Sustainability Analysis using Power BI

Adding value with our service portfolio

Adding value with our service portfolio

ABOUT THE COURSE 

The engineering and manufacturing sectors play a critical role in shaping our modern world, but they are also significant contributors to environmental degradation and resource depletion. As concerns about climate change, environmental pollution, and social responsibility continue to rise, there is an increasing need for these sectors to adopt sustainable practices that minimise their negative impacts on the environment and society. In this context, leveraging data analytics and visualisation tools like Power BI can be instrumental in driving sustainability initiatives in the engineering and manufacturing sectors.

According to the United Nations, industrial production accounts for 25% of global greenhouse gas emissions, with manufacturing alone accounting for approximately 21% of global CO2 emissions. In addition, producing and consuming goods result in significant waste generation, pollution, and resource depletion. These negative environmental impacts, combined with the increasing scrutiny from consumers, investors, and regulators, make sustainability a pressing issue for the engineering and manufacturing sectors.

Moreover, sustainability is not just about environmental concerns. It also encompasses social and economic aspects, such as fair labour practices, supply chain transparency, and community engagement. Many organisations realise that sustainability is a moral imperative and a strategic business opportunity. Companies prioritising sustainability are more likely to attract and retain customers, enhance their brand reputation, reduce risks, and achieve long-term profitability and resilience in a changing business landscape.

Power BI, as a powerful data analytics and visualisation tool, can play a crucial role in supporting sustainability initiatives in the engineering and manufacturing sectors. By leveraging Power BI, professionals in these sectors can gain valuable insights from their sustainability data, identify areas of improvement, and make data-driven decisions to drive sustainable practices.

This course will provide professionals in the engineering and manufacturing sectors with a comprehensive understanding of sustainability concepts and how to utilise Power BI for data analysis and reporting to support sustainability initiatives.

Duration: 2 Days

Language: English

 

WHAT WILL YOU LEARN FROM THE COURSE?

At the end of the course, participants will be able to:

  • Understand the concept of sustainability in the engineering and manufacturing sectors, including the environmental, social, and economic aspects.
  • Gain proficiency in using Power BI for data analysis and reporting in sustainability, including data cleaning, transformation, and advanced analysis techniques.
  • Acquire skills to design effective visualisations and reports in Power BI for sustainability reporting.
  • Identify areas of improvement and make data-driven decisions to drive sustainable practices in engineering and manufacturing operations.
  • Apply sustainability principles to analyse and interpret sustainability data and translate insights into actionable recommendations for sustainable decision-making
  • Collaborate with stakeholders to integrate sustainability considerations into the decision-making process, using Power BI as a communication and reporting tool.
Topics to be covered in this course include:

 

  • 1: Introduction to Sustainability and the Need for Data Analytics

    This module provides an overview of sustainability concepts in the engineering and manufacturing sectors. It covers sustainability's environmental, social, and economic aspects, including the need for sustainability in these sectors, backed by facts, statistics, and real-world examples. Participants will gain an understanding of the global sustainability challenges and opportunities and how the engineering and manufacturing sectors can contribute to a more sustainable future.

    • Understanding the urgent need for sustainability in the engineering and manufacturing sectors
    • Examining the environmental, economic, and social impacts of engineering and manufacturing processes
    • Exploