Recently, the United Nations Industrial Development Organization (UNIDO) brought out its flagship Industrial Development report on Industrialization in the digital age. The report provides key insights on the development, application and implementation of Advanced Digital Production (ADP) technologies, now commonly referred to as Industry 4,0 technologies – from the perspective of developing countries.

Of these, India is the single lower-to-middle-income nation that has been categorized with a group of secondary economies well-poised for a complete digital transformation by successfully leveraging these technologies.

UNIDO has also presented factual evidence to support the claim that Industry 4.0 can facilitate an inclusive and sustainable mode of industrial development. ADP-enabled product and market innovations offer superior productivity, quality, market-responsiveness and client customization. Furthermore, factories can benefit immensely from improved monitoring and predictive maintenance, enabling them to save energy and function economically.

In today’s changing world, where we’re headed towards complete digitization, there is likely to be fewer jobs on the shop floor, yet more opportunities in knowledge-intensive areas and functions that are needed to leverage Industry 4.0 technologies.

E-Learning has facilitated new modes of skill-development that were previously not possible, for leveraging new technologies. Today, you are presented with the opportunity to cover several aspects of Industry 4.0 at once, covering different subjects within its scope and across different levels of study – all with the flexibility of self-study. In short, you learn more efficiently when you learn at a pace that you find comfortable.

A great advantage of E-Learning is its facility to synthesize the classroom and online mode of study into a single concept known as ‘Blended Learning’. With successful blended learning in place, you get to reap the benefits of self-study without compromising on the rigour of face-to-face, interactive learning.

An employee of an organization may choose to narrow his focus and specialise in specific areas with the objective of aligning his study with the larger goals of the organization; by enabling this process and even making it an integral part of employee-training, the latter takes a positive leap forward with regard to bridging the gaps in Industry 4.0 implementation.

MTC is your trusted e-learning partner for advanced manufacturing technologies (AMT) – we are committed to facilitating industry-relevant training for institutions and enterprises, offering end users an interactive E-Learning platform.

As thought-leaders in modern factory technologies, we bring you a range of essential course material that will help empower your employees to equip themselves with the skills to handle today’s dynamic technological environment.

• Enhanced visibility of Production Assets and Processes

 With IoT and Industrial IoT, manufacturers can connect the tools and assets in factories and warehouses with essential production equipment and machines, each and all of them running through new technologies that enable efficient tracking and monitoring.

IoT provides engineers a high level of visibility into production operations and the ability to foresee the arrival of issues that may disrupt them. A critical capability of IoT is that it can facilitate ‘Asset Tracking’ – a system to easily locate, track, and monitor essential components of a production facility.

Manufacturing concerns are empowered with the ability to automatically track parts as they move through the assembly process, with the help of smart sensors. Plant managers gain real-time access to production output figures through the connection of operating tools with the machines.

Manufacturers can now leverage the high levels of real-time visibility within plants to identify, understand, and resolve problems through the use of dashboards with IoT-generated data. This brings them faster, more efficient, more accurate, and higher quality production.

• Predictive Maintenance

A major priority of manufacturers is ensuring that assets and factory equipment are in working condition and function smoothly. A single malfunction can disrupt production, which in turn, can cause losses due to unexpected costs on equipment replacement or replacement; more critically, it can lead to delays or cancellations of orders, causing customers’ trust to be breached.

The continual running of machines can help reduce operating expenses and smoothen processes in production. By connecting wireless sensors lodged on all the machines to the internet, managers gain real-time access and visibility to performance, being able to detect early signs of malfunction well before they occur. Moreover, manufacturers benefit immensely from the leveraging of such capabilities towards safer environments and increased equipment life cycles within plants.

• Improved Product Quality

With continuous monitoring of products through the building cycle in place through the use of environmental sensors, manufacturers are empowered with the ability to ensure that their products always meet a high standard of quality. The environmental sensors send back critical back data about conditions of the products, enabling a streamlined monitoring system.

