Empowering the teachers of today, for the citizens of the future

Carlos J. Ochoa, Co_Chair VRARA Education Committee. Piacenza (Italy) 24.09.2019

“The true sign of intelligence is not knowledge but imagination” A. Einstein

New technologies are an emerging industry creating employment opportunities and entrepreneurial possibilities. Virtual reality and augmented reality represent incredible areas of opportunity for future job skills. “VR” failed to live up to the wildest promises when the new VR systems launched in 2015. Nevertheless, the number of job postings for “VR and AR” have risen 93% since 2015, with 17% of that growth happening in the past year. 

According to projections set out by the European Commission, market demands for qualified information and communications technology (ICT) specialists will not be met, seeing a shortfall of up to 500,000 ICT professionals in 2020. Virtual and Augmented Reality solutions are amongst those with some of the highest market demand in the ICT sector by Marketwatch. The global market for augmented reality and virtual reality is estimated to reach USD 766 billion by 2025, registering a 73.7% CAGR during the forecast period of 2018 to 2025

New skills development for more complex jobs is a daily industry demand. Technicians and engineers need to be proficient and continue to change rapidly as tasks become more complex. They need to find the right information at the right moment. Technicians need fast access to all integrated data, to take fast, right and complex decisions.

Education is the driver to sustainability of our economy and functionality of humanity. Educating the individual is the country’s most valuable investment. It represents the foundation for progress and development. Every day we seek to learn new information and the way we take the lessons and apply to our everyday lives, is the core of how we explore we grow and we build futures for ourselves. 

If we wish to prepare a generation of citizens, entrepreneurs and leaders for the 21th. century who can face real-world problems, we must give them real-world problems to solve. Future jobs opportunities around VR/AR.

Through virtual and augmented realities, the technology allows the user to immerse themselves into a virtual experience or location and the immersive lesson is retained at a much quicker time frame with a more impactful lasting memory. VR & Learning, by the National Training Laboratory, advised retention rates for lecture style learning were at 5%, with reading rates at 10%. Meanwhile, the teaching method of VR scored a retention rate of 75%.

Understanding we are moving into a world with exponential growth, there is a necessary requirement to update our education system to support innovative technologies to understand how it will be applied to job creation and support digital support systems and processes.

The demand of the companies in the industry sector, with respect to their future workers, is that they have social skills and competencies such as leadership, motivation, perseverance, flexibility, communication, etc. Focusing on the development of skills and abilities aimed at a specific sector, in this case the Virtual Reality subsector ensures its better assimilation, greater effectiveness of training and a more complete response to what companies demand in profiles of these characteristics. For instance, in the Vocational Training includes subjects oriented to career guidance and orientation, but they lack a transversal skills development approach and these are not addressed directly in the itineraries.

The integration of transversal skills required for the sector, as well as technical competencies related to the latest trends, will comprehensively cover the labour market demands of new technologies and will ensure the best inclusion of VET students in the technological labour market of the future. The Future of Work by EAPN.EU.

It is time to take actions and introduce disruptive elements in our education system. Traditional methodologies and normalization already fail to provide rapid solution to the society needs. Velocity and acceleration are key factor for this unpredictable horizon, where education will play a key role for citizens of the future. Disruptive Innovation in Education?.

Humanity is at the beginning of a Fourth Industrial Revolution, which is building on both VR & AR applications and solutions. The changes to the way we teach, and the curriculum needed to support innovative time is required to support the graduating generations into a workforce rapidly changing and evolving using digital applications not yet taught in our schools’ systems. Day to day operations and day-to-day systems will be using VR and AR systems to be engaged in the operations.

VR & AR for Education is mandated for the following reasons:

  • To engage our current students and future generations in the Digital Age
  • To provide education of the tools, the technology, the applications of VR & AR to be used in future jobs
  • To provide best practices for the classrooms
  • To provide engagement tools for Students, Parents & resources for Teachers & Mentors
  • To be the leader and resource of VR & AR applications that relate to extending knowledge to support the application, build or creation of the technology to use in our everyday lives

At this moment, some relevant topics need to be include in the Disruptive School Environment and new teacher’s agenda for Schools of the Future:

  • Reimagining new Smart Spaces at schools
  • Classroom as a set of devices
  • 5 Senses learning a immersive learning technologies
  • Improve the hierarchy of needs in XR in Education
  • Convergence of technologies with and integrated vision
  • Soft skills integration with IT in the “Teachers Training Program”.
  • Collaboration Platforms. Virtual environments where the educational community can share best practices and experiences in a global and multicultural environment. Videos, presentations and forums integrate education materials from different sources in different formats.

