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Beyond Smart Sustainable Manufacturing – BSSM

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Beyond Smart Sustainable Manufacturing Training

The factory of the future has arrived, and the research and implementations of Beyond Smart Cities are at the forefront of facilitating this transformation. In our introductory course, you will learn how smart sustainable manufacturing, sustainability issues, an integrated approach, Industry 4.0, and sustainability considerations can create a smart big corporations of any size.

The intersection of contemporary data science methods and artificial intelligence to create the factory of the future is what we mean when we talk about smart manufacturing. Increasing productivity while simultaneously removing bottlenecks from a production system is the goal of smart manufacturing.

It is distinguished by a highly connected, knowledge-enabled industrial company in which all organizations and operational systems are integrated, which ultimately results in increased levels of productivity, sustainability, and economic performance.

This online program combines cutting-edge technologies such as Industry 4.0, sustainability, and environmental considerations in order to comprehend the current transformation of the manufacturing industry.

Krishnaji Pawar, the CEO and founder of Beyond Smart Cities, is in charge of creating the Beyond Smart Sustainable Manufacturing – BSSM training  course.

Specialises in developing sustainable design strategies for Green Building Certification Systems (LEED, GSAS, ACP, ISO 14001:2015, etc.), Energy Management, Energy Efficiency, Energy Audit, Building Commissioning, Environmental Impact Assessment, and Environmental Management Systems.

Learn from Beyond Smart Cities is an ed-tech company that collaborates with institutions to manage enrollments (including all payment services and invoicing), technology, and participant support.

Beyond Smart Cities relies heavily on environmentally responsible production methods. When it comes to sustainability engineering, we take a novel approach. In contrast to those who wait for issues to arise before attempting to fix them, this community is concerned with avoiding them altogether via measures like recycling and composting. This is achieved through emphasizing environmental, social, and economic sustainability.

Sustainable and smart manufacturing, the circular economy, green manufacturing planning, the social sustainability of manufacturing, and the effects of manufacturing on sustainability are all areas worthy of study.

A more adaptable and productive industrial foundation is being created as a result of “smart manufacturing,” which refers to the use of developing and emerging technologies for the purpose of improving the effectiveness of conventional manufacturing processes.

Learning Objectives:

  • What is smart, sustainable manufacturing?
  • What are the sustainability issues?
  • Benefits of Sustainable Manufacturing
  • An Integrated Approach
  • Industry 4.0 and Sustainability Aspects
  • Challenges associated with sustainable manufacturing
  • Explore with expert learning facilitators how concepts can be applied to your organization.
  • Explore how smart manufacturing principles have had a real impact on the environment.
  • Share resources, engage in online discussions, and participate in live webinars with peers from around the world.
The nature of this program is rather technical; yet, the content is quite approachable for individuals who are new to the principles of smart manufacturing, while also being beneficial for those who already have some expertise with these concepts. This program does not need any prior experience or education to participate.

This curriculum has no prerequisite requirements. It is intended for:

  • Operative plant supervisors in manufacturing
  • Design and manufacturing engineers interested in data and modeling in the manufacturing environment.
  • Data scientists interested in applying their skills to the expanding field of intelligent manufacturing
  • Consultants who wish to contribute value to the latest manufacturing technology transformations
  • Functional and cross-functional teams are encouraged to attend together in order to expedite the adoption of smart manufacturing.

Beyond Smart Cities offers manufacturers access to extensive analytical tools and established databases to create strategic solutions for sustainable manufacturing. These tools combine life-cycle assessment and supply chain optimization with material and process analysis to appropriately balance factors including greenhouse gas emissions, energy and water consumption, waste outputs and associated costs.

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Smart Cities and the Internet of Things

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Smart Cities and the Internet of Things

This course will teach you how IOT technologies can help smart cities improve infrastructure and make life easier. I’ll define IOT technology to answer this question. I’ll then discuss IOT technology and how it helps smart cities flourish in design, farming, safety and surveillance, and health and sanitation.

We will forecast how the Internet of Things (IOT) can lessen urban population pressures and challenges in particular areas. We’ll also examine IOT environmental impacts. In the final section,” I recommend long-term frameworks for IOT technology and its faults. This course concludes with the effects of employing IOT technology to improve city infrastructure and overcrowding.

Beyond Smart Cities is the world’s first marketplace for green technology. It connects millions of sustainability experts, green building experts, energy experts, commissioning experts, health and safety experts, fire safety experts, climate change experts, and green product and technology manufacturers with independent talent from all over the world.

Krishnaji Pawar, the CEO and founder of Beyond Smart Cities, is in charge of creating the Smart Cities and the Internet of Things  training  course.

Specialises in developing sustainable design strategies for Green Building Certification Systems (LEED, GSAS, ACP, ISO 14001:2015, etc.), Energy Management, Energy Efficiency, Energy Audit, Building Commissioning, Environmental Impact Assessment, and Environmental Management Systems.

The training is meant to help people learn more about IoT technologies and how they can be used in smart cities. The program will talk about different parts of the IoT ecosystem, such as basic communication technologies, IoT applications, planning for everywhere connectivity, and how important it is to build a horizontal common service layer for smart city applications.

This will also talk about smart governance and services for citizens, use cases for smart cities, security, privacy, and regulatory issues with IoT-based applications, such as data analytics, and other related topics.

Learning Objectives 

  • What exactly is meant by the term “Internet of Things” (IoT)?
  • Explain the concept of a smart city.
  • The Internet of Things and Its Impact on Smart Cities
  • Internet of Things Uses in Smart Cities
  • The Functional Capabilities of the Internet of Things Produce Smart Cities
  • IoT Technological Solutions to Decrease and Ease the Strains Placed on Cities Due to Their Larger Populations
  • Implications for Long-Term Sustainability
  • Putting Sustainable Frameworks to Use and Identifying IOT Flaws

It can help readers see how sustainability can be improved by using technology, environmental science, engineering, and social science in urban planning and development. With a cross-disciplinary approach, Internet of Things technology can help ease and solve the world’s growing problems.

The Internet of Things (IoT) will be able to connect a large number of different and heterogeneous end systems in a transparent and seamless way. It will also give open access to subsets of data that can be used to build a wide range of digital services. Because of this, it is very hard to make a general architecture for the Internet of Things.

This is mostly because a system like this could have a very large number of devices, link layer technologies, and services. In this course, we focus on a certain kind of Internet of Things system: one that is used in a city. Even though this is still a very broad category, it is defined by its specific application domain.

In fact, urban IoTs are made to help with the Smart City vision, which wants to use the most advanced communication technologies to help the city government and its citizens get better services. So, this online course gives a complete look at the technologies, protocols, and architecture that make an urban IoT possible. The training course will also show and talk about the technical solutions and best practises that will be used in the upcoming smart city initiative.

In reality, the number of open and standardised protocols is far fewer than the variety of design alternatives for IoT systems, which is very large. The supporting technologies, meanwhile, have achieved a degree of maturity that enables for the actual implementation of IoT solutions and services, beginning with field trials that will hopefully help remove the confusion that currently inhibits a broad adoption of the IoT paradigm.