Executive Diploma of Chief Technology Officer

In this course, you will learn the process followed by big companies to automatically build and deploy their frontend React Js and backend SpringBoot application on Azure cloud using AzureDevOps. You will be learning all these by creating these pipelines yourself.You will also learn how does the software gets developed on one environment, tested on another, accepted on another, and deployed on Production for actual customer use, how does the application code quality and pull request process works.The best part is you do not need to know anything about React or SpringBoot, everything will be covered from scratch in a step-by-step approach.Following are the topics you will learn in this course1. What is On-Premise Infrastructure2. What is Public cloud3. Why do we need public cloud4. Different types of cloud service providers in the market5. Different cloud models like IaaS, PaaS, SaaS6. Analogy with real-world example7. Different types of Azure cloud services8. How to create a free Azure portal account9. Various services on Azure portal10. Azure cloud concepts like Subscription, Resource group, Virtual machines, App service, Storage account, Databases, and much more.11. Setting up Azure DevOps organization, projects12. Overview of different components of AzureDevOps dashboard13. Creating an azure App Service and using it14. Creating Azure MySQL and using it15. Monitoring and Log debugging using Application Insight16. Continuous Integration pipeline with AzureDevOps17. Continuous Deployment pipeline with AzureDevOps18. Different Git commands19. Testing the application end to end20. How to request access to use pipelines using free account21. DTAP way of build and deployment22. Pull request process and code deployment to production23. Code quality checks using SonarQube24. Configure custom to domain to Azure App Service25

Crack Your Next System Design Interview with Confidence!Whether you’re targeting a FAANG company (Facebook, Apple, Amazon, Netflix, or Google ), or a top tech startup, this course gives you the real-world knowledge, hands-on practice with questions and answers, and strategy you need to stand out.You’ll learn to design scalable, fault-tolerant systems like Uber, Netflix, Zoom, and Instagram — the kind of systems interviewers actually ask about — and you’ll learn how to talk about them clearly and confidently during interviews.Estimation questions, calculation challenges and solutions are included for junior/mid-level roles.Challenges on traffic estimation, load, storage, and cost are included for senior staff or principal roles to help their design reasoning.This course includes step-by-step design breakdowns, detailed architecture diagrams, and mock interview walkthroughs based on questions from real FAANG interviews.Free/Bonus Books Included:System Design Interview: Learn how to design systems at scale and prepare for system design interviewsSystem Design Interview Made Easy: Discover 8 Simple Case Studies to Learn How to Pass Your System Design Interview EasilySystem Design Interview: Mastering Basic Introduction to System Analysis and DesignDatabase Systems Design, Implementation, and ManagementDiagrams used in this courseWhat You'll Learn:How to approach system design interviews with proven frameworksDesigning real-world systems: URL shorteners, search engines, messaging apps, video platforms, and moreConcepts like horizontal scaling, caching, CDNs, database

Disclaimer:Tests BICSI Registered Communications Distribution Designer is an independent publication and is neither affiliated with, nor authorized, sponsored, or approved by, BICSI.Course content is subject to change without notice.The Tests BICSI Registered Communications Distribution Designer are meticulously designed to help you prepare for one of the most prestigious credentials in the Information and Communications Technology (ICT) industry. These practice tests are structured to simulate the actual RCDD exam experience while providing comprehensive coverage of all essential topics outlined in the BICSI TDMM (Telecommunications Distribution Methods Manual).These preparation tests cover crucial areas including telecommunications spaces and pathways, backbone and horizontal distribution systems, firestopping, grounding and bonding, wireless networks, data centers, audiovisual systems, and building automation systems. Each test is carefully crafted to assess your knowledge of current industry standards, best practices, and emerging technologies in ICT infrastructure design.The practice tests incorporate various questions that mirror the actual exam scope, including scenario-based problems, and technical calculations. Each question is accompanied by detailed explanations and references to relevant sections of the TDMM, helping you understand not just the correct answers but also the underlying concepts and principles.Key focus areas include:Telecommunications infrastructure design principlesNetwork architecture and topologyCabling standards and specificationsSpace planning and pathway designGrounding and protection systemsData center design considerationsPhysical security and access controlHealthcare and educational facility requirementsBy working through these p

