System Design Essentials: A Beginner'S Guide In 60 Minutes

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System Design Essentials: A Beginner'S Guide In 60 Minutes
Published 4/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 315.15 MB | Duration: 0h 59m

System Design, Software Engineering, Application Development, Data Strcutures, Algorithms, Interviews

What you'll learn
Fundamentals of system design: Grasp the basic concepts, terminologies, and importance of system design in software development.
Server and client roles: Understand the responsibilities and interaction between servers and clients within a system.
Complexity analysis: Learn about time and space complexity, and their significance in building efficient systems.
Data structures and algorithms: Acquire knowledge of basic data structures and algorithms and their role in system design.
Client-side applications: Explore the challenges and constraints of various client-side platforms and their impact on system design.
Requirements
Basic understanding of programming concepts: Familiarity with fundamental programming principles, such as variables, loops, and conditional statements, will be helpful.
Knowledge of at least one programming language: Familiarity with any programming language (e.g., Python, Java, or JavaScript) will help students grasp the concepts more effectively.
Enthusiasm to learn: A strong desire to learn and explore the world of system design is essential for getting the most out of this course.
No prior system design experience is required: This course is specifically designed for beginners who may not have any prior knowledge or experience in system design.
Description
Welcome to "System Design Essentials: A Beginner's Guide to Building Blocks," an all-inclusive Udemy course explicitly tailored for beginners new to system design. Whether you're a fresh graduate or a software engineer without a computer science background, this course will help you comprehend the fundamental building blocks of system design before diving into more complex concepts.Our step-by-step curriculum breaks down complex topics into easily understandable lessons, ensuring you grasp essential concepts and develop a strong foundation in system design.What you'll learn:Introduction to system design: Understand the basic concepts, terminologies, and the importance of system design in the software development process.Servers and clients: Learn about the roles and responsibilities of servers and clients and their interaction within a system.Time and space complexity: Gain an overview of complexity analysis and its significance inefficient building systems.Data structures and algorithms: Familiarize yourself with the basics of data structures and algorithms and their role in system design.Client-side applications: Explore the challenges and constraints of various client-side platforms and their impact on system design.Simplified real-world examples: Understand the practical aspects of system design through easy-to-follow case studies and examples, ensuring a smooth transition from theory to practice.By the end of this course, you will clearly understand the fundamental building blocks of system design, preparing you to delve deeper into the subject and excel in your professional career. So enroll now and take the first step toward mastering system design!Mastering the basics and simplifying ideas are essential to practical system design discussions. By thoroughly understanding the fundamental building blocks, you can more confidently navigate the intricacies of designing scalable, efficient, and resilient systems. The importance of learning these basics cannot be overstated, as they serve as a strong foundation upon which you can build your expertise and make informed decisions during the design process.Simplifying ideas is an invaluable skill, mainly when communicating with team members who may have varying levels of understanding or come from different professional backgrounds. By breaking down complex concepts into digestible and easily relatable terms, you can ensure everyone involved in the discussion is on the same page. This fosters a more collaborative and inclusive environment where all participants can contribute their insights and ideas to create a better overall design.Additionally, simplifying ideas during system design discussions allows for more efficient problem-solving. When concepts are presented clearly and straightforwardly, it becomes easier to identify potential challenges, devise effective solutions, and optimize the design for better performance. This skill also helps bridge gaps between technical and non-technical stakeholders, enabling smoother collaboration and a more cohesive final product.In conclusion, learning the basics and cultivating the ability to simplify ideas are crucial aspects of successful system design discussions.
Overview
Section 1: Basic model of every software system ever implemented
Lecture 1 Section introduction
Lecture 2 It all starts with a single line of code
Lecture 3 Concept of functions
Lecture 4 Notion of thread and process in context of software systems
Lecture 5 Role of operating systems in the basic model
Lecture 6 Hardware in the holistic picture of system design
Lecture 7 Compute elements of processor and memory
Lecture 8 Storage as an element of system
Lecture 9 Networking as a system component
Lecture 10 Expanding the basic model to cloud computing
Lecture 11 Functional perspective of stacks in cloud infrastructure
Section 2: Purpose of building systems
Lecture 12 Defining the scope of the system
Lecture 13 Systems meant for gathering information
Lecture 14 Systems that store information
Lecture 15 Systems that process information
Lecture 16 Information retrieval and search systems
Lecture 17 Information presentation systems
Section 3: Simple model for an end to end system
Lecture 18 Section introduction
Lecture 19 Basic client server model with a single server
Lecture 20 Microservices architecture simplified with two server system
Lecture 21 Multi-server model with acknowledgement and delayed response
Lecture 22 Difference between synchronous and asynchronous models
Section 4: Compute elements of a systems
Lecture 23 Alogrithms and data strucutres as part of system design of complex systems
Lecture 24 Necessity of understanding compilers for designing complex systems
Lecture 25 The curious case of web crawlers and hidden connection to interview questions
Lecture 26 Analytics
Section 5: Fundamentals of data structures to understand system design
Lecture 27 Section introduction
Lecture 28 Concept of dynamics arrays
Lecture 29 Concept of lists as data structure
Lecture 30 Overview of Trees as data structure
Lecture 31 Hashmaps overview
Lecture 32 Higher data strcutures one must learn to use while building complex systems
Section 6: Algorithms knowledge needed from system design perspective
Lecture 33 Section Introduction
Lecture 34 Sorting
Lecture 35 Importance of understanding quick sort and merge sort in detail
Lecture 36 Search algorithms
Lecture 37 Binary search on trees and graph traversals
Section 7: Complexity analysis and its impact on system design
Lecture 38 Time complexity
Lecture 39 Space Complexity
Lecture 40 Dynamic programming and NP completeness
Section 8: Client side applications as basic building blocks of systems
Lecture 41 Client Side applications an overview
Lecture 42 Purpose of client side applications
Lecture 43 When to dive deep into front end complexities?
Section 9: Servers - The backbone of modern infrastructure revolution
Lecture 44 Section Introduction
Lecture 45 Necessity of servers
Lecture 46 Server in system design interviews
Lecture 47 Servers are everywhere! Learn how to write one from scratch!
Lecture 48 Scalability and servers
Beginner-level software engineers: Software developers who are new to the industry and want to acquire a foundational understanding of system design principles and building blocks.,Fresh graduates or students: Individuals who have recently graduated or are currently pursuing a degree in computer science, software engineering, or a related field and want to learn about system design before entering the workforce.,Non-computer science professionals: Professionals from non-computer science backgrounds who are interested in transitioning to a software development role or want to acquire knowledge of system design for personal or professional growth.,Aspiring software architects: Developers who aim to advance their careers by becoming software architects and want to build a solid foundation in system design concepts.,Anyone with a keen interest: Anyone who wants to learn about system design, regardless of their professional background or expertise, can benefit from this beginner-friendly course.

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