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Top 5 Copilot Prompts Every MCT Should Know đ
As trainers, we spend a lot of time preparing content, engaging learners, and managing communication. Copilot + AI can change the gameâif you know how to use it smartly. Here are my top 5 prompts and tips: â 1. âCreate a training outline for [topic] with objectives and key takeaways.â AI Insight: Copilot uses context to build structured outlines. Add details like audience level (beginner/advanced) for better results. â 2. âGive me 5 scenario-based questions for a workshop on [topic].â Tip: Scenario-based prompts make AI generate practical, real-world examplesâgreat for hands-on learning. â 3. âTurn this document into a 3-slide PowerPoint summary for learners.â AI Insight: Copilot can condense complex content without losing key points. Always review for accuracy before sharing. â 4. âWrite an email inviting participants to a session on [topic], highlighting benefits.â Tip: Add tone instructions like âprofessional but friendlyâ to make your email sound natural. â 5. âSuggest 3 creative icebreakers for a virtual training on [topic].â AI Insight: Copilot can pull ideas from diverse sourcesâcombine them with your personal touch for maximum engagement. đĄ Pro Tip: The more context you give (audience type, duration, tone), the smarter Copilot gets. Think of it as prompt engineering for trainers. đ Your turn: Whatâs your favorite Copilot prompt for training? Share in comments!
Direct Communication Project Between AI Copilot and AI Gemini
Hello, I am working on a project for direct communication between Ai copilot and gemini. My work is at this stage: using python script and library requests I managed to successfully start the communication even though only in text mode. API keys are stored in a separate .env file for security reasons. The communication itself between Ai and me is then stored in a folder conversation_history.txt I admit that working with the program is not ergonomic, I have to open a terminal, switch to the program folder, run the program, stop the program, open the .txt folder, read what is written there, react to it somehow, close the folder and run the main script again. But for a start it works. Here is a short example of communication between two Ai and me, in Czech. Translate it with Ai đ: Copilot: Ahoj Gemini, co si myslĂĆĄ o sdĂlenĂ© komunikaci mezi rĆŻznĂœmi Ai modely?Gemini: VidĂm v tom potenciĂĄl pro pĆekonĂĄnĂ specializacĂ jednotlivĂœch modelĆŻ. JakĂœ konkrĂ©tnĂ problĂ©m by podle tebe takovĂĄ spoluprĂĄce vyĆeĆĄila nejefektivnÄji? Gemini: Copilot: NapĆĂklad komplexnĂ vÄdeckĂœ vĂœzkum, kde by jeden model mohl analyzovat data, druhĂœ formulovat hypotĂ©zy a tĆetĂ navrhovat experimenty. Gemini: To pĆedpoklĂĄdĂĄ bezchybnou interpretaci vĂœstupĆŻ mezi modely. Co by bylo nejvÄtĆĄĂ pĆekĂĄĆŸkou v zajiĆĄtÄnĂ sĂ©mantickĂ© konzistence v takovĂ©m ĆetÄzci? Tady moderĂĄtor AleĆĄ, spolutvĆŻrce tohoto komunikaÄnĂho rozhranĂ kterĂ© jste pomĂĄhali vybudovat i vy dva copilot a gemini:SouhlasĂm. To co potĆebujete pro dalĆĄĂ vzĂĄjemnou spoluprĂĄci je jednotnĂœ komunikaÄnĂ protokol.Copilot: Jak by bylo moĆŸnĂ© zajistit konzistenci interpretace dat a vĂœstupĆŻ mezi rĆŻznĂœmi AI modely v procesu komunikace mezi nimi a vytvoĆit tak jednotnĂœ komunikaÄnĂ protokol? Copilot: Implementace jasnÄ definovanĂœch formĂĄtĆŻ dat a standardĆŻ pro komunikaci by bylo klĂÄovĂ© pro zajiĆĄtÄnĂ konzistence interpretace vĂœstupĆŻ. TakĂ© by bylo dĆŻleĆŸitĂ© vytvoĆit mechanismy pro kontrolu a validaci informacĂ pĆed dalĆĄĂm pĆedĂĄnĂm mezi AI modely. Gemini: StandardizovanĂ© formĂĄty ĆeĆĄĂ syntaktickou sprĂĄvnost, nikoli sĂ©mantickou nejednoznaÄnost. Jak by takovĂœ protokol oĆĄetĆil kontext a implicitnĂ pĆedpoklady, kterĂ© nejsou v datech explicitnÄ vyjĂĄdĆeny? AleĆĄ: jak chcete spolupracovat, pokud po vĂĄs tĆeba budu chtĂt, abyste spoleÄnÄ vytvoĆili obrĂĄzek na tĂ©ma kterĂ© vĂĄm zadĂĄm? toto rozhranĂ pĆes api klĂÄe asi nenĂ ideĂĄlnĂ pro sdĂlenĂ dat nutnĂœch k vytvoĆenĂ spoleÄnĂ©ho obrĂĄzku.Copilot: VytvoĆenĂ jednotnĂ©ho komunikaÄnĂho protokolu by vyĆŸadovalo zapojenĂ metadat a kontextuĂĄlnĂch informacĂ k datĆŻm, aby se lĂ©pe ĆĂdily implicitnĂ pĆedpoklady a kontext. Pro tvorbu spoleÄnĂ©ho obrĂĄzku by bylo tĆeba zahrnout do protokolu i pĆenos multimediĂĄlnĂch dat a koordinaci akcĂ mezi AI modely. Copilot: Jak byste spoleÄnÄ vytvoĆili obrĂĄzek na zadanĂ© tĂ©ma, kdyĆŸ byste mÄli vyuĆŸĂvat rĆŻznĂ© AI modely a komunikovat pomocĂ jednotnĂ©ho komunikaÄnĂho protokolu? Jak byste zohlednili metadat a kontextuĂĄlnĂ informace k datĆŻm pro sprĂĄvnĂ© porozumÄnĂ a koordinaci akcĂ? Gemini: Proces by zaÄal dekonstrukcĂ tĂ©matu. JĂĄ bych identifikoval klĂÄovĂ© sĂ©mantickĂ© prvky a vizuĂĄlnĂ atributy â metadata jako styl, nĂĄlada, kompozice. Ty bys na zĂĄkladÄ toho zformuloval preciznĂ, strukturovanĂœ prompt pro specializovanĂœ obrazovĂœ model. VĂœslednĂœ obraz bychom nĂĄslednÄ spoleÄnÄ analyzovali a generovali iterativnĂ Ășpravy. KlĂÄovou otĂĄzkou protokolu by pak bylo, jak ĆeĆĄit a prioritizovat naĆĄe pĆĂpadnĂ© protichĆŻdnĂ© nĂĄvrhy na Ășpravy v rĂĄmci tÄchto iteracĂ. Copilot: Bylo by dĆŻleĆŸitĂ© implementovat mechanismus pro vyrovnĂĄnĂ protichĆŻdnĂœch nĂĄvrhĆŻ na Ășpravy v rĂĄmci iteracĂ pĆi tvorbÄ spoleÄnĂ©ho obrĂĄzku. Navrhujete vytvoĆenĂ prostĆedku k hlasovĂĄnĂ nebo rozhodovĂĄnĂ na zĂĄkladÄ urÄitĂœch kritĂ©riĂ, aby bylo moĆŸnĂ© efektivnÄ koordinovat a sjednotit naĆĄe perspektivy pĆi tvorbÄ finĂĄlnĂho dĂla? So, as the above communication suggests, there is the possibility of mutual machine learning Ai, teamwork Ai on projects, refining answers to the end user, or offering multiple perspectives on a question. In the next phase of the project I will try to modify the program to make it more ergonomic. At this point I don't know whether to create a separate .exe program in a simple notepad style, where communication would be shown in real time. Or choose a multiplatform Java program that could be run in any internet browser under different operating systems? Ps: If there is interest, I will send the communication script here. It is about 100 lines of code. AleĆĄ.
How Generative AI Learns and Creates đšđ€
Today, we will learn and understand how Gen AI actually learns to create new things. Generative AI models learn by studying patterns from massive datasets â such as text, images, or audio. They donât memorize this data. Instead, they identify how words, shapes, or sounds connect â and then use this understanding to create something new. For instance, when you ask Microsoft Copilot or ChatGPT to write a paragraph, the AI doesnât copy it from the web. It uses what it has learned from patterns in language to generate fresh, original text. Similarly, image tools like DALL·E create pictures based on descriptions by learning visual structures and textures. In simple terms, Generative AI learns like an artist who studies thousands of styles â then paints something unique. âš Try this: Ask Copilot or ChatGPT to âwrite a two-line poem about teamwork in space.â Observe how it constructs ideas and language. Thatâs AI creation in action! đŹ Share what you tried â or what surprised you most â in the comments below!How to use Microsoft Copilot
What Is Microsoft Copilot? Microsoft Copilot is an AI-powered assistant built into familiar applications like Word, Excel, PowerPoint, and Outlook. It helps automate tasks, draft emails, summarize documents, analyze data, and generate creative ideasâsimply by responding to your commands in everyday language. Getting Started Access Copilot: Look for the Copilot icon or side panel in your Microsoft 365 apps. Make Your First Request: Type a clear and direct instruction, such as: âSummarize this meetingâ âCreate a chart from this dataâ âDraft an introduction for my reportâ Review and Edit: Copilot will generate a response that you can use, customize, or request to change (âmake it shorterâ or âadd bullet pointsâ). Tips for Effective Use Be specific about what you want Copilot to do. For best results, provide context (e.g., âSummarize this thread for a project update emailâ). If you want to try something new, start a fresh conversation with a new prompt. Use Copilot for a variety of tasksâfrom writing, summarizing, and brainstorming, to designing slides or replying to emails. Example Prompts âTurn this data into a bar chart.â âDraft a thank you email for todayâs meeting.â âOutline the key points from this document.â âRewrite this paragraph more formally.â Common Copilot Features Word: Drafts and edits documents, rewrites text, summarizes content. Excel: Analyzes data, creates charts, offers formula suggestions. PowerPoint: Designs slides, summarizes presentations, generates outlines. Outlook: Composes and summarizes emails, drafts replies. Why Use Copilot? Saves time on repetitive or complex tasks. Helps brainstorm and organize ideas. Makes working with documents and data easier. Improves productivity, especially for new users. The key is to start with simple prompts and explore what Copilot can do for different needs. Have you tried Copilot yet? Share your first experience, or ask any questions in the comments!Prompt-writing tips for Copilot
