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Computer science lessons in Surbiton

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Trusted teacher: Python programming. Here's a general outline of what such a tutorial might cover: Introduction to Python: Overview of Python, its history, and its uses. Comparison with other programming languages. Setting up the Python environment and tools for development. Basic Python Syntax: Understanding of Python syntax, keywords, and data types. Introduction to variables, operators, and writing simple Python scripts. Control Structures: Detailed explanations and examples of control structures including if-else statements, for and while loops, and comprehensions. Introduction to error and exceptions handling. Functions and Modules: How to define and call functions, pass arguments, return values, variable scope, and lambda functions. Understanding and creating modules and packages. Data Structures: In-depth look at Python's built-in data structures: strings, lists, tuples, sets, and dictionaries. Operations, methods, and using these structures effectively. Object-Oriented Programming (OOP): Basics of OOP in Python, creating classes and objects, inheritance, polymorphism, encapsulation, and method overloading. File Handling and I/O: Reading from and writing to files, handling file paths, and understanding various file formats. Introduction to I/O operations in Python. Libraries and Frameworks: Overview of popular Python libraries and frameworks like NumPy, Pandas, Matplotlib, Django, and Flask. Examples of how to use these libraries for data manipulation, visualization, web development, etc. Error Handling and Debugging: Techniques for debugging Python code, handling exceptions, and using debugging tools. Advanced Topics: Introduction to more advanced topics like threading, networking, database interaction, and web scraping. Best Practices: Writing clean, readable, and efficient code. Understanding Pythonic concepts and following coding standards. Projects and Practical Applications: Step-by-step guides to building real-world applications or projects to apply the learned concepts in practical scenarios. Each section would contain explanations, code examples, and exercises to help reinforce the learning.
Tutoring · Computer science · Math
Trusted teacher: Cette classe est conçue pour les lycéens désireux d'approfondir leurs connaissances et compétences dans les domaines des mathématiques, de la physique et de l'informatique. Ce que vous apprendrez : - Mathématiques:Nous couvrirons des sujets allant de l'algèbre et la géométrie à l'analyse et la trigonométrie. Les élèves apprendront à résoudre des problèmes complexes, à comprendre les théorèmes fondamentaux et à appliquer les mathématiques dans des situations réelles. - Physique : Les concepts de base tels que la mécanique, l'électricité, le magnétisme et la thermodynamique seront abordés. Les étudiants effectueront des expériences pratiques pour mieux comprendre les principes physiques et leurs applications. - Informatique : Introduction à la programmation, algorithmes et structures de données, ainsi que les bases de la science des données et de l'intelligence artificielle. Les élèves développeront des projets concrets pour appliquer leurs compétences en programmation. Objectifs de la classe: - Maintenir les étudiants engagés et motivés en leur présentant des défis adaptés à leur niveau. - Fournir des devoirs après chaque leçon pour renforcer les concepts appris. - Offrir des rapports de progression périodiques pour suivre l'évolution de chaque élève. À qui s'adresse cette classe: Cette classe est idéale pour les lycéens passionnés par les sciences et la technologie, souhaitant approfondir leurs connaissances et se préparer pour des études supérieures dans des domaines scientifiques. Que vous soyez débutant ou que vous ayez déjà des bases solides, cette classe vous aidera à progresser à votre rythme dans un environnement stimulant et bienveillant.