The use of the digital twin greatly enhances performance analysis. Feedback on various processes are analyzed and provided as input into the product design and process design, which in turn enables continual optimization.

• Optimized Supply Chain Management

Manufacturers are seeing supply chain processes grow increasingly complex as they begin to expand their operations on a global scale. IoT allows concerns to monitor critical events across their supply chain processes, bringing them real-time data that tracks assets like trucks, containers, and individual products.

Wireless sensors track and monitor inventories while they move from one location to another in the supply chain, including shipments of supplies for products, right through to the delivery of products in their finished form. Manufacturers gain enhanced visibility into product inventories, having more accurate schedules for material availability, as well as for the shipment of products to customers. Analysis of critical data helps manufacturing enterprises make vast logical improvements by identifying problem areas and resolving them

• Leveraging Digital Twin

Put very simply, Digital Twins are virtual replicas of physical devices, products, and processes, that manufacturers can use to run simulations before they go ahead with actually building and deploying them.

Using perpetual streams of real-time data made possible by IoT, manufacturers can now create a digital twin of any type of product, and at any level, irrespective of what features define it. They can detect bottlenecks sooner and predict outcomes accurately, giving them the opportunity to produce only high quality products that meet their standard, as well enabling them to reduce costs that are normally spent on tracking and recalling products once they are shopped.

Data collected from digital replicas also lets managers analyze the performance of systems under various conditions on-field.

Thus, with a spectrum of potential applications at a manufacturer’s disposal, the five cases for IoT’s potential that we explored could revolutionize Manufacturing as a whole. In order to realize this idea, however, adequate training is required across the board.

MTC is your trusted e-learning partner for IoT, Industry 4.0, and advanced manufacturing technologies (AMT) – we are committed to facilitating industry-relevant training for institutions and enterprises, offering end users an interactive E-Learning platform.

As thought-leaders in modern factory technologies, we bring you a range of rich digital learning content that will help empower your employees to equip themselves with the skills to handle today’s dynamic technological environment.

A physical classroom session is faced with a number of limitations and is therefore prone to delays in the teaching and learning process. Take, for example, the simple fact that each class is bound by a specific time slot. The teacher and students are prone to certain inevitable distractions during these slots, including those caused by factors within and outside the classroom. 

Moreover, delays in syllabus completion also occur since the physical presence of a teacher and all students cannot be guaranteed on every working day. Predictable breaks such as weekends and holidays as well as non-foreseeable disruptions caused by bad weather and – as we’ve come to know more recently – outbreaks of diseases can also have an impact on the regularity of classes and, thereby, cause delays in the learning/teaching process.

A number of students, especially in technical fields of education, feel that their college education did not prepare them well enough for the challenges of the present world. Why? Because technology continues to evolve at a rapid pace, but the syllabi of higher education institutions have not kept up.

It takes a minimum of five years for a syllabus to change – due to obvious limitations in the education system and the need to compile quality content and print them in the form of books for students. Teachers, too, will need continuous training in order to be equipped for teaching updated syllabi and this can further lead to delays in implementing new syllabi.

Yes! At MTC, we propose e-learning – both as a method of learning that students can take up independently and as a tool for teachers to supplement their standard academic syllabus.

It is a method that would allow students to take up and go through learning material at their own pace, albeit within stipulated timelines.

MTC’s very own robust learning management system (LMS), SkillON365, comes packaged with advanced learning courses in CNC, Robotics, Mechatronics, and Automation, offering 1000+ hours of rich digital content in the form of 60+ courses. We keep the content as interactive as possible with a variety of learning formats and continuously update our courses to make sure they are in keeping with the latest in today’s technology.

One excellent way to make productive use of time is to upskill ourselves. This is especially true for students and personnel connected to engineering and manufacturing domains. Why?

