Insights | ROO.AI

Ensure Frontline Workers Adopt Digital Safety Management

Implementing a digital safety solution is a significant step toward enhancing workplace safety, improving compliance, and reducing risks. A recent survey of frontline workers in manufacturing and warehouse jobs that was cited in Safety + Health Magazine, showed that over 50% of workers spotted 1-2 safety hazards per week. Furthermore, rapid response to hazards reports and real time communication with team members about safety hazards were the top two most recommended solutions to improving workplace safety.

Connected worker platforms that can digitalize safety reporting, training and visibility to corrective actions directly address the safety improvements that frontline workers prioritize. However, the success of such a system hinges on its adoption by the very individuals who will interact with it daily – frontline workers. If the system is not embraced by these workers, its effectiveness is severely compromised, leading to safety gaps and operational inefficiencies. To ensure successful adoption, it’s crucial to consider these implementation best practices.

Focus On Usability

A system that is difficult to navigate or requires cumbersome data entry can quickly become a source of frustration for its users. If the interface is not intuitive, workers may struggle to complete tasks efficiently, leading to errors or omissions in safety procedures. If hazard reporting is not quick and easy, workers may opt to delay using the digital solution increasing workplace safety risks. Over time, this frustration can result in a reluctance to use the system at all, undermining the safety protocols it was designed to enforce.

Solution: To improve usability, prioritize user-friendly design during the selection of the digital technology, and the design and implementation of the system. The interface should be clean, simple, and easy to navigate, even for those who may not be tech-savvy. Conduct usability testing with actual frontline workers during the evaluation, design and implementation phases to identify and address any potential issues. Data entry processes should be streamlined with features like drop-down menus, multi-choice or multi-select answers, autofill options, and error-checking prompts to reduce the burden on workers and ensure data accuracy.

Align Safety With Daily Flow Of Work

When the system does not align with the natural flow of work, it can create bottlenecks and inefficiencies. Workers may feel that the system is an additional burden rather than a tool designed to help them, which will slow adoption. Particularly when it comes to safety inspections and training, the workers should not be forced to alter standard processes that are proven to be effective, or to disrupt their flow of work to capture safety issues or benefit from safety notifications.

Solution: The key is that the digital safety system should be designed to enhance the user’s ability to perform safety reporting or receive safety notifications without requiring them to deviate significantly from their usual routines. Digitalization can greatly improve accessibility to real time safety reporting as compared to paper, but both process and physical issues should be taken into consideration. Engage with frontline workers during the design and implementation phases to understand their workflows and ensure that the system aligns with their needs. Thought should be given to device access, badge and QR code scanning to simplify access and shorten navigation to appropriate digital safety workflows. Look for technology platforms that make safety data readily available to frontline teams in context and incorporate alerts or notifications.

Avoid Overly Complex Processes

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

How Digital Technologies Help Manufacturing Attract And Retain Workers

The manufacturing industry is facing a pressing labor shortage, with many companies struggling to attract and retain skilled frontline workers. Several factors contribute to this challenge, including an aging workforce, increased competition from other industries, limited growth of vocational training and the perceived unattractiveness of the job opportunities available to new workers. Digital technologies, like frontline connected worker platforms, are emerging as powerful tools for manufacturing companies to help attract, develop and retain workers. These digital tools, which enhance communication, streamline processes and data capture, provide on-the-spot training, and facilitate real-time knowledge, can also enhance the onboarding experience, improve job satisfaction, and offer career development opportunities as they make the workplace more efficient and safer for employees.

Attracting a New Generation of Manufacturing Workers

A benefit of digital connected worker technologies in manufacturing is its use in the recruitment process for workforce talent, particularly with younger workers who have grown up with technology and expect similar tools in the workplace. These digital natives are drawn to employers who invest in innovation and offer cutting-edge technologies that streamline work. Manufacturing companies that implement smart devices, augmented reality (AR), and mobile applications for tasks like work instruction, quality inspection, and equipment maintenance gain a competitive advantage in attracting the best talent.

Improving the Onboarding Experience

Onboarding can be a daunting process for new hires in manufacturing, where complex machinery and processes often require long training periods. Traditionally, onboarding has been time-consuming and resource-intensive, relying on paper manuals and in-person mentorship. According to studies by ISG Research, it typically takes six to nine months to fully onboard a new employee. However, research showed that with the use of digital tools, that timeframe can be reduced to three to six months, helping manufacturers get new hires up to speed more quickly

Connected worker apps and digital work instructions provide step-by-step guides that employees can access in real-time, making it easier for them to learn tasks quickly, follow standardized procedures and reduce the likelihood of errors. Interactive digital tools, such as augmented reality (AR) and virtual reality (VR), allow new employees to learn by immersing themselves in realistic, simulated environments. Deloitte research showed that roughly 50% of workers preferred access to training on the spot over standard classroom training, not only accelerating the onboarding process but also improving the experience which increases retention.

