Transforming Workflows with Intelligent Robotics

Learn to streamline operations and boost productivity through cutting-edge robotic automation technologies

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RPA Training In Pune

Robotic Process Automation (RPA) course atETLHIVE, Pune comes up with the latest Blue Prism RPA training. Get RPA training in Pune, RPA is a technology that enables employees of an organization to configure Robots and Computer Applications to understand existing applications for controlling information, data manipulation, transaction processing, and communicating with other computerized frameworks. RPA is useful in organizations that still use labor work for general learning process work, and where individuals are performing in high-number.

Robotic Process Automation Course In Pune


Learning Robotic Process Automation is necessary because now such companies & organizations are moving towards automation which enhances the capabilities of the employees along with sparing valuable time and money. RPA training at ETLHIVE comes up with the latest Blue Prism Robotic Process Automation Training. Blue Prism technology uses marketing and business intelligence that enhances customer satisfaction by automating business. Research shows that Robotic Automation with Blue Prism Technology is the latest in market with multiple jobs across the globe.

Intended Audience

  • Analysts
  • End Users
  • IT Professionals
  • Job Seekers in IT
  • Administrators
  • Designers of Flowchart
  • Business Process Executives
Anyone with basic programming knowledge can take up Robotic Automation & Blue Prism training course.
  • Fresher graduates
  • Working professionals
  • Business intelligence professionals
  • Digital Marketing professionals

Pre-Requisites

There is no specific prerequisite to opt for RPA Training in Pune. Knowledge of programming will be an add-on advantage.

Syllabus

  • What is Robotic Process Automation?
  • How Robotic Process Automation works?
  • Why to automate repetitive process?
  • RPA and Natural language processing
  • Key Considerations – RPA Solution Architecture Patterns
  • Exception Handling
  • Transaction Logging
  • Credential Management
  • Monitoring and Reporting
  • Secure Execution
  • Input Data Handling Solution Pattern
  • List of Robotic Process Automation Tools
  • Different Types of Users
  • What is Control Room
  • Introduction & Fundamentals of Automation Anywhere
  • Understanding Features and Benefits of Automation Anywhere
  • Verifying System Requirements of Automation Anywhere
  • Creating a Task Using the Task Editor
  • Automation Anywhere Monitor
  • Installing & Preparing the Automation Anywhere Client
  • Security & Privacy
  • Started with the Automation Anywhere Client
  • Types of Variables in Automation Anywhere
  • Recording an Automation Task
  • Recording, Editing and Running Tasks
  • Adding Properties to a Task
  • Using Special Keys
  • Creating an Automation Task
  • Recording Web Actions with Web Recorder
  • Extracting Data from Websites
  • Extracting Regular Web Data
  • Extracting Pattern-Based Data
  • Extracting Table Data
  • Automation Anywhere Architecture
  • Navigation Menus
  • Task Pane
  • Repository/Reports/Triggers/Schedules/Workflows
  • Recording Modes
  • Tools/Robotic Automation
  • Types of Variables
  • Commands
  • Recording a Task
  • Running a Task
  • Task creation
  • Task Editor Features
  • Actions List
  • Excel Command
  • Variable Operation Command
  • PDF Integration Command
  • IF/ELSE Command
  • Database Command
  • Email Automation Command
  • File and Folder Commands
  • Error Handling Command
  • PGP Command
  • Web service implementation
  • MetaBot Overview
  • MetaBot creation
  • Understanding MetaBot Designer
  • Sample examples
  • Flowchart
  • Sequence
  • Modular
  • Variables
  • Data Manipulation
  • Recording
  • Documentation
  • Tool Activities
  • Advanced UI Interaction
  • About UI Elements
  • UI Activities Properties
  • Input Methods
  • Example of Using Input Methods
  • Output or Screen Scraping Methods
  • Examples of Using Output or Screen Scraping Methods
  • About Web Scraping
  • Example of Using Web Scraping
  • About Data Scraping
  • Example of Using Data Scraping
  • Selectors
  • Text Activities
  • OCR Activities
  • Image Activities
  • Mouse and Keyboard Automation
  • Text Automation
  • OCR and Image Automation
  • Image and Text Automation
  • Mouse and Keyboard Activities
  • Introduction
  • Process Studio
  • Process Flow
  • Inputs and Outputs
  • Business Objects
  • Object Studio
  • Overview of Error and Case Management
  • Error Management
  • Case Management
  • Additional Features
  • Advanced Features
  • Application Types
  • Standard Recorder
  • Object Recorder
  • Task List & Setting Task Properties
  • Viewing and Setting General Properties
  • Setting up Hotkeys for a Task
  • Setting Security Features for a Task
  • Scheduling Tasks to Run
  • Adding Triggers to a Task
  • Deploying Tasks to Run Remotely
  • Debugging Tasks
  • Using Filters in the Task Editor
  • Different Commands
  • Overview of OpenSpan
  • Understanding benefits and features of OpenSpan
  • Complete understanding of practical concepts of OpenSpan

Programming Languages & Tools

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Certificates

Obtaining Your Certification

Upon successful completion of any course at Etlhive, participants receive a certificate attesting to their proficiency in the respective subject matter. These certificates serve as tangible evidence of the skills acquired during the training, enhancing the credibility of individuals in the job market and validating their expertise to potential employers. Etlhive certificates are recognized for their industry relevance and are highly regarded by leading organizations, providing a competitive edge to certificate holders. The validation process ensures that the certifications are earned through rigorous learning and assessment methods, reflecting real-world application and mastery of the concepts taught. With Etlhive certificates, individuals can showcase their commitment to continuous learning and professional development, opening doors to new career opportunities and advancement prospects.

Training students for leading brands

Tata Consultancy Services
IBM
Accenture
Amazon
Capgemini
Infosys
GoDaddy
HP

Frequently asked questions

Faqs
Robotic automation involves the use of robotic technology to automate tasks traditionally performed by humans. It encompasses the use of robots or robotic systems to execute repetitive or complex tasks with precision and efficiency.
Robotic automation offers several benefits including increased productivity, improved accuracy, cost savings, enhanced safety, and the ability to free up human resources for more strategic tasks.
Virtually any industry can benefit from robotic automation including manufacturing, healthcare, logistics, agriculture, retail, and more. Any industry that involves repetitive tasks or processes can potentially benefit from automation.
There are various types of robots used in automation including industrial robots, collaborative robots (cobots), autonomous mobile robots (AMRs), service robots, and more. Each type has its own characteristics and applications.
Choosing the right robotic automation solution depends on factors such as the specific tasks you want to automate, your budget, space constraints, safety considerations, and future scalability needs. It’s important to conduct a thorough analysis and possibly consult with experts in the field.
Some common challenges of implementing robotic automation include high initial costs, the need for specialized technical expertise, integration with existing systems, potential job displacement concerns, and ensuring safety and compliance.

Successful implementation of robotic automation requires careful planning, proper training of personnel, effective change management, continuous monitoring and optimization, and clear communication throughout the organization. It’s also important to set realistic goals and expectations.

Examples of successful robotic automation applications include robotic assembly lines in manufacturing, automated warehouses using AMRs, robotic surgery in healthcare, autonomous vehicles in transportation, and robotic process automation (RPA) in business processes.

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