First, because colleges and manufacturing plants have been heavily hit by lockdowns, meaning a lot of time available. But second, and more importantly, because technology has evolved very rapidly in recent years in manufacturing, making it increasingly difficult for colleges and companies to train students and personnel fast enough to keep up with the pace of change.

What better time than now for companies and colleges to impart such training to build a competitive advantage and emerge stronger from the current lockdown!

Fortunately, today there is a whole lot of e-learning content available to cater to this need. Unfortunately, a lot of it falls short when it comes to real-world industry knowledge. It is very important that you identify the right source of learning content to maximise the knowledge you gain.

First, identify the technologies that you believe are most relevant to your field of interest – some of the increasingly popular and widely applied technologies include CNC, Robotics, Mechatronics, Automation and so on.

Second, when you identify possible providers of courses on these technologies, assess their technology background, tie-ups with major technology providers, and their training track record before choosing them for your own training or signing up for your manufacturing company or institution.

Signing up for online training is like signing up for a gym membership – it takes commitment and discipline to make the most of your upskilling plans!

So set aside time each day, put aside potential distractions, and dive in – after all, these are advanced and complex technologies we are talking about – half your attention simply won’t do justice to the subject matter.

But once you apply yourself and hit your stride, the sky is the limit – this truly is a way to create an opportunity out of a challenging situation!

At MTC, we are dedicated to industry-relevant training for enterprises and institutions, offering users access to over 30 courses with rich digital content on Robotics, AMT, CNCs, Mechatronics, and Smart Factory Automation.

As experts in modern factory technologies, we bring you essential course material that will help empower you, your employees or your students to deal with today’s dynamic technological environment.

Industry 4.0 is an umbrella term for the complete digital transformation of manufacturing and production, and value creation processes. The term represents a new level in the development of industrial value chain organization and control.

SMART Factory automation is a highly advanced modern-day solution that automates the control and management of manufacturing processes in factories using Industry 4.0 and Internet of Things (IoT) technologies. It covers the following processes in manufacturing:

• Manufacturing (Machining process)

• Inspection & Quality Control

• Assembly

• Raw Material & Finished Good Storage

• Material handling & Transfer Systems

• Digitalization of manufacturing

• Data Management

• Means for data storage, retrieval, manipulation and presentation

• Mechanisms for sensing state and modifying processes

• Algorithms for uniting the data processing component with the sensor/modification component

The SMART Factory solution facilitates the digitization of supply chain processes through the integration of Industry 4.0 and Internet of Things. Industry 4.0 brings together manufacturing, automation and data management, paving the way for intelligent collaboration, monitoring, and process management in real time.

‘Internet of Things’, by its very nature, breaks down the barriers between the physical and digital world. By building a network of physical devices with electronics, software, and sensors embedded in their core, IoT enables collection of vital data that can be analyzed for improved monitoring, organization, and control. Industry 4.0 and IoT are being widely embraced by manufacturing concerns to help smoothen supply chain processes and increase traceability, safety, and productivity, while reducing downtime.

SMART Factory-integrated manufacturing, as a concept, incorporates Information & Communication Technology throughout the manufacturing process, facilitating complete digitization of manufacturing across industries – right from food, chemical, and consumer goods, to automotive and construction, all the way to general engineering.

Greater flexibility in production, improved productivity, and the development of new business models are all realities today thanks to digitization. The future of industries is brimming with more potential – cutting-edge technologies will open doors for new possibilities in both discrete and process industries, to help fulfill the individual requirements of customers.

As smart machines keep growing smarter as they gain access to a wider network of data, factories will ultimately become efficient to the point of absolute productivity. The power of Industry 4.0 lies in its ability to integrate networks of machines towards specific goals, redefining optimization of resources for enterprises in the process.

Industry 4.0 continues to evolve, and we may not see the entire picture until we reach the next stage; nevertheless, enterprises that are embracing its new technologies are seeing immense benefits. At the same time, they are grappling with the question of how to transform their workforce to leverage new opportunities presented by Industry 4.0.