Math · Physics · Computer science
Trusted teacher: Objective: Equip students with foundational skills in ethical hacking and penetration testing to secure web applications, focusing on open-source tools and DVWA (Damn Vulnerable Web Application). (Capstone Project: Website Penetration Testing Report) Throughout the weeks, students will work on a capstone project where they will perform a comprehensive penetration test on a simulated website using DVWA. They will document their findings, create detailed reports, and suggest mitigation strategies. This project will be their portfolio piece to showcase their skills. 1. Week 1: Introduction to Information Security - Topics covered: Cybersecurity Fundamentals, Introduction to Ethical Hacking, Basic Network Security, Introduction to Cryptography, Practical Cybersecurity Tips 2. Week 2: Introduction to Ethical Hacking - Topics covered: Orientation and Course Overview, Setting Up a Virtual Lab, Key Tools and Software, Network Security Basics, Identifying Common Vulnerabilities, Exploring common network vulnerabilities, Hands-on practice with vulnerability scanning using OpenVAS. 3. Week 3: Website Penetration Testing Fundamentals with DVWA - Topics covered: Website Architecture, Overview of how websites function, Introduction to client-server model and HTTP/HTTPS, Setting Up DVWA, Installing and configuring DVWA, Understanding the purpose and use of DVWA in penetration testing, SQL Injection with DVWA, Understanding SQL injection attacks, Practicing SQL injection techniques and defences using DVWA, Cross-Site Scripting (XSS) with DVWA, Understanding XSS attacks, Practising XSS techniques and defences using DVWA, Hands-on OWASP Top 10 with DVWA, Detailed exploration of the OWASP Top 10 vulnerabilities, Practical exercises to identify and exploit vulnerabilities using DVWA 4. Week 4: Advanced Penetration Testing Techniques - Topics covered: Advanced Exploitation Techniques, Techniques for privilege escalation, Using Metasploit for advanced exploitation, Social Engineering Attack, Understanding social engineering, Practical examples of phishing and other attacks, Reporting and Documenting Findings, Importance of documentation in penetration testing, How to create detailed and professional reports, Ethical Considerations and Legal Aspects, Understanding the ethics of hacking, Legal implications and compliance, Project Presentation and Feedback, Students present their penetration testing report, Personalized feedback and improvement tips. --- At the end of the 4 weeks, • Students will have beginner-to-advanced knowledge about ethical hacking and penetration testing using open-source tools and DVWA. • Students will have enhanced professional writing skills, and technical documentation skills along with research skills. • Students will have a capstone project which will serve as a significant portfolio piece, demonstrating their practical skills and readiness for the cybersecurity job market
Computer science · Security · Information systems
Trusted teacher: Individual Online Tutoring - Just for You! Are you looking for qualified support to excel in your studies? Through lessons with me, you can overcome difficulties in mathematics and computer science. With a Master's degree in Computer Science and over 10 years of experience, I am your dedicated tutor who helps you understand even the most complicated concepts. just message me! What to expect: - Patient and understanding teaching method - Customized lessons tailored to you - Clear explanations and illustrative examples - Flexible scheduling through online lessons - Transparent pay-per-hour without contractual commitment Possible topics include C/C++, MATLAB, Java, Analysis, Linear Algebra, Statistics, Financial Mathematics, Machine Learning, Algorithms and Data Structures, Web Design What my students say about me: "I was looking for a reliable and competent tutor to help me with my Computer Science studies. He fits perfectly. Patrick is very patient and I enjoy taking classes with him a lot. I can highly recommend him." - Student Angelina (Computer Science) "Patrick is a very competent, helpful and experienced Tutor. His optimistic approach enabled me to face challenging topics. He always tries to optimize his teaching according to my needs." - Student G. (Engineering) "Thank for your support with my math exams. Without you, I wouldn't have been able to pass. You recognized my strengths and weaknesses and taught me accordingly. With your help, I saved a lot of time and effort. I can highly recommend you as a Mentor. Thank you so much!" - Student Wladi (Computer Science) "Patrick has been giving me classes for 3 years. He could help me with any problem and show me how to solve them myself. His ability to teach all kinds of different topics is impressive" - Student L. (Computer Science)
Tutoring · Math · Computer science
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Only reviews of students are published and they are guaranteed by Apprentus. Rated 4.9 out of 5 based on 27 reviews.

Lesson 04: Command Injection & Brute Force Attack (Lesson 04 of Web Penetration Testing Series) (Hamilton)
Dr Zeeshan
The lessons I have taken with Dr Zeeshan have been a great approach to the cybersecurity field, he is always available for help and has a deep knowledge of the things he teach.
Review by GONZALO
Dutch Language Tutor in Tokyo, special attention for pronunciation (Tokyo)
Florian
Florian was well prepared and engaging in conversation. He helped me to understand the content and usage with context.
Review by JORDAN
Chemistry tutor, Chemistry Olympiad tutor, and University Level (Serpong)
Aditya
Thank you Mr Aditya, you made this easy to understand, and my child wants to learn more about chemistry.
Review by SERLYANA