About the Introduction to Automation course If you&#39;re new to automation and exploring the UiPath Automation Cloud platform or just looking for career opportunities in this field, this course is an excellent fit for you! Dive into the core aspects of automation using UiPath, learn about the practical benefits for you and your organization, and understand different human-robot collaboration scenarios. Don&#39;t miss the chance to create your very first automation project as you take your first steps into the world of automation. This course takes 1 hour to complete. At the end, you will receive a diploma of completion.Introduction to Automation course audience  This course is dedicated to any audience interested in knowing what are the basics of automation.  Introduction to Automation agenda  This course covers the basics of automation and some of the most common questions: <ul><li>What is automation? </li><li>How can automation help me? </li><li>How do I team up with a robot? </li><li>Configure your first automation </li><li>How can automation fit into my business? </li><li>How do I identify automation opportunities?</li></ul>Learning Objectives At the end of the Introduction to Automation course, you should be able to:   <ul><li>Grasp automation fundamentals, including UiPath automation models, and effectively share the benefits with colleagues across departments. </li><li>Describe different collaborative scenarios between humans and robots in an automated enterprise, as well as the roles that support the automation journey and the roles you can take in this context. </li><li>Create a simple automation project in Studio Web using templates. </li><li>Assess the applicability of automation for personal tasks and identify potential tasks/processes from daily work that can be automated.</li></ul>

Introduction to Automation

About the Introduction to AI-powered automation courseIn this course, you will get a glimpse of the role that Artificial Intelligence plays in intelligent automation. You&#39;ll gain a grasp on concepts such as Artificial Intelligence, Machine Learning, and Specialized and Generative AI, while also learning how they can benefit you and your organization. By the end of the course, you&#39;ll also have gone through some use cases that employ AI and automation in various business contexts.  This course takes 50 minutes to complete. At the end, you will receive a diploma of completion. Introduction to AI-powered automation course audienceThis course is dedicated to any audience interested in knowing what the basics of AI-powered automation are.  Introduction to AI-powered automation agendaThis course covers the basics of automation and some of the most common questions: <ul><li>What is AI?</li><li>What’s AI got to do with automation?</li><li>Optional: meet UiPath Clipboard AI </li></ul>Learning ObjectivesAt the end of the Introduction to AI-powered automation course, you should be able to:   <ul><li>Explain what Artificial Intelligence is and what&#39;s the process of creating one.</li><li>Distinguish between different categories of Artificial Intelligence and their application.</li><li>Describe how Artificial Intelligence and automation can work together to automate tasks intelligently.</li></ul>

Introduction to AI-powered automation

Are you an Automation Developer, Project Manager, Solution Architect, Infrastructure Engineer, or Business Analyst looking to know more about how implementations are done with UiPath?  Then this course is for you! <h3>About the Automation Implementation Methodology Fundamentals course  </h3>This course is designed to equip you with foundational knowledge and proper tools that enable you to have a fast and successful implementation with UiPath.  Prior experience working with either UiPath or a different RPA platform and/or programming languages, coupled with exposure to real business scenarios is recommended. The course starts by explaining why having in place a carefully planned and tested implementation methodology is important.  Next, it explains the UiPath Automation Implementation model. Each stage details the tasks, interaction with other roles, as well as tools you can use. Afterwards, it moves to explain the roles and responsibilities both from the UiPath and Client team sides followed by ways to solving the most common challenges faced in implementations. You’ll be able to apply what you’ve learned by solving some issues related to the specified business case. Lastly, you will be able to check your knowledge through a final Quiz and receive your diploma of completion.  Topics are explained in a thorough yet simple and clear way, through videos, examples, tools, challenges, a real-life business scenario, and documentation to support you on your Automation Implementation process with UiPath. <h3>Throughout this course, you’ll learn to:  </h3><ol><li>Describe the UiPath Implementation Methodology.</li><li>Explain the benefits of the Implementation Methodology.</li><li>Explain the stages involved in the Implementation Model.</li><li>Describe the roles and responsibilities of the people involved throughout the implementation process from both the UiPath and Client team sides.</li><li>Explain how you can use the UiPath templates to document processes and every other important aspect of an implementation.</li><li>Identify solutions to some of the most common challenges faced throughout the automation implementation process.</li><li>Use the knowledge and tools acquired throughout the course to solve issues related to business-specific requirements.</li></ol><h3>Audience (applies to both UiPath internal audience and external organizations): </h3><ul><li>Automation Developers.</li><li>Solution Architects.</li><li>Business Analysts.</li><li>Project Managers.</li><li>Infrastructure Engineers.</li></ul><h3>Get started implementing automation using the UiPath implementation methodology and learn the fundamentals of the process.</h3>

UiPath Automation Implementation Methodology Fundamentals

This course covers the most important elements for scaling enterprise Robotic Process Automation programs through the use of an AOM (Automation Operating Model).