MTC is your reliable e-learning partner for Industry 4.0 – we are committed to facilitating industry-relevant training for institutions and enterprises, offering end users an interactive E-Learning platform.

Employees are empowered with the possibility of self-study – they can choose exciting new Industry 4.0 courses that will help them improve their work and make the best of new opportunities, all the while learning at their own pace. As thought-leaders in modern factory technologies, we bring you a range of essential course material employees to tackle today’s dynamic technological environment. Does this sound like something you could benefit from? Let us know.

E-Learning has had a massive surge in popularity in recent years, with institutions and organizations gradually grasping its transformative power. Today, a number of schools are offering online programs – and individual students greatly benefit from the opportunity to actively search until they find one that meets their needs.

Unlike traditional classroom learning opportunities, online learning environments foster additional learning experiences where learners can interact, collaborate, and take ownership of their own learning process.

Before we get into specifics, it is imperative that we define Blended Learning clearly. What does the term mean, really? Quite simply, it is an approach to education that is a skilful blend of online and traditional, classroom-based models. The presence of both teacher and student, is central to the approach, but at the same time, the student has a great deal of control over the place, path, pace, and duration of the courses.

E-Learning, as a system, lends itself quite naturally to the ‘blended learning’ methodology. It allows students to learn the basics thoroughly with the aim of increasing their productivity. How is this made possible? Through continual engagement and interactive learning – with both professors and students leveraging the advanced technical infrastructure available at their institute. The process allows students to increase the practical exposure to these technologies, optimizing their time spent at the laboratory or classroom.

These tools integrate with your LMS to synchronize setup, registration, and attendance reporting. Make sure you record each session so that you can use these recordings at a later date. This is a superb way to generate reusable training content. These videos can then be added to eLearning courses and delivered to your learners.

Blended learning also allows collaborative online program development. To ensure an effective learning experience is made available to learners, faculty members from various fields of expertise come together and frame a complete course design. The results of adopting such a system are significant:

• Consistency and quality of the course topics

• High quality and expertise knowledge imparted to the students

• Making better use of an institution’s human, intellectual & financial resources

• Feedback from the students with regard to course modification

Developing such collaborative online activities begins with understanding research methodologies and how learners process information when engaged with online. Educators in online learning environments must focus on improved instructional and pedagogical practices in order to deliver effective instructions.Quality content, a structured course design, and expertise knowledge, and interactive learning, form the pillars of successful online collaborative programs.

The Blended Learning model is learner-centric, giving students a high degree of control to manage their education – to get into a comfortable rhythm and make the best of their own learning abilities. They are provided access to a wealth of resources that they can refer to even after the completion of their program. Furthermore, research indicates that students cultivate higher levels of retention as a result of blended learning, than in the case of solely classroom-based programs.

While it takes practical experience to fully understand the true scope of blended learning; we’ve highlighted its key advantages:

• Convenience and flexibility in terms of learning style and pace, and facilitating a system of connecting with the learning community remotely.

• Enhanced learning and a holistic understanding of the subject matter.

• Improved learner engagement

• Cost-effective

• Easier tracking of progress and course completion for the learner as well as instructor.

As the pandemic continues to alter the realities and possibilities of learning, blended learning has taken on a new significance. While a few hours of face-to-face instructor interaction would be possible, this system allows both the learner and instructor to restrict it to when it is absolutely necessary.

Online engagement is optimized; the learner is given the opportunity to develop critical skills at a pace and style that suits him, while continually remaining connected with the instructor as well as the learner community. This helps them have active discussions, exchanging thoughts and feedback with each other towards improved learning and engagement.

MTC is your reliable e-learning partner – we are committed to facilitating a comprehensive platform for blended learning. As thought-leaders in modern factory technologies and advanced technological concepts, we bring you a range of essential course material that will help learners equip themselves to handle today’s dynamic technological environments.

