AI-900: Microsoft Azure AI Fundamentals Study Guide
This comprehensive study guide provides a thorough overview of the topics covered in the Microsoft Azure AI Fundamentals (AI-900) exam, including Artificial Intelligence workloads, fundamental principles of machine learning, computer vision and natural language processing workloads. Learn about the exam's intended audience, how to earn the certification, and the skills measured as of April 2022. Discover the important considerations for responsible AI, the capabilities of Azure Machine Learning Studio and more. Get ready to demonstrate your knowledge of AI and ML concepts and related Microsoft Azure services with this helpful study guide.120 Days Study Plan to Become an AI-Focused Full-Stack Software Engineer
Hello there, my name is Oumaima, and I am an MLSA student ambassador from Morocco, studying at the University Of The People. Welcome to the first step in my exciting, unpredictable journey, one I’ve chosen to embark on with you! For the past three years, I’ve watched the AI industry evolve dramatically. Generative AI has shifted from a fascinating experiment to an integral part of our everyday lives, whether at school, work, or even in our personal routines. In fact, my ChatGPT app is now my go-to therapist, lawyer, and all-around advisor! As a software engineering student for over three years, I’ve seen the growth of generative AI up close. But this shift didn’t just inspire me; it made me realize that I don’t want to remain only a consumer of this technology. I want to contribute to it! Seeing AI’s ability to mimic human thought, draw connections from vast amounts of information, and deliver impressive results sparked something in me. It showed me that the best way to break into AI might just be to use AI itself as my guide. That’s when the idea came to ask ChatGPT O1-preview for a personalized study plan, crafted uniquely for me. It takes into account my available time, coding background, learning preferences, mental health, and energy. Here’s how my journey began with a simple prompt: I want to become an AI-focused full-stack software engineer and have 120 days to dedicate to this goal. Please create a detailed 120-day study plan tailored for me, dedicating 3-4 hours daily. The study plan should: - Cover all essential topics including programming foundations, data structures and algorithms (DS&A), mathematics for AI, machine learning fundamentals, deep learning, advanced AI topics, integrating AI into applications, web development basics for AI integration, advanced web development, full-stack project development, scripting, DevOps, and career development. - Include weekly breakdowns and daily tasks. - Provide recommended resources for each topic (e.g., online courses, tutorials, documentation). - Suggest hands-on projects or exercises to apply the concepts learned. - Incorporate tips for success, such as active engagement, seeking feedback, balancing depth and breadth, and maintaining well-being. - Emphasize developing all the skills that will make me an irreplaceable software developer, including scripting and DevOps skills. - Conclude with a summary and final advice. Please ensure the plan is structured, comprehensive, and practical for someone balancing work and study. Then it generated the following plan, that I tried to follow by using Microsoft Learn learning paths that offer in depth trainings on each topic I got: Days 1–25: Programming Foundations & Data Structures and Algorithms (DS&A) Microsoft Learn path suggestion: Python for beginners Days 26–50: Mathematics for AI & Machine Learning Fundamentals Microsoft Learn path suggestion: Introduction to machine learning Days 51–80: Deep Learning & Advanced AI Topics Microsoft Learn path suggestion: Train and evaluate deep learning models Days 81–100: Integrating AI into Applications Microsoft Learn path suggestion: Microsoft Azure AI Fundamentals: Generative AI Days 101–115: Advanced Web Development & Full-Stack Project Development Microsoft Learn path suggestion: Build an AI web app by using Python and Flask Days 116–120: Portfolio Projects and Industry Trends. Not going to lie, the roadmap turned out to be even more exciting than I’d expected! When I asked for it, I specified that it should guide me through developing problem-solving skills directly tied to full-stack development. I wanted a path that not only sharpens my abilities but also allows me to build interesting, hands-on applications where I can see the results of what I’m learning. And now, my friends, the journey has officially begun! I’ll be following the roadmap closely, documenting my weekly progress to learn AI, noting the challenges, and celebrating the accomplishments. The goal is to see if artificial intelligence can really help create a customized study plan that aligns with my personal goals, circumstances, and unique learning rhythm. So, stay tuned — this is only the beginning! See you in my first step with DSA!Using Unity to Create an Engaging Eye-Tracking Puzzle Game- a UCL & Microsoft IXN Project
Nayana Dasgupta,Farhan Mahmood & Guide Limjumroonrat Computer Science student at University College London, have been working with Microsoft and UCL IXN on their Project. The aim was to produce a rich and unique eye tracking game for individuals affected by severely disabling conditions such as Amyotrophic Lateral Sclerosis (ALS), Motor Neurone Disease (MND) and Spinal Cord injuries. Individuals with these conditions often retain good control of their eyes, however there is a lack of applications and games that are designed for and fully support the use of eye tracking. As a result, we started developing Of Mice and Messages - a pipe-based eye tracking puzzle game where users solve each level to read the next message in an overarching storyline.
Guide to the Microsoft Azure Notebooks for Students
First published on MSDN on Jun 10, 2017 This is a guest post by Francine Tan, Microsoft Student Partner at Imperial College LondonHi I'm Francine, a Penultimate year Electrical and Electronic Engineering student and Microsoft Student Partner at Imperial College London check out my linkedin profile at https://www.Using the FarmBeats Student Kit to learn more about IoT, Digital Agriculture and Precision Farming
FarmBeats is a venture of Microsoft Research that was launched in 2015 as a prototype for an Internet of Things (IoT) platform for agriculture. Stemming from the concept of Digital Agriculture, it uses technologies such as low-cost sensors, drones, vision, white space, cloud computing and Machine Learning algorithms to combat very little or no-power in farms. Consequently, the FarmBeats platform has not only allowed for real-time seamless data collection from sensors, cameras and drones but also for storage and complex processing within Microsoft’s cloud computing platform, known as Microsoft Azure.Azure Open Source Day 7th March 2023
Join us to learn about open-source technologies and how to build intelligent, scalable apps faster and easier. Discover new capabilities in cloud-native architectures, microservices, and data management using Azure and open-source technologies. Get insights and best practices from industry leaders and ask experts your questions during the live chat Q&A. Register now for this free digital event.