Enhancing Job Satisfaction

One of the key ways digital technologies improve retention is by empowering employees to perform their tasks more effectively. A common challenge for frontline workers is dealing with repetitive tasks using antiquated tools and processes. A survey by Microsoft showed that 36% of manufacturing workers felt that they did not have the right technology tools to do their job effectively. Digital technologies, like connected worker platforms, automate data collection and provide workers with real-time data, visual instructions, and safety alerts, enabling them to make faster and more informed decisions. Job satisfaction is crucial to retaining frontline workers, and technology can play a significant role in making them more effective and their jobs more fulfilling

Improving Safety in the Manufacturing Workplace

Safety is a top priority in any manufacturing environment and can be a top factor when workers are considering joining or remaining with a manufacturer’s workforce. Digital technologies can greatly enhance workplace safety. These tools can provide real-time alerts about equipment malfunctions or hazardous conditions, ensuring that workers are immediately informed of any risks. Digital checklists help facilitate compliance with safety protocols, while remote assistance allows supervisors to provide immediate guidance to workers. Wearable devices can provide real-time data on environmental conditions, such as air quality or warn of proximity to hazards, and can also monitor health indicators, such as heart rate and body temperature to ensure safety thresholds are not exceeded. By fostering a safer work environment, manufacturers not only protect their workers but also boost overall morale and job satisfaction.

Expanding Career Development Opportunities

Frontline workers in manufacturing, especially younger generations, increasingly value career growth and continuous learning. Digital technology enables manufacturers to offer training and development opportunities beyond the onboarding period that increase employees’ skills and open up new career paths.

Digital platforms provide workers with the flexibility to access training on-demand, allowing them to develop new competencies at their own pace. Technologies such as AR and VR can also be used for more advanced training, teaching workers how to operate complex machinery or repair equipment in virtual environments. This enables frontline workers to learn new skills without the risks associated with training on live equipment. By offering these upskilling opportunities, manufacturers can promote skills development and bridge the skills gaps left by retiring workers, and enable the professional development that helps companies retain workers by offering pathways for career advancement.

Gaining a Digital Advantage For Talent Management

Attracting and retaining frontline workers in manufacturing requires more than just competitive wages. By adopting frontline digital technologies, manufacturers gain a strategic advantage in attracting and retaining skilled workers by offering a more appealing and supportive work environment that enhances job satisfaction, provides career development opportunities and improves safety. Embracing these technologies not only helps manufacturers stay competitive, but also ensures that their workforce remains engaged, skilled, and committed to long-term growth.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Why Manufacturing Needs to Combine Talent Strategies with Productivity Enhancement

The U.S. manufacturing sector is currently undergoing a boom, thanks to a strong economy and significant federal investment. In 2023 alone, the sector received $196 billion in federal funding for manufacturing construction, marking a 143% increase since 2019. This capital infusion, which continued into 2024 with an additional $32 billion, has been bolstered by programs like the $39 billion CHIPS Act for semiconductor manufacturing. However, for this capital influx to yield substantial economic benefits, manufacturing companies must address the critical workforce shortages and skills gaps that have increased since the pandemic.

Skills Shortages: A Drag on Growth

The manufacturing industry faces a dual challenge: significant labor shortages and a widening skills gap. As of January 2024, the U.S. Bureau of Labor Statistics reported 622,000 unfilled manufacturing job openings across the country. This shortage comes at a time when the overall labor force participation rate has fallen below 63%, a steep drop from the 67% rates of the 1990s. Despite efforts to rehire many of the 1.4 million workers laid off during the pandemic, manufacturing companies are struggling to fill roles, with many reporting high turnover and challenges in retaining new hires.

The workforce shortage is exacerbated by several factors, including an aging workforce, challenges attracting younger workers into manufacturing, and migration of experienced workers into other sectors after the pandemic. This is not a short-term issue; according to McKinsey, the industry could face a shortage of 1.5 to 2.5 million workers by 2030. As a result, it is becoming clear that manufacturers must expand the focus of workforce management to include advancing productivity per worker.

Supplementing Talent Strategies with Frontline Technology

Given the labor market challenges, adopting digital solutions on the frontline can be an effective component of implementing new talent strategies to attract, develop, and retain workers. Traditional methods of onboarding and training often take months for new workers to ramp up completely. With an excess of unfilled positions, accelerating time to productivity for frontline workers is critical.