Today, for organizations to optimize their workflows, employees must understand how to handle robotics, CNCs, Smart Factory automation, Mechtronics, IoT and other advanced manufacturing technologies, that streamline various processes. Successful implementation of robot cells is a multifaceted endeavour, requiring an in-depth study of several subjects that cover its various aspects.

These skills need to be developed organically, and it requires considerable time and effort. A strong E-learning solution should bridge this gap area in training, providing students and employees the opportunity to develop their skills in these technologies towards improved productivity and efficiency. Earning a professional certificate upon completion of a course is critical – it is the primary indicator that the employee is equipped to continually adapt and shape his knowledge as he advances.

Robots, Industry 4.0, and Smart Factory, are extremely complex systems. One has to be at ease with mechanics, electronics, mechatronics, programming, even cognition and sensing, and various other subjects, to call himself competent in the field of Advanced Manufacturing Technology. Systems thinking offers a holistic approach to analysis – one that focuses on how a system’s constituent parts relate to one another, and how systems work over time.

A strong learning solution should help the user understand how different systems work together in the context of larger systems, and should help them get reasonably acquainted with the theory behind them as well. With this foundation in place, employees are seldom in a state of uncertainty when handling new technologies, building upon their skills to quickly adapt.

To conclude, being professionally certified for upgrading your skills in Advanced Manufacturing Technologies can be immensely beneficial to your overall growth. It empowers you as both a practitioner and professional, significantly enhancing your value. This holds true across roles, responsibilities, industries, and geographies. Selecting the right authorized training service for upgrading your skills is a crucial decision to be made.

MTC is your trusted e-learning partner – we are committed to facilitating industry-relevant training for institutions and enterprises, offering end users an interactive E-Learning platform to help them upgrade their skills. Employees are empowered with the benefit of self-study – they can choose courses that are relevant to their work, and learn at their own pace and learning style.

As thought-leaders in advanced modern technologies, we bring you a range of essential course material that will help you empower yourself with the skills to handle today’s dynamic technological environment.

Transformation takes commitment, but the effect of acquiring certification for training and upgrading your skills on your professional standing is immeasurable:

Digital Twin allows you to test how the product, with all its primary and sub-assembly parts, will be built, across manufacturing processes, production lines, and automation. As far as Manufacturing Process Planning is concerned, there are three models critical to all manufacturing entities:

• Manufacturing Process Model,which provides an accurate description of how the product will be produced; simply put, it is the “how” aspect of the process.

• Production Facility Model,which provides a full digital representation of the production and assembly lines needed to manufacture the product.

• Production Facility Automation Model,which provides an accurate description of how the automation system (SCDLA, PLC, HMI, etc) will support the production system.

When utilized to its complete potential in manufacturing, digital twin offers the unique possibility of virtually simulating, validating, and optimizing the entire production system across the above-mentioned models.

Within the digital twin model, logistical aspects can also be incorporated. The digital twin of the in-process logistics systems can help planning teams design an effective sideline logistics solution to ensure the production lines run smoothly. The automated guided vehicles, the racks, the box, and the conveyors, are all potentially a part of the production system’s digital twin, integrated into a single system as the ‘Smart factory.’

Enter MTC’s Smart factory, where everything is connected and manufacturing processes are seamlessly streamlined. 

Our system covers the following areas:

• Digital Twin Product with Product Manufacturing

• Digital Twin Production with an Integrated Manufacturing System

• Digital Twin Performance with an Industrial IoT system

At MTC, we are dedicated to industry-relevant training for enterprises and institutions, offering users access to over 30 courses with rich digital content on Robotics, AMT, CNCs, Mechatronics, and Smart Factory Automation.

As experts in modern factory technologies, we bring you essential course material that will help empower you, your employees or your students to deal with today’s dynamic technological environment.

Check out our extensive Digital Library catalog: https://mtabtechnology.com/digital-library/