<h4>About the Automation Operating Model Course </h4>The Introduction to Automation Operating Model course helps users who are interested in scaling their automation programs through the use of an AOM (Automation Operating Model). You will be taught the benefits of setting up an Automation Operating Model and how to use it to build and scale RPA programs. You’ll learn the components and key processes of AOM, as well as automation scaling best practices.  This is a beginner course aimed at users first starting out with an AOM. The course takes 1 hour 30 minutes to complete. At the end, you’ll receive a diploma of completion.  <h4>Course Prerequisites </h4>There are no specific courses you need to have taken to enroll in the Automation Operating Model course. However, while this is a beginner&#39;s introduction to AOM, you will need basic Robotic Process Automation knowledge. If you’re new to automation, we recommend beginning with the <a href="https://academy.uipath.com/learningpath/introduction-to-rpa-and-automation">Introduction to RPA and Automation</a> course. <h4>Course Audience </h4>This course is aimed at Automation Center of Excellence members, Business users and executives, or IT individuals responsible for the strategy, implementation, or the operations of an automation program. <h4>Automation Operating Model Course Agenda </h4>This course covers an Introduction to Automation Operating Model. The full agenda includes: <ol><li>Building and Scaling RPA: What Are the Challenges? </li><li>Getting Started with AOM </li><li>AOM and the 4 Stages of Automation Operational Maturity </li><li>The 8 AOM Components </li><li>The Automation Program Charter </li><li>The Automation Program Interaction Model </li><li>The 6 Key Processes of AOM </li><li>Putting It All Together: Operationalizing and Moving to Steady State </li><li>Best Practices for Building and Scaling RPA </li></ol><h4>Automation Operating Model Course Learning Objectives </h4>At the end of the Introduction to the Automation Operating Model course, you should be able to: <ul><li>Exemplify challenges that companies are facing in implementing RPA. </li><li>Discuss the 4 common trajectories organizations take following Proof of Concept (PoC) completion. </li><li>Define what an AOM is. </li><li>Exemplify the benefits of using an AOM. </li><li>Describe each of the 4 stages of automation operational maturity. </li><li>Describe each of the 8 components of AOM. </li><li>Explain what an Automation Program Charter is. </li><li>Explain what an Interaction Model is. </li><li>Define the characteristics of each of the 6 key processes of AOM. </li><li>Explain the steps required to build an Implementation Plan towards operationalizing the AOM. </li><li>Discuss the factors to focus on as the automation program reaches steady-state. </li><li>Exemplify best practices in building and scaling RPA. </li></ul>This beginners course covers how to scale automation through use of an AOM. Once you’ve completed the Introduction to Automation Operating Model course, you can get to the next level of setting up AOM with the <a href="https://academy.uipath.com/learningpath/aom-foundations">AOM Foundations</a> virtual instructor-led training. Click the ‘Related Courses’ tab to see all your options.

Introduction to the Automation Operating Model

What is UiPath Automation Hub? Who uses it? How can Automation Hub help you accelerate adoption of automation within your organization? Looking for answers to these questions, this course is for you!

<h4>Long description:  </h4>This course introduces you to Automation Hub. It also describes its main features and capabilities and then explains how to access and use this tool.  This course is for beginners to UiPath Automation Hub. It takes only half an hour to complete. At the end, you’ll receive a diploma of completion. <h4>Audience:   </h4>This course is meant as an entry gate to Automation Hub. It is targeted at anyone looking to contribute to the automation program in their company.   <h4>Learning objectives:   </h4>At the end of this course learners should be able to:  <ul><li>Describe what Automation Hub is and why you need it.  </li><li>Define automation ideas and the phases they go through. </li><li>Explain the Automation Idea profile. </li><li>Describe how ideas become automations. </li><li>Identify the personas and user roles in Automation Hub. </li><li>Show how to get access to Automation Hub. </li><li>Explore various user interface options in Automation Hub. </li></ul><h4>Agenda:   </h4><ul><li>Introducing Automation Hub  </li><li>How Ideas Become Automations? </li><li>Personas and User Roles in Automation Hub </li><li>Getting Started with UiPath Automation Hub</li></ul>

UiPath Automation Hub Overview

What does the automation idea lifecycle look like? What is cost-benefit analysis? How are automation ideas, charts and reports managed? Looking for answers to these questions, this course is for you!