Skills gaps that have emerged within the existing workforce as experienced workers leave the industry are also a drain on productivity. In addition, investments in digitalizing manufacturing operations add further pressure to reskill and upskill the workforce to operate the new advanced machinery and digital systems more effectively.

Another essential area of focus for talent strategy is addressing the expectations of younger workers regarding their work environment and resources. Manufacturing companies are facing mismatched expectations with new generations of talent, who have grown accustomed to using digital systems for every aspect of their lives. Supplementing talent strategies with frontline technologies that boost productivity can benefit manufacturers in several ways.

Accelerated Onboarding

Compressing the time to productivity for new workers is a major benefit of blending frontline technology with talent strategies. According to studies by ISG Research, organizations report that it typically takes six to nine months to fully onboard a new employee. However, with the use of digital tools, that timeframe can be reduced to three to six months, helping manufacturers get new hires up to speed more quickly. Digital tools can be used to provide new workers with easy access to training materials, personalized for their roles and levels of experience. A strong onboarding program not only improved retention by as much as 82%, but also improved productivity by 70% according to research done by Brandon Hall Group.

Upskilling and Ensuring Standardization

In addition to absorbing new workers, today’s manufacturing workforces are also seeing workers with less experience occupying roles that were once filled by more experienced personnel. Research done by SHRM reported that 55% of workers felt they did not have the training they needed to do their jobs effectively. Digital frontline technologies are a powerful addition to manufacturer talent management strategies for upskilling and reskilling the workforce.

Digital automation of processes such as inspections can reduce process time by up to 70% by using mobile devices to reduce data entry and paperwork according to PWC studies. Digital work instruction can provide on the spot guidance and embed training to ensure that standard processes are followed quickly and accurately. The same PWC study showed productivity increases of up to 30% from digitalizing work processes. Deloitte research into training showed that roughly 50% of workers preferred these on-the-spot micro-learning injections over standard classroom training.

Reducing Frustration and Non-Productive Time

Delays are not only productivity killers; they are also a source of frustration for frontline workers and can affect workforce retention. Frontline workers in over 50% of companies do not have easy access to company digital devices for communications, yet 62% of companies report that their workers need to access digital information or communications at least 5 times every 2 hours according to ISG Research. Not having the right technology tools to do their job effectively is a sentiment echoed by 36% of manufacturing workers according to a survey done by Microsoft. Not only can connecting workers with easy access to digital devices reduce the lost time and frustration that workers are experiencing, but it can enhance the ability of frontline teams to collaborate more quickly to address work and safe issues to further boost productivity.

A More Engaging and Attractive Work Experience

Manufacturing is often seen by younger workers as less appealing and exciting than other industries. Competition for these younger workers is fierce, and the talent strategies for manufacturers need to gear up to attract these workers. Frontline digital technologies help present a more modern, forward looking work environment to prospective employees. In the Microsoft study previously cited, 63% of frontline workers said they were excited by the work opportunities that new technologies could bring to their jobs and 46% valued receiving new technology tools over wellness and health benefits for improving their work experience.

Aligning Talent Strategies with Productivity Boosting Technology

As manufacturing companies begin to implement new talent strategies to attract, develop and retain workers, they should expand their focus to consider the integration of technology into their strategies. Frontline worker-specific technologies, such as digital automation and assistance on mobile devices, augmented reality (AR) systems, wearable technologies and AI, are transforming how work is performed on the factory floor. These tools help streamline operations, reduce errors, improve safety and ensure that tasks are completed more efficiently.

With U.S. manufacturing entering a new era of growth, companies must adapt to the realities of the limited availability of skilled labor and an evolving workforce demographic. By combining productivity-enhancing technologies with forward-thinking talent strategies, manufacturers are better prepared to overcome labor shortages and skills gaps. The integration of digital tools is crucial for improving both frontline worker training, as well as, productivity and operational efficiency, enabling the manufacturing sector to capitalize on its current momentum and ensure sustainable growth in the years to come.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

What is 5S Audit?

The 5S framework is a systematic approach primarily used in the manufacturing sector to create organized, clean, and efficient workspaces. This method promotes a culture of continuous improvement that enhances productivity and safety. The 5S audit checklist serves as a vital tool in this process, helping businesses maintain the discipline needed to ensure each element of 5S is properly implemented.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

When Training and Work Become One

With businesses facing increasing skills shortages in a tight labor market, the need for effective training and development programs for workers has never been more critical. Traditional approaches such as paper-based training binders or computerized Learning Management Systems (LMS) have been the backbone of corporate training initiatives to date. However, as skills gaps widen and job requirements become more demanding, there is a growing recognition of the limitations of traditional classroom and online learning approaches.

