-Solving Skills:** - Learn how to approach and solve complex problems systematically. - Practice with real-world scenarios and challenges. - **Professional Development:** - Resume building and interview preparation for tech roles - Networking strategies and career planning - Ethical considerations and responsibilities of a computer scientist ### Conclusion Computer Science Fundamentals classes offer a thorough introduction to the essential concepts and skills needed in the field of computer science. Whether you are a beginner or looking to reinforce your foundational knowledge, these classes will equip you with the tools and understanding necessary to advance in the field of computer science and prepare you for a successful career in the industry.
Computer science
Tom - France84 AED
84 AEDStudent in networks and telecommunications having completed a technological terminal with a computer science, maths and physics option. Give lessons
In this course you will learn to master computers better than you currently do, regardless of your age. You are a middle school or high school student who needs to know how to improve in algorithmic programming, no worries. Or are you just someone who wants to learn how it all works? No problem. Or you need to learn how IT works how to use your computer, maintain it in short here with a simple initiation no problem. Here's how a course would work: My Approach as a Private Teacher As a teacher, I make it a point of honor to adapt my lessons to the needs and objectives of each student. My approach is based on a deep understanding of concepts and practical application to ensure lasting assimilation of knowledge. My Teaching Techniques and Methods • Active Pedagogy: I favor an active pedagogy where the student is at the heart of the learning. This includes practical exercises, why not projects tutored in the manner of tp. Typical Course Course 1. Identification of the student's needs and objectives. 2. Theoretical Explanation: Presentation and explanation of key concepts. 3. Practical Exercises: Application of concepts through exercises and problems. 4. Revision and Feedback: Feedback on the exercises, corrections and advice for continuous improvement. 5. Homework: If necessary and desired by the student, homework will be offered to reinforce what has been learned between each session. My Specificities as a Teacher • Dual Skills: Passionate about IT since childhood and studying his field with mathematics and physics. overall. • Experience and Passion: As a student myself, I have a passion for the transmission of knowledge.
Computer science · Computer basics · Math
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Hossam - Riyadh, Saudi Arabia182 AED
182 AEDLearn to write commands for different artificial intelligence models
Trusted teacher: the description: In the "Writing Commands for AI" course, we will learn how to formulate effective commands and directives that allow AI to achieve accurate and reliable results. This course is designed for anyone who wants to understand how to communicate with intelligent systems, whether you are a beginner or a technology professional. Content: Introduction to artificial intelligence and machine learning: Overview of artificial intelligence. Understand how intelligent systems work and interact with commands. Principles of writing commands: How to formulate orders clearly and specifically. Avoid vague orders and make sure directions are comprehensive. Command structure: Typical command components: inputs, processors, and outputs. Use conditional commands and repetitive operations. Test and improve commands: Methods for testing the effectiveness of commands and verifying the accuracy of the response. Optimize orders based on the results and data received. Application examples: Practical application on writing commands for various artificial intelligence systems such as chatbots, recommendation systems, and natural language processing. best practices: Tips for keeping orders organized and maintainable. How to write commands that handle unexpected situations. Expected benefits: Trainees will learn how to effectively communicate with intelligent systems to achieve desired goals more efficiently, and how to employ artificial intelligence to solve complex problems and provide continuous performance improvements. Level: Beginner Media: educational videos, practical applications, and interactive exercises.
Computer science
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Zhane - Battersea, United Kingdom171 AED
171 AEDCyber Security and IT Consultancy Development Class
### **Junior Level (Ages 11-14)** #### Module 1: Introduction to Cyber Security - **Week 1-2: Basics of Cyber Security** - What is cyber security? - Importance of cyber security in daily life - Common cyber threats (e.g., phishing, malware) - **Week 3-4: Safe Internet Practices** - How to create strong passwords - Recognizing suspicious online behavior - Safe use of social media #### Module 2: Introduction to Consultancy - **Week 5-6: Basics of Consultancy** - What does a consultant do? - Types of consultancy (e.g., IT consultancy, management consultancy) - Basic problem-solving techniques - **Week 7-8: Communication Skills** - Basics of effective communication - Listening skills and giving feedback - Role-playing exercises #### Module 3: Basic Cyber Security Tools and Techniques - **Week 9-10: Introduction to Encryption** - Basics of encryption and why it's important - Simple encryption activities - **Week 11-12: Cyber Security Software** - Overview of anti-virus and anti-malware software - Hands-on practice with basic cyber security tools #### Module 4: Cyber Security Projects - **Week 13-14: Group Projects** - Working on small cyber security projects - Presenting findings and solutions - **Week 15-16: Reflect and Review** - Reviewing key concepts learned - Feedback and assessment --- ### **Intermediate Level (Ages 15-17)** #### Module 1: Advanced Cyber Security Concepts - **Week 1-2: Understanding Cyber Attacks** - Types of cyber attacks (e.g., DDoS, ransomware) - Anatomy of a cyber attack - **Week 3-4: Network Security** - Basics of network security - Firewalls and intrusion detection systems #### Module 2: Consultancy Skills - **Week 5-6: Advanced Consultancy Techniques** - Consulting frameworks (e.g., SWOT analysis) - Case studies of cyber security consultancy - **Week 7-8: Client Interaction** - Understanding client needs - Role-playing client-consultant scenarios #### Module 3: Practical Cyber Security Skills - **Week 9-10: Ethical Hacking Basics** - What is ethical hacking? - Basic ethical hacking techniques and tools - **Week 11-12: Incident Response** - Responding to a cyber incident - Creating an incident response plan #### Module 4: Cyber Security Projects - **Week 13-14: Group Cyber Security Projects** - Working on intermediate cyber security challenges - Presenting solutions and findings - **Week 15-16: Reflection and Assessment** - Reviewing key concepts and projects - Feedback and improvement areas --- ### **Senior Level (Ages 18-21)** #### Module 1: Professional Cyber Security Practices - **Week 1-2: Advanced Threat Analysis** - Identifying and analyzing advanced threats - Case studies of significant cyber attacks - **Week 3-4: Cyber Security Policies and Governance** - Understanding cyber security policies - Developing and implementing cyber security policies #### Module 2: Advanced Consultancy Skills - **Week 5-6: Strategic Consulting** - Developing long-term strategies for clients - Advanced consulting methodologies - **Week 7-8: Business Development in Cyber Security** - Creating business models for cyber security services - Pitching cyber security solutions to clients #### Module 3: Specialized Cyber Security Skills - **Week 9-10: Advanced Ethical Hacking** - In-depth ethical hacking techniques - Conducting penetration testing - **Week 11-12: Cyber Forensics** - Basics of digital forensics - Tools and techniques for forensic analysis #### Module 4: Capstone Project and Professional Skills - **Week 13-14: Capstone Cyber Security Project** - Large-scale project addressing a real-world cyber security issue - Collaboration with local businesses or organizations - **Week 15-16: Professional Skills** - Advanced communication and presentation skills - Professional ethics in cyber security --- ### **Supplementary Activities** - **Workshops and Guest Lectures** - Regular workshops with industry professionals - Guest lectures from cyber security experts and consultants - **Competitions and Hackathons** - Participation in local and national cyber security competitions - Hosting cyber security challenges and hackathons --- This syllabus aims to provide a comprehensive education in both cyber security and consultancy, ensuring that students gain the necessary skills and knowledge to excel in these fields.
Computer science
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