It is in this context where Carlos J. Ochoa, Co_Chair of VR/AR Association Education Committee and Co-Founder of ICICLE ( X-Reality for Learning and Performance Augmentation, collaboration with Acer Education presented “Immersive Realities in Educational 4.0 Ecosystems” in the framework of Scuola e Virtuale in Piacenza.  Scuola e Virtuale, an international event along with Liceo Melchiorre Gioia, Impara Digitale, Indire and Microsoft, to spread awareness about immersive technologies in education, where more than 1000 professionals attendants ( teachers, students, managers and experts from different industries and sectors).

Carlos J. Ochoa Fernández ©

Impact and ROI of VR/AR in Training

The opportunities that will be available to enterprises when the Fourth Industrial Revolution begins to take shape, like increased productivity and efficiency, improved customer quality service, faster access to data and value information, and massive improvements in enterprise. These are the 4 key success factors for the next years.

“We must develop a comprehensive and globally shared view of how technology is affecting our lives and reshaping our economic, social, cultural, and human environments. There has never been a time of greater promise, or greater peril.” — Klaus Schwab

We are just starting 2019, with new hopes, ideas and projectsaround Innovation in Education and Training.

The opportunities that will be available to enterprises when the Fourth Industrial Revolution begins to take shape, like increased productivity and efficiency, improved customer quality service, faster access to data and value information, and massive improvements in enterprise. These are the 4 key success factors for the next years.

Investment increasing competitiveness: A clear majority of companies believe that the digital transformation to Industry 4.0 will increase their competitiveness. Utilise opportunities and reduce risks: Industry 4.0 represents a number of major opportunities for all companies. It will open up new ways for companies to integrate their customers’ needs and preferences into their development and production processes.

Standardisation through Integration IT Tech and Digital Data: There is some confusion with companies trying to innovate as to which standards will be adopted in the next five years. A huge challenge to overcome will be to derive a standardized system that works for all parties and allows for both horizontal and vertical integration, and results in maximum value for both present and future investments.

Workforce and new skills development: Adjusting talent and IT resources. Most of the companies noted that in many areas, they do not have all the staff they need to make the digital transformation to Industry 4.0. The need for efficient and effective workforce training and operation in the industry worldwide has become acute. Thanks to VR/AR, “advanced reality technologies and” digital information, technicians can focus in operation & maintenance task enables them to cut down on time spent on administrative tasks, significantly increasing productivity.

Disruptive Innovation through empowering exponential technologies: A majority of companies agreed that there are several key technologies “AI, IoT, BC, 3D printing, XR or Digital Twins” will accelerate the transformation process. Most companies are only just beginning to use these technologies and there is a risk that they may miss the opportunity, because some competitors have already been implementing it for several years and are developing the next generation of applications.

Simulation-based training, prefaced with traditional training methods on process fundamentals, is the most efficient and fastest way to train new employees and prepare them for their daily work providing huge added value and benefits.

Imagine how data transmitted from a Wind Turbine engine while operates can provide advance notice of potential failures. How use digital twins for engines to monitor their performance and carry out preventive maintenance. How digital twin technology is helping Companies understand and manage the operation of machines operating around the world, and craft next generation wind turbines and engines.

What is the digital twin?: A digital twin, according to Gartner, is a digital representation of a physical object. It includes the model of the physical object, data from the object, a unique one-to-one correspondence to the object, and the ability to monitor the object.

Digital twins have been around since 2002, but only gained momentum in 2017 when they became cost-effective thanks to an increase in the adoption of the Internet of Things (IoT) and cloud technologies, which enable low cost, high storage and compute, high throughput messaging, security, and more.

Now, you can join Carlos J. Ochoa Fernández and ONE Digital Consulting at VR/AR webinar to discuss the ‘Impact and ROI of VR/AR in Training‘ released last January 16, 2019. With David Trainor, Jeff Meador, Marlo Brooke. With 300+  registered attendees for this live session including Q&A.

The VR/AR Association (VRARA) is an international organization designed to foster collaboration between innovative companies and people in the VR and AR ecosystem that accelerates growth, fosters research and education, helps develop industry standards, connects member organizations and promotes the services of member companies

Carlos J. Ochoa Fernández

VR/AR Platform for Industry Base Training Simulation. Digital Transformation 4.0

Introduction

“The world as we have created it is a process of our thinking. It cannot be changed without changing our thinking.” Albert Einstein

New technologies such as robotics and artificial intelligence are rapidly changing people’s jobs and lives. Technology will likely change many of the existing jobs, requiring workers and companies to adjust. While maybe only one in seven jobs may be lost to automation, many others will change significantly. OECD suggests in their study (2018), that around 14% of all jobs across 32 countries analyzed have a high risk of automation, 32% of existing jobs may experiment significant changes to how they are carried out.

