An industrial robot is a robot system used for manufacturing. Industrial robots are automated, programmable and capable of movement on three or more axes. This workshop deals with Fundamentals of robot technology, Control systems and components, End effectors, Sensors in robotics, Robot applications in Manufacturing, Social issues and Future of robotics.
Introduction
Automation & Robotics
History of Robotics
Robot Anatomy
End effectors & sensors
Robot Applications
Types of End effectors, Mechanical Grippers
Transducers, Tactile Sensors
Proximity & Range Sensors
Material Transfer, Machine – Loading / Unloading
Process Operations, Assembly Inspection
RPA – Definition, Classification & Advantages
Problems & Laws of RPA
RPA impacts on Business
Conclusion
An Industrial robot is a reprogrammable, multifunctional manipulator designed to move materials, parts, tools, or specific devices through variable programmed motions for the performance of a variety of tasks. In this modern era, industrial robots are inevitable in the world of Manufacturing engineering. Industrial robots play a vital role in incorporating the seemingly inexorable march of new technology with the production industry to meet industrial needs. Robotic Process Automation refers to replacing human processes/inputs with the work of artificially intelligent “robot” employees. RPA use is becoming more widespread with many organizations actively using RPA to reduce their costs and this, in turn, creates a lot of opportunities for people with RPA skills. RPA is a good career choice, as more and more companies are using RPA to reap the cost savings of automation and simply can't find enough people with good RPA skills to fill their jobs. This has led to RPA salaries increasing more than in other IT fields. The area of RPA where there is the highest demand is the programming side, it's here the programming code is developed to do the complex tasks, that can't be done using the functions provided by the RPA tool such as recording and scraping. Engineering students can make use of this workshop to explore the basics and core contents of RPA, which will definitely be useful while attending job interviews. This booming technology produces enormous job opportunities for engineers which invites fresh and inspiring minds to take a prominent role in the manufacturing industry.
Engineering and polytechnic students/graduates from disciplines Mechanical, Automobile, Production, and allied disciplines are eligible to attend this workshop.
Topics Covered | Duration |
Introduction
Automation & Robotics, History of Robotics |
15 mins |
Fundamentals of Robotics
Robot Anatomy, End effectors, Sensors, Robot Applications |
25 mins |
Robot End effectors and Sensors
Types of End effectors, Mechanical Grippers, Transducers, Tactile sensors, Proximity & Range Sensors |
15 mins |
Robot Applications in Manufacturing
Material Transfer, Machine Loading/Unloading, Process operations, Assembly & Inspection |
15 mins |
Robotic Process Automation (RPA)
Definition, Classification, Advantages, Problems, Laws of RPA |
10 mins |
RPA impacts on Business
RPA & OCR, Why RPA needs OCR, DOC Digitizer |
10 mins |
For further details, please contact us at |
info@trionecadd.com |
+91 900 900 2750 |
Workshop Certificate |
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Rs. 300 |
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