Learning in the flow of work

Microlearning, an approach to delivering bite-sized learning content in short, focused bursts, has caught the attention of most training teams. Its brevity makes it highly accessible and convenient, fitting the modern worker’s shorter attention span. Secondly, microlearning enhances retention and comprehension by presenting information in digestible chunks, allowing learners to absorb and apply knowledge more effectively. A study from Training Magazine found that organizations using microlearning saw a 20% increase in employee productivity and a 23% increase in employee satisfaction.

With today’s mobile digital technologies, microlearning platforms or microlearning apps can deliver content on demand and personalized based on the process, worker activity or experience level. Josh Bersin, a Deloitte Partner and head of their corporate learning practice, wrote an interesting article where he coined the phrase “Learning in the flow of work.” He sees the future of training as fusing microlearning apps into the digital platforms that workers use to get their jobs done. And he points to studies showing that 49% of workers want to consume training at the point of need.

When training and work become one

Reimaging training as a component of the work process not only represents a game-changer in the realm of workforce training and development, but also becomes a driver to bridge the growing skills gaps and boost worker productivity and quality. By weaving training into daily work processes and procedures, organizations can see their training efforts improve in several key areas:

1. Contextual and Situational Relevance

Integrating training into work instruction ensures that learning experiences are directly relevant to worker’s day-to-day responsibilities and tasks. By embedding training content within the context of actual job functions, the workforce can immediately address knowledge and skills gaps at the point of need.

2. Efficient Use of Time and Resources

Digital access to training optimizes the use of time and resources by minimizing disruptions to workflow and productivity. Instant access to training and information when needed maximizes efficiency and minimizes downtime. Instead of allocating separate time slots for training sessions, employees can seamlessly transition between learning and work tasks.

3. Interactive and Engaging Learning Experiences

Digitalized access and embedded microlearning enable more interactive and engaging learning experiences in an on-demand style. Training can engage workers with multimedia and interactivity to deliver a hands-on experience that enhances retention and comprehension, and makes learning more enjoyable and memorable.

It starts by digitalizing the frontline

With increasing skilled labor scarcity and growing job complexity, it is clear that the tools of the frontline workforce need to be modernized. The good news is that today workers are more comfortable with digital apps on mobile devices, and the next generation of frontline workers expect these types of resources to be available to them on the job. Particularly in manufacturing and field services, where replacing paper with mobile devices to enable more efficient inspections, work instruction and maintenance, the opportunity to blend training into work processes with microlearning platforms is compelling. Empowering frontline workers to access training on demand drives productivity and quality. Training in the flow of work saves on time away from the job and makes critical information available at the point of need. Making training more accessible, engaging and relevant builds a work culture of continuous learning that benefits both the workforce and the business.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Ensuring Safety and Compliance with Digitalized Lock Out – Tag Out Processes

In industrial settings, where machinery and equipment pose inherent hazards, implementing robust lockout-tagout (LOTO) procedures is crucial for safeguarding the well-being of workers. In the realm of industrial safety, the lockout-tagout (LOTO) process stands as a cornerstone for preventing accidents during equipment maintenance and servicing. To optimize safety and compliance, organizations must adhere to best practices for executing LOTO processes effectively. With the advent of digital work instruction solutions on mobile devices, LOTO best practices can be more effectively enforced in several ways.

Enforcing Standardization

Digitalizing LOTO processes allows for the standardization of safety protocols, minimizing human error and ensuring consistency. Enabling workers with digital tools can enforce predefined workflows and procedures, guiding workers through the steps required to safely isolate energy sources and apply lockout devices. By standardizing LOTO procedures, organizations can mitigate the risk of procedural deviations that can increase the risk of accidents.

Continuous Training and Education

Ensuring ongoing training and education on LOTO procedures is crucial to reinforce knowledge and skills. Modern digital frontline platforms such as ROO.AI offer the opportunity to embed training and safety reminders in the flow of work, providing the workforce with in-context learning opportunities. Along with offering easier access to safety training on demand, digital frontline tools can facilitate improved toolbox talks, and scenario-based training exercises to help reinforce the importance of LOTO compliance and safety-consciousness.

Enhanced Documentation and Compliance

Digitalization facilitates comprehensive documentation of LOTO procedures, improving monitoring and compliance with regulatory requirements. Digital lockout-tagout workflows enable organizations to automatically capture equipment information, procedural verification using images and video, and generate digital audit trails of LOTO activities. This digitized documentation not only enhances accountability but also simplifies regulatory reporting and compliance assessments, reducing the risk of non-compliance penalties and fines.

