Digital Tools Shaping Industrial Growth

Industrial growth is being transformed by digital integration. In the past, manufacturing, construction, and other heavy industries grew through physical expansion: increasing amounts of labor, ever greater amounts of complex and heavy industry-specific machinery, and increasingly complex methods and processes. In recent years, however, that growth has been reshaped by software, real-time analytics, and online connected systems, tools that support growth while also solving a number of long-standing problems.

In light of large-scale changes within the industrial sector, it is necessary to adjust communication and operation of industrial environments. Systems of old will not be able to provide the clarity of operation that is required for today’s complex industrial environments.

What’s Happening When Traditional Methods Fail?

With modern tools, companies can now bridge the traditional operations of industry with the demands of today’s market in order to respond to changes in the market and in resources. Industrial evolution has come a long way, and it will continue to change in the future.

Streamlining Workforce Management and Field Operations

Any industrial operation involves complex coordination of project managers, technicians, and various specialized tradespeople and hence is inevitably semi-skilled in nature. Managing such a workforce manually, for scheduling, safety of work, and matching skills to the job, would be a Herculean task in terms of cost, effort, and the risk of costly delays.

In the field, the tools for field coordination enable the monitoring of the field work in real time. These platforms enable the project leaders to better manage and coordinate their teams in order to ensure that the project is running smoothly and is on time. Instead of having to rely on paper logs and delayed reports, teams are able to use their mobile devices to update the job information in real time, track the materials and the labor in the field, and ensure that the project resources are being used as efficiently as possible in order to complete the work on time.

This is all part of improving efficiency on projects. Services like https://superiorskilledtrades.com/ give companies more flexibility to stay competitive in today’s market, helping them bring in the right amount of skilled labor as a project unfolds.

Automated systems cannot manage every situation. However, in many cases, digital tools can be of great assistance. For example, work site safety can be monitored by means of digital checklists and automatic tracking of work site compliance. In case of a piece of equipment that requires maintenance or a change to the work site parameters, a message will be sent in real time to the site manager, enabling him or her to handle the matter in due course. The safety of employees on work sites and the timely completion of projects are essential requirements.

Data-Driven Decision Making on the Factory Floor

The data from connected sensors and industrial IoT devices, which are distributed throughout the factory floor, enable those who manage it to gain the most up-to-date information to manage and operate the equipment and machinery, monitor their performance, and determine their status. The way in which people have traditionally worked on the factory floor in the past has often meant that they have had to wait until there is a failure of part of the equipment or machinery before it can be repaired or even replaced. This, however, is not the case in modern, cutting-edge, advanced, and automated factories.

When information from connected sensors and industrial IoT devices is collected and analyzed by algorithms, it can also be predicted when maintenance or repairs will be required. Therefore, instead of waiting for a piece of equipment to fail, it can be taken out of service for scheduled maintenance during planned downtime. This completely changes the dynamics of work on the factory floor and the costs of any delays that may occur.

Supply chain and inventory management can be further optimized by applying data analytics to support decision-making. By using data collected in real time, it is possible to avoid shortages as well as the high cost of holding excess inventory. Perhaps most importantly, the collected data can be converted into actionable business intelligence to drive greater operational efficiency.

Virtual Modeling and Design Precision

New digital technologies allow for the detailed virtual design of buildings and factories prior to the start of the physical construction work. These virtual designs can be implemented by means of a Building Information Model (BIM) or by using 3D simulation software, modeling a building or factory in great detail before the commencement of the work. On the basis of such digital models, ‘what if’ scenarios can be checked and potential errors can be detected prior to costly physical mistakes, allowing the design to be optimized before construction begins.

A digital twin is nothing more than a virtual model of a physical space, a facility, or a single product or piece of equipment. Through simulations, the behavior of a space can be tested for various scenarios, helping architects, designers, and engineers identify and correct errors before a single wall has been physically built. They are also able to test out different designs for a facility and explore the various options and choices available to them before arriving at a final decision.

On completion of the facilities, the digital replica can continue to monitor the life cycle and make changes and modifications as required. The digital twin can also track the history of the maintenance carried out on the facilities and help with the space-utilization data to enable planning for future expansion. The decision-making is based on historical and current data.

Upskilling the Next Generation Industrial Workforce

Now, the work on the factory floor is also changing. While automation and the digital interfaces are enriching the work on the factory floor, they are not decreasing its quality. In fact, with the automation of routine work, the quality of work of the remaining people will increase. They need to have a higher quality of work, and that requires higher technical skill and a higher level of digital literacy.

To train new technicians on the factory floor, for example, to teach them to assemble complex products or perform maintenance on large equipment, companies can use Augmented Reality (AR) and Virtual Reality (VR) programs. These let new technicians practice tasks in a safe, virtual environment, where they learn much faster than they would in the real environment. That safety also helps them build real confidence before handling the genuine equipment.

Collaborative robotics, or cobots, are also working their way into production processes. They work alongside human operators to relieve them of repetitive, physically demanding work, and they take on tasks where there is a danger of injury, helping guarantee the safety and well-being of the workforce.

But what does this mean for the worker on the floor?

Human workers are now able to carry out more challenging, more responsible, more creative and more productive work that will give them real satisfaction.

Sustainable Growth and Energy Efficiency

Today’s industrial growth must go hand in hand with sustainable development. Monitoring the energy consumption in industrial facilities is possible in real time. With the aid of digital tools, industrial companies obtain an overview of their environmental impact.

Smart energy management systems can monitor energy consumption in facilities in real time, detect peaks in energy consumption, and suggest measures to optimize operations during peak hours on the grid. These systems automatically control the lighting, climate, and industrial machines to prevent energy waste without decreasing production.

Industrial processes and facilities can generate significant amounts of waste. Monitoring the amount of waste and the types of materials used by a company can reveal ways to cut down on unnecessary waste and save money on unused materials. Reducing waste also supports sustainable practices, which matter increasingly for meeting regulations and operating in a way that holds up over the long term.

Looking Ahead

Industry will develop and grow through careful planning, ongoing investment in new technologies and the upskilling of the industrial workforce. As these technological advances mature, leaders around the world will keep driving them forward to build operations that are flexible, competitive and innovative, capable of delivering long-term, sustainable growth.