In the other hand, and according the OECD study, It is now essential to ensure that schools prepare students for a world in which they will constantly be adjusting to new technologies, new business models, and new ways of working. People, including young people, need to be equipped with the type of skills that will allow on average 25 job changes throughout their lives.

Therefore, learning systems will need to adapt to the changes brought about by automation and teach students that allow them to take full advantage of the current wave of technology adoption. This includes skills such as cognitive and social intelligence but also extends to the skills needed to work effectively in a digital context, both as specialists and users of digital technologies.

The Problem

New technologies are an emerging industry creating employment opportunities and entrepreneurial possibilities. According to projections set out by the European Commission, market demands for qualified information and communications technology (ICT) specialists will not be met, seeing a shortfall of up to 500,000 ICT professionals in 2020. Virtual and augmented reality solutions are amongst those with some of the highest market demand in the ICT sector.

Skills, and skills development, are an essential component of all efforts in this challenging society. Too many workers are simply unprepared to meet the needs of firms, particularly in more competitive economic environments.

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New skills development for more complex jobs. Technicians need to be proficient and continue to change rapidly as tasks become more complex. Find the right info at the right moment. Technicians need fast access to all info to take fast and complex decisions.

  • High Training cost. Time, resources, maintaining and quality standards.
  • High Digitalization cost (paper, no automatization processes, decision taking.
  • Data integration and maintenance. Manuals, documents, files…
  • Data visualization. Format, devices, availability, usability
  • Risk and performance. New complex and unpredictable situations. Actions based training methodology.
  • Quality, standards and sustainability
  • Expensive or difficult hand on practice (no experimental, no real world scenarios…)
  • Difficult assessment process.
  • Most of existing solutions are isolated, expensive and not VRAR designed. Also have a gap about learning processes, methodology and instructional approach.

Industry 4.0 Demands

Industry 4.0 is the of automation information and data exchange in manufacturing technologies.

  • Enhanced productivity through optimization and automation
  • Provide real-time data and information for real-time decision makers
  • Business continuity through advanced maintenance and monitoring possibilities
  • Higher quality products as a result of real-time monitoring and technology convergence
  • Better working conditions and superior sustainability

The Solution

Engineers with the right skills, with excellent experience and experimental training, are the demands in the industry worldwide has become acute.

The need for efficient and effective workforce training and operation in the industry worldwide has become acute. VR/AR technology is the most efficient and fastest way to educate new employees and prepare them for their daily work. In the other hand, thanks to VR/AR and digital information, technicians can focus in operation & maintenance task enables them to cut down on time spent on administrative tasks, significantly increasing productivity.

VR/AR and Simulation-based training also helps increase professionals confidence because they can practice procedures until they master them. Further, trainees become more aware of safety procedures because they have to follow them in the simulations.

  • Reducing Training cost. Experiential training based on VRAR give real-time feedback and improve the efficiency of skills transfer, increased knowledge retention.
  • Reducing delays & mistakes. Using collaborative VR/AR and digital documentation, we can integrate “all in one”. Minimizing time to action in decision taking providing technicians the complete background on an asset, detailing all historical data and repairs to quickly perform the task in hand.
  • Improving Safety. Dangerous or difficult to replicate scenarios can be safely simulated with VRAR. This allows monitors to repeatedly practice critical or unpredictable scenarios while preventing damage to equipment and persons.
  • Improving quality, and standards. Experiential Training through VRAR actively participation in the activities obtaining higher retention rates. VRAR training allows employees to receive hands on training, in a virtual environment. This prevents expensive down time and disruptions in normal operations
  • Improving assessment process. Monitors can create specific complex situations to be resolved, where Technicians will deal with different task according their role or responsibility. They will be evaluated based on their performance on the relevant work items. This information can be integrated with the company’s internal record keeping systems for certification and/or administrative action.
  • Improving preventive maintenance. Integrating applications such as electronic job sheets and work orders, on-site workers are now able to focus on the task in hand while using VRAR with tablets or smartphones. This enables them to cut down on time spent at the end of each day on administrative tasks, significantly increasing productive-time.
  • Faster and better decisions. Decision-making processes are shortened and problems, as well as defects, can be resolved quickly and efficiently

Imagine a solution, that deploy an intelligent VR/AR ecosystem with the specialized know-how to turn unstructured data into value-adding information, e.g. when providing services such as preventive maintenance, security management or operational management.

Investion Grafico

INNVESTION is an innovative platform for training, operation and maintenance of plant services, which includes advanced reality technologies in immersive environments (extened reality, 360º video), methodologies in a modular architecture (on/off line).