In this course, we are introducing you to the lifecycle of an automation idea. It also includes sharing CoE-driven ideas, cost benefit analysis and how automation ideas and automations are managed. In addition. it also covers the dashboards and reports in Automation Hub to track the performance and cost of the automation program. <h4>Audience: </h4>The course is mainly addressed to the Center of Excellence members and leaders, such as Process Owners, Subject Matter Experts, Business Analysts, Citizen Developers, or Process Consultants. However, this could be of interest for anybody looking to see how automation ideas become reality. <h4>Learning objectives:</h4>At the end of this course learners should be able to:  <ul><li>Describe what automation idea is and its submission methods. </li><li>Identify the automation idea phases and corresponding statuses. </li><li>Identify the collaborator roles involved in the automation idea journey. </li><li>Describe CoE-driven idea and identify who can submit it. </li><li>Share CoE-driven ideas. </li><li>Describe the purpose of the Cost-Benefit Analysis and fill it in. </li><li>Describe how automation ideas and automations are managed in the Qualification phase. </li><li>Explain the Automation Pipeline and the Decision Pipeline. </li><li>Describe the phases and the collaborator roles involved in the implementation of an automation idea. </li><li>Use the dashboards and reports in Automation Hub to track the performance and cost of the automation program. </li></ul><h4>Agenda:  </h4><ul><li>Automation Idea and its Phases  </li><li>Submitting CoE Driven Ideas </li><li>The Cost-Benefit Analysis </li><li>Qualification and Pipeline Management </li><li>The Implementation Phases </li><li>Performance and Cost Tracking</li></ul>

The Lifecycle of an Automation Idea in UiPath Automation Hub

Automation Project Manager

Damit im Bereich KI- und Geschäftsautomatisierung etwas passiert, ist ein gutes Projektmanagement erforderlich. Automatisierungsprojektmanager benötigen die typischen Softwareentwicklungs-Fähigkeiten und Geschäftskenntnisse.

Automatisierung – Projektmanager

Making things happen in the AI and business automation space requires good project management. Automation project managers need the typical software development skillset and business acumen.

<h3>About the UiPath Automation Project Manager training</h3>This learning plan is here to cover both areas. Start with the two introductory courses, one for robotic process automation (RPA) and business automation, the other one for AI-powered automation. Continue with the bread and butter of the Automation Project Manager skillset, namely the automation implementation methodology, designed by the best UiPath automation practitioners after thousands of hours of project implementations. Follow-up with the Automation Operating Model, a framework for automation at scale.  The learning plan ends with two courses involving UiPath Automation Hub, the components of the UiPath Platform built for managing enterprise-scale automation programs. The first one is meant to provide an overview of the tool and the other one covers in depth the life cycle of an automation idea in Automation Hub.  This learning plan takes 7 hours to complete. Once finished, you’ll receive a diploma of completion.<h3>Course audience for the RPA Project Manager Foundation </h3>The Automation Project Manager training is ideal for software project managers looking to develop their skillset with Artificial Intelligence and Robotic Process Automation. It could also be a good option for non-IT professionals looking to reskill in the software development role, as this is one of the less technical automation roles compared to RPA Developers or Automation Solution Architects.

Pour faire avancer les choses dans l'espace d'IA et d'automatisation métier, il faut une bonne gestion de projet. Les chefs de projet d’automatisation ont besoin des compétences et de l’expérience d’entreprise typiques en matière de développement logiciel.

Chef de projet d’automatisation

AIとビジネス自動化の分野で物事を実現するには、優れたプロジェクト管理が必要です。 自動化プロジェクトマネージャーには、典型的なソフトウェア開発スキルセットとビジネスの洞察力が必要です。

オートメーション プロジェクト マネージャー

AI 및 비즈니스 자동화 분야에서 성과를 거두려면 우수한 프로젝트 관리가 필요합니다. 자동화 프로젝트 관리자는 일반적인 소프트웨어 개발 기술과 비즈니스 통찰력이 필요합니다.

자동화 프로젝트 관리자

Fazer as coisas acontecerem no espaço da IA e da automação de negócios requer um bom gerenciamento de projetos. Os gerentes de projeto de automação precisam do conjunto de habilidades típicas de desenvolvimento de software e visão de negócios.

Gerente de Projetos de Automação

Fazer as coisas acontecerem no espaço da IA e da automatização empresarial requer uma boa gestão de projetos. Os gestores de projetos de automatização precisam do conjunto de competências e da astúcia empresarial típicas de desenvolvimento de software.

Gestor de Projetos de Automatização

AI ve iş otomasyonu alanında işlerin gerçekleşmesi için iyi bir proje yönetimi gerekir. Otomasyon proje yöneticilerinin tipik yazılım geliştirme becerilerine ve iş zekasına ihtiyacı vardır.

Otomasyon Proje Yöneticisi

要在 AI 和业务自动化领域取得成功，需要良好的项目管理。 自动化项目经理需要典型的软件开发技能和商业头脑。

自动化项目经理

要在 AI 和業務自動化領域取得成功，需要良好的專案管理。 自動化專案經理需要典型的軟體開發技能組合和商業智慧。