Tired of generic Excel tutorials that leave you feeling lost? This course takes a different approach, equipping you with the skills and confidence to excel (pun intended!) in the workplace.Why Excel?Excel is the king of spreadsheets, a versatile tool used across industries for tasks like:Project Management: Track project timelines, budgets, and resources with ease.Product Management: Design sleek app prototypes and analyze user data within Excel.Finance and Trading: Create dynamic trading sheets to analyze Bitcoin and other cryptocurrencies.Presentations and Design: Craft compelling visuals for impactful presentations.Automation: Simplify repetitive tasks and boost your productivity with Excel's automation features.Learn by Doing: The Project-Based ApproachThis course ditches the theoretical fluff and dives right into practical projects that mirror real-world scenarios. You'll build:A Vulnerability Report: Learn valuable skills for cybersecurity professionals by constructing a report similar to those used in the field.An App Template: Channel your inner product management guru by designing a user-friendly app template within Excel.Customized Trading Sheets: Take control of your cryptocurrency investments with dynamic sheets to analyze Bitcoin and other markets.This hands-on approach ensures you grasp the true power of Excel, learning only the functionalities you'll need for immediate effectiveness in the workforce.Beyond the Basics: Embracing the Future of WorkWe understand the workplace is evolving rapidly. As

What will be in the course:​Personal experience;​How I structured the work in my team;​What my team and I use;​What are the alternatives to my tools;​Which helped speed up development.​What this course will not include:​A huge amount of theory;​Calculations that prove how to design;​Imposing opinions and proving that problems need to be solved only this way and nothing else.​As a result, this course will be useful not only for the technical leader of the development group, but also for managers of different levels, developers and testers.​The topics of the lessons that will be discussed in this course are shown on the slide:​Introductory lesson;​Team and roles in it;​Technical task;​Work planning;​Task management systems;​Architecture;​Version control systems, version accounting;​Codestyle;​Description of the code;​Automatic generation of documentation;​Testing;​Bug life cycle, Bug tracker;​Automatic tests;​Automatic machines and scripts;​Instructions;​Summing up and my results.​For each topic, there will be an explanation of how this innovation in the development process will help increase efficiency.​By efficiency, I mean the following measured parameters:​The number of mechanical errors will decrease;​Development time will be reduced;​The error search time will decrease;​The time to attract a new developer will decrease;​The accuracy of the development forecast and adherence to plans is increased.​And not measurable, which will also get better:​It will become e

This course explores the various features of device to cloud communication using Amazon AWS IoT Core on a AWS free tier account. Before the course starts we need an AWS free tier account, a local installation of the AWS CLI tool, and installation of the MQTT.fx testing tool (all free). After this is set up we will program inexpensive, WiFi enabled embedded devices such as the ESP8266, ESP32, and Raspberry Pi to communicate with AWS IoT Core with MQTT. We will take advantage of free "Internet of Things" (IoT) development environments, like Mongoose OS in JavaScript, Arduino in C, Zernyth in Python, AWS FreeRTOS in C, and the AWS IoT SDK in both JavaScript and Python for the Raspberry Pi to program our inexpensive WiFi devices. You will need at least one or more of the following devices to transmit data to AWS IoT. Alternately, you can send JSON test payloads from IoT Core directly, imitating a IoT device. The course continues on with programming our embedded devices to send data from the device to the AWS cloud. To transmit our data we will use the built in MQTT broker on our devices firmware, sending JSON encoded sensor data, to the AWS IoT console. Device Development Environment Programming LanguageESP8266 12-E Mongoose OS, MicroPython JavaScript, ArduinoESP32 Arduino, Zerynth, FreeRTOS