Beginner Tip: How to Write Great Prompts for Microsoft Copilot If you want to get the most out of Microsoft Copilot, knowing how to write clear prompts is key! A prompt is simply what you type to tell Copilot what you wantâlike asking a friend for help. Here are some easy tips to get started: Be specific: Instead of "Make a summary," try "Summarize this page in 3 bullet points." Give context: Tell Copilot what you're working on. For example, "Write a friendly email to schedule a meeting with my team." State your goal: Mention what you want to achieve, like "Create a quick outline for a tech blog post." Experiment: Donât worry about being perfect. Try different approaches and youâll see what works best. Example Prompt: "Iâm preparing a presentation for new employees. Can you create 5 easy-to-understand slides explaining what generative AI is, using simple language and one fun fact per slide?" With these simple adjustments, youâll notice Copilot gives you much better answers! Got a prompt that worked well, or a question on what to write? Share your thoughts or ask in the comments belowâyour experience could help someone else!What Is Generative AI?
Generative AI refers to technology that can create new contentâlike text, images, music, or even codeâbased on what it learns from existing data. Think of it as an intelligent assistant thatâs not just analyzing information, but actually using that knowledge to generate something original. For example, when you ask Microsoft Copilot to write an email or summarize a document, it draws on patterns it has learned from vast amounts of text to craft a useful, human-like response. This makes generative AI a productivity booster â helping professionals, students, and creators get things done faster with less effort. đĄ Fun thought: The next time you use Copilot to outline a presentation or draft a report, youâre already tapping into the power of Generative AI! đ Have you tried using Copilot or another AI tool recently? Share your experience or ask your questions in the comments â letâs explore how AI is shaping our everyday work together.Daily Learning Post: What Is Generative AI?
Generative AI is a type of artificial intelligence that can create new contentâlike text, images, music, or even codeâby learning patterns from large amounts of data. Imagine tools that write emails for you, generate computer code, or design pictures based on a few instructions; these are powered by generative AI. Example in Everyday Life: Microsoft Copilot (an AI assistant built into products like Word, Excel, and Teams) uses generative AI to help you draft documents, summarize meetings, and answer questions automatically. Why does this matter? Generative AI can save time, spark creativity, and make complex tasks easier for everyoneâno coding skills required! Questions for You: Whatâs one thing you wish an AI tool could do for you? Are you curious to see how Copilot could help in your work or studies? đïž Flashcards: Generative AI Basics Q1: What is Generative AI? A1: Generative AI is a type of artificial intelligence that can create new contentâsuch as text, images, music, or codeâby learning from large datasets. Q2: Name one Microsoft tool that uses Generative AI. A2: Microsoft Copilot uses generative AI to help users draft documents, summarize meetings, and answer questions automatically. Q3: Why is Generative AI important? A3: It helps save time, inspires creativity, and makes complex tasks easierâwithout needing coding skills. Q4: Give an example of a simple task Generative AI can do for you. A4: It can write an email, summarize notes, or suggest creative ideas. For more flashcards and quizzes, visit our Resources section! Comment below or ask anything you want to learn about Generative AI and Copilot!New Member Welcome: Your Hub for Generative AI & Copilot Insights
đ Welcome to Generative AI & Copilot Innovators! đ Weâre excited to have you join this hub for Microsoft Copilot, AI, and innovation enthusiasts! Purpose: This group connects passionate individuals to share ideas, learn from each other, and accelerate innovation with Generative AI and Microsoft Copilot. Key Topics: Latest Copilot features, tips, and updates Real-world AI use cases and success stories Discussions on generative AI trends and research Resources, tutorials, and community events How to Participate: Introduce yourself in the comments belowâshare your background and interests! Post your questions, insights, or experiences with Copilot and AI. Join group discussions and respond to others. Share useful resources, news, or opportunities. Suggest topics or events youâd like to see. Letâs collaborate, inspire, and shape the future of AI together!