A cloud platform will allow users to download the different modules. For a full INNVESTION experience, the user only needs a mobile device and VR glasses that fit the device. The training centre will need an internet connection to download modules, and these can be accessed offline, only needing a connection to update new content.

INNVESTION can be used from a single “low cost” VR device based on Samsung Gear Mobile VR, through the most advanced VR Oculus Rift, HTC Vive configuration.

The Results

Simulation-based training, prefaced with traditional training methods on process fundamentals, is the most efficient and fastest way to train new employees and prepare them for their daily work providing huge added value and benefits:

  • Faster project execution, commissioning and ”time to market“ through improved collaboration
  • Cost savings through consistent plant information available at all times
  • Higher plant availability, integrating real time data and 3d visualization
  • Safe and efficient plant operations

Carlos J. Ochoa Fernández ©

More information:

www.carlosjochoa.com

www.onedigitalconsulting.com

Trends, Challenges and Innovation Spaces for Digital Engineering

If we wish to prepare a generation of professionals and experts in the Industry and Energy field to can solve real-world problems, we must give them real-world problems to solve.

chemical plant

One of the greatest challenges of today’s society and in particular the European Union is to develop a more competitive, efficient, productive, innovative and under a high added value sustainable model industry.

An industry, able to lead both strategic and emerging sectors by creating high valued job positions, requires its efforts to focus on R&D+I and knowledge management. And to do this, it is necessary to make an incremental effort in each and every one of the components that directly or indirectly affect the industry. The purpose is to promote new forms and methods for learning and training of professionals that will be drawn into the market, and training and adaptation of existing professionals to be more competitive in their present positions by using more effective digital technologies and processes.

The New Digital Era is beginning to define a new global scenario, which goes further than the simple digitization of objects and things. It is a new context that involves a new way of thinking and adapting the knowledge, processes and procedures to this new backdrop, as well as its transmission to persons and professionals in this field. This is something that is very subtly present in our day to day and that is clearly reflected in digital engineering and in technologies, methods and procedures that are applied to several sectors such as medical, industrial, energy, water management, manufacture and telecommunication, etc.

To speak of digital engineering is to speak of simulation, virtual reality and so forth. Thomas Perkins already in 1985 clearly described this in his work Simulation Technology in Operator Training. Full-scope, plant specific simulators are part of a new reality. In which he explained how in the early 1970s the first simulators to be used in training plant operators in nuclear plants were developed. Many years have passed since then and there have been great changes in this field, both at the conceptual and operational level, which will be examined in detail in this work.

The future framework for training, learning and vocational training of professionals from the industry and energy sectors, leave permanently redefined from the experiences and case studies of working groups and national and international experts from a more global perspective.

Innovation is making headway in this complex world, where the contribution and converge of knowledge and technologies, procedures and interactive learning methods, is revolutionizing the world of e-training, for a more global and qualified professionals.

But in this process, we want to focus on one key success factor: “the use of digital technologies such as advanced simulators technologies, the serious gaming, augmented reality, on-line communication, integrated devices, geometry scanning, or digital interactive documents in order to improve the productivity, the quality, the security and the implementation methodology of these practices”.

The improvement in the development of professional’s activity, performed by digital engineering experts, is a key factor to resolve faster and better complex or critical situations. For this purpose, it is necessary to analyze and manage multiple and heterogeneous information, data, situations, localizations and databases, based on technology, to provide real solutions in a knowledge management environment.

Advanced Simulations, Game Based Training, Gammification, Augmented Reality and Digital Interactive Manuals offer new possibilities in the educational and professional training environment, allowing a greater involvement of students in their own learning context and a continuous digital content and tools evolution.

The teacher / tutor-student relationship is enhanced by the facilities that offer Simulations & Serious Games and Augmented Reality technology when creating virtual communities and tools for the use in the classroom in an effective, simple and friendly community. The efficient new technologies implementation in old organizations needs to adapt methods and procedures in a culture change program. Actions Based Training is the way to success.

Actions Based Learning ®, which is a new Technology Based Training Approach, depending on the organization and training project to address, creates a matrix that meets the requirements for every action, what user profile addresses each action, what type of training program, capacitive or training, the exchange of information and documentation to be used, the format and method to deliver information and the technology to use.

Serious Games, Virtual Reality, Advanced Simulators, Digital Text Books, Augmented Reality…and the integration with brand new devices and Actions Based Learning methods will drive this challenge to a new dimension of interactive training and maintenance and support of risk and critical situations. In which technology convergence, efficient knowledge management, sustainability and time will be the new drivers of Digital Engineering in the Energy and Industry fields.

Carlos J. Ochoa Fernández ©