Digitalize LOTO Best Practices

Digitalizing lockout-tagout processes offers a transformative approach to enhancing workplace safety, efficiency, and compliance. By leveraging digital solutions to automate procedures, reinforce safety training and improve documentation, organizations can elevate safety standards, reduce risks, and foster a culture of safety excellence. As manufacturers strive to embrace digital transformation initiatives, digitalizing LOTO processes emerges as a critical enabler for achieving safety objectives and safeguarding employee well-being in industrial environments.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Manufacturing Safety Audit Checklist

Download our free PDF Safety Audit Form, or Get a Live Demo to discover how we incorporated this checklist into an easier, faster mobile app with visual assistance to guide the inspection. Customize inspections and work instructions to your exact equipment and manufacturing processes to boost safety and compliance with regulations.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Quality that Drives the Industry’s Best Lifetime Value

As the oldest continuously operating manufacturer of fire apparatus, Seagrave Fire Apparatus has a reputation for delivering products with the industry’s best lifetime value. Seagrave takes a single source manufacturing approach that integrates design, construction, and assembly. They deliver highly engineered products that, in combination with a relentless focus on quality, has earned them a sterling reputation for manufacturing high quality fire apparatus.

Growing Demand Meets Increasing Complexity

Customers not only come to Seagrave for the quality and durability of their products, but also for the amazing levels of customization. The Seagrave team meticulously hand crafts the components for every apparatus. From the steel frame up, there are over 2,000,000 parts and components that can make up an apparatus in a myriad of configurations. Experience on the frontline is critical to keep up with growing demand, but like many manufacturers, Seagrave saw the exit of experienced workers during the pandemic. It became clear to Seagrave that relying on the tribal knowledge of their experienced workers would eventually cause issues. In addition, Seagrave determined that the paper systems used on the manufacturing line for quality inspections and the defect to repair processes would only heighten potential risks.

Digitalizing Quality on the Frontline

The Seagrave team knew that digitalizing the frontline would address these challenges. Their vision was not only to replace the paper capture of quality data,  but to automate the defect to repair processes and increase both quality and productivity. Digitalizing inspections was also the way to upskill workers by delivering guidance and ensuring that every required item was checked at the appropriate point and time, thereby minimizing rework and delays. In addition, Seagrave wanted to categorize quality data more effectively for analysis and automate the creation of apparatus history by creating records of all inspections, issues, verified fixes and component serial numbers.

Leading with Quality to Empower the Workforce

Seagrave began their ROO.AI digital journey with a focus on quality processes.  From the digitalization of department level and pre-shipment checks, Seagrave moved to in-process inspections with the capability to digitally convey defects for the production team to repair. Digital records of every inspection, issues and resolutions are being automatically added to asset records for each apparatus going through the process. By looking to the future, the Seagrave team saw next-step opportunities to leverage ROO.AI to help onboard and upskill workers by providing on-the-spot work instruction and a program for workers and supervisors to certify specific skills and job criteria in order to continue to improve product quality and operational efficiency.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Warehouse Safety Inspection Checklist

Download our free PDF warehouse inspection form or get a live demo to discover how we incorporated this checklist into an easier, faster mobile app with visual inspection assistance.

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process

Digitalization in Oil & Gas by the Numbers

Growth Prospects

The global upstream industry will invest over $500 billion and generate over $800 billion in free cash flows in 2024. ⁽³⁾

81X The increase in unconventional oil and gas productivity due to technology over the last decade. ⁽⁶⁾

60% of oil and gas executives expect digital technologies and AI to change their businesses significantly by 2030. ⁽²⁾

$5 per barrel of oil equivalent (BOE) captured for upstream companies through digitalization initiatives in exploration, well management and maintenance. ⁽¹⁾

Workforce Challenges

Oil and gas companies in North America are having difficulty finding frontline workers. ⁽²⁾

the percentage of the existing workforce in oil and gas that is expected to retire within the next 7 years. ⁽⁵⁾

of oil and gas executives say reskilling the workforce will be critical to company success going forward. ⁽⁶⁾

Energy Transition

oil and gas executives cite operational efficiency gains and direct emissions reductions as key metrics for assessing energy transition progress. ⁽³⁾

oil and gas executives look to adjacent products such as natural gas, carbon capture, biofuels and hydrogen as key to their low-carbon investment strategies.

oil and gas executives say digital technologies to improve efficiency are among their top investments for decarbonization initiatives. ⁽⁷⁾

Supporting Data

Author

Stephen Zocchi

Enabling the frontline workforce by digitalizing human powered process