October 26, 2020   |   Updated: October 23, 2020

As COVID-19 started to spread globally this year, operations at many businesses shifted to remote work or ground to a halt, but many factories did not. Many warehouses and factories have been able to continue operating safely and efficiently in part due to AI and robotics technologies. These innovations help keep operations running and essential workers safe and distanced or while on the job, ensuring that critical packages, such as food items, medications and other important goods, are produced and delivered in a timely manner.

We asked our IEEE Impact Creators and top engineering experts to share their insights on the technologies helping factories stay open and keeping employees safely distanced throughout this pandemic.

Tom Coughlin1. What is a “lights out” factory and how is it different from a standard factory?

“A lights out factory refers to a factory that is very automated and thus doesn’t need to provide light and other services that would be needed if workers were routinely used in manufacturing. Regular factories using factory workers are not ‘lights out’ since workers need light and other services for their comfort and safety. Lights out factories can conceivably run 24 hours a day, with no breaks in production, except for equipment maintenance or replacement.

There are many examples of such factories today. For example, most advanced semiconductor fabrication facilities (fabs) are ‘lights out’. For these fabs there is additional benefit from not having humans in the factory, since they are a significant source of contamination that could impact the quantitative measure of the quality of a semiconductor process known as wafer yields.”
Tom Coughlin, IEEE Fellow

Sukanya Mandal2. What are digital twins and how can we be utilizing this technology more?

“A digital twin is a digital representation of a physical object or system that can be used to simulate impacts and monitor these physical systems most often in real time as well. The functionality of digital twins can better support the design, operation and maintenance of the built environments making it safer and more efficient.

At present the technology behind digital twins has expanded to include larger things such as buildings, factories, cities and now even people and processes as well. The explosion of IoT sensors are what makes digital twins possible. As IoT devices evolve, digital twin scenarios can include smaller and less complex objects giving added benefits to the organization.

Digital twins are used to predict different outcomes based on variable data. With various software and data analytics capabilities, digital twins can often optimize an IoT deployment for maximum efficiency, as well as help designers figure out where things should go or how they operate before they are physically deployed.

The more that a digital twin can duplicate the physical object, the more likely that efficiencies and other benefits can be found. For instance, in manufacturing — where more complex machineries are — a digital twin would be a perfect solution to understand the present health of the machines, give an understanding of how the machinery has performed in the past, help in predicting future performances as well us giving us a prediction of remaining useful life of the machines as well.

To understand how exactly a physical system would work in real life in a more cost-effective manner (without actually implementing the system physically) it would be wise to use digital twins more often. “
Sukanya Mandal, IEEE Member

See also Engineering During the Coronavirus Pandemic

3. How can robotics and other technologies help keep us safe during COVID-19?

“Two ways we can use technology to keep us safe during these times are contact tracing and spread prevention.

Many organizations are using IoT to monitor human interactions within their facilities. If an employee comes down with COVID-19, the data can be used to determine who came in contact with the sick employee, and for how long. Employees with prolonged exposures can then be proactively tested and quarantined to help prevent further spread.

IoT can also be used to determine the density of employees in a given area. Areas that show unacceptable levels of congregation can be re-engineered to better space out employees and potentially limiting the spread.

Another way to prevent spread is to replace in-person activities with virtual ones. For instance, using virtual reality headsets to replace hands-on training for factory employees.”
Carmen Fontana, IEEE Member


The Resilience of Humanity

Creating Healthy Spaces Through Technology

Harnessing and Sustaining our Natural Resources

Exceptional Infrastructure Challenges, Technology and Humanity

The Global Impact of IEEE's 802 Standards

Scenes of our Cyber Lives: The Security Threats and Technology Solutions Protecting Us

How Millennial Parents are Embracing Health and Wellness Technologies for Their Generation Alpha Kids

Space Exploration, Technology and Our Lives

Global Innovation and the Environment

How Technology, Privacy and Security are Changing Each Other (And Us)

Find us in booth 31506, LVCC South Hall 3 and experience the Technology Moon Walk

Virtual and Mixed Reality

How Robots are Improving our Health

IEEE Experts and the Robots They are Teaching

See how millennial parents around the world see AI impacting the lives of their tech-infused offspring

Take the journey from farm to table and learn how IoT will help us reach the rising demand for food production

Watch technical experts discuss the latest cyber threats

Explore how researchers, teachers, explorers, healthcare and medical professionals use immersive technologies

Follow the timeline to see how Generation AI will be impacted by technology

Learn how your IoT data can be used by experiencing a day in a connected life

Listen to technical experts discuss the biggest security threats today

See how tech has influenced and evolved with the Games

Enter our virtual home to explore the IoT (Internet of Things) technologies

Explore an interactive map showcasing exciting innovations in robotics

Interactively explore A.I. in recent Hollywood movies

Get immersed in technologies that will improve patients' lives