Topic: BusinessManagement

Last updated: April 21, 2019

Over the past decade we’ve experienced tremendous advancements in the field of technology, and as such, various HR processes and activities can be completed much faster and more accurately than ever before. With the rise of automation, robotics and artificial intelligence, innovators in our sector continue to truly push the boundaries of what’s possible Automation technologies opens new opportunities for companies and individuals.

Humans are adaptable and will create new jobs. The use of intelligent IT systems & Automation technologies helps decrease the time required for the product or The time saved, especially for dangerous work, can be used by human beings for other work or for leisure. Automation technologies should thus result in a growth of prosperity. This applies especially to high-wage countries where it is possible to produce at lower cost owing to production robots.

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Moreover, technical developments will lead to a situation in which older employees and employees with disabilities can be better integrated; while machines can perform dangerous work. Despite occasional gloomy forecasts, it can be expected that the greater part of jobs will be shifted to a different area of work. The new job models that will become common as a result of Automation technologies, digitalization and the global integration of workers will be a chance for the younger generation to have more free time and to create an individual working atmosphere. Even if some of these new jobs will mean a loss of tax revenue and social security, they will at least help to avoid unemployment. While in the past humans participated actively in production, they will now supervise it.

In this sector, Automation technologies is thus to be considered an enhancement of the technical opportunities. The humans who become superfluous will make greater use of their time to develop and perform innovative services. They can focus solely on their core competence, this has meant adapting to the environment and learning. While the technology is advancing, the journey from technical automation potential to full adoption is nonetheless likely to take decades. The timing is affected by five sets of factors: ?1- Technical feasibility: Technology has to be invented, integrated and adapted into solutions that automate specific activities.

2- ? Cost of developing and deploying solutions: The cost of automation affects the business case for adoption. Developing and engineering automation technologies takes capital. 3- ? Labor market dynamics: The quality (for instance, skills), quantity, as well as supply, demand, and costs of human labor as an alternative affect which activities will be automated.

4- Economic benefits : In addition to labor cost savings, a business case for automation could include performance gains such as increased profit, increased throughput and productivity, improved safety, and higher quality, which sometimes exceed the benefits of Automation, employment, and productivity . 5- Regulatory and social acceptance: Even when deploying automation makes business sense, the rate of adoption can be affected by contextual factors such as regulatory approval and the reaction of users.For Example , OIL AND GAS CONTROL ROOM, PREDICTIVE MAINTENANCE AND OTHER ADVANCES COULD BRING SIGNIFICANT PERFORMANCE GAINSMost of the gains of automation in oil and gas control rooms are likely to come from higher productivity and safety . A control room is an operations center that monitors and controls upstream exploration and drilling operations. For now, key roles in the oil and gas sector are divided between onshore and offshore facilities, with operations and maintenance on an offshore rig largely overseen and carried out by managers and workers on the rig, while teams of petroleum and other engineers provide technical support and coordinate activities from headquarters onshore.

Offshore work can be a dangerous business: the job-related fatality rate of people working in extraction operations The performance and training of offshore operators vary, and errors are sometimes made, including ones with severe consequences. Automation technologies can considerably raise the performance of control rooms by removing operators from environments that are hazardous and expensive to maintain and by capturing data that can be used for predictive and preventive maintenance and operational best practice. Centralizing expertise in an onshore location can improve strategy planning and the effectiveness of event responses. In our more futuristic scenario, permanent seafloor robots could undertake repairs or conduct additive manufacturing, while 3D printers on a surface vessel could print out replacement parts as needed. Robots would conduct standard maintenance, and operating algorithms developed using historical logs could deliver more efficient operations and greater safety. The advantages of automation in this case include better personnel safety, greater efficiency, higher throughput, improved agility, and cost reductions from relocating operators from remote sites to centralized offices. Improved sensors for remote operations and analytics can enable predictive maintenance, which is just one quarter the cost of reactive maintenance. Overall, we estimate that 80 percent of the value created from automation in oil and gas control rooms would come from performance gains, with the rest from labor substitution.

To reap such gains will require the integration of technologies so that cognitive, sensory perception, and physical capabilities can be deployed on site. Data scientists, engineers, and developers will be needed to develop algorithms that optimize remote management.To Conclude , HR automation has direct impact on its productivity & Another benefit of automation is that HR can have lot of face time with employees which is the key element of employee engagement.

Which have also as the nature world two sides which they are advantages and disadvantages .Rockwell AutomationRockwell Automation is one of the top industrial automation companies across the globe. It is situated in Milwaukee with offices in more than 80 countries worldwide.

This company focuses on architecture and software segments. Its Founded in 1903 . Rockwell Automation employs over 22,000 people and has customers in more than 80 countries worldwide. The Fortune 500 company reported fiscal year 2017 global sales at $6.3billion.Its Spend $224 million, 4.

3% of total revenues on the R&D Department .Products of Rockwell Automation include:• Advanced Process Control• Condition Monitoring & I/O• Design & Operations Software• Distributed Control Systems• Drive Systems• Drives• Human Machine Interface• Industrial Control Products• Industrial Network Products• Industrial Sensors• Manufacturing Execution System• Motion ControlThe Latest Invention is : Enhanced HMI Software Speeds Design Time, Improves Productivity Factory Talk View Site Edition v9.0 software allows control engineers to cut design time and errors by leveraging the Rockwell Automation Integrated Architecture platform. The HMI software uses the content coming from the controller without needing to manually duplicate tags, databases or switch between languages.

Factory Talk View v9.0 software also allows users to gain valuable data-driven insights with a modern trend tool. Launch Date: February 2017.Factory Talk View Site Edition (SE) is a supervisory-level HMI software for monitoring and controlling distributed-server/multi-user applications.

It provides a comprehensive and accurate picture of operations, meeting the demands of multiple stakeholders including engineering, maintenance, operations, and production Information Technology (IT).Factory Talk View SE provides robust and reliable functionality in a single software package that scales from a stand-alone HMI system to a distributed visualization solution. As our customers have experienced over the past few years, Factory Talk View SE enables you to take advantage of mobility, virtualization, and other new technologies, meeting HMI challenges in process, batch and discrete applications and delivering critical visibility when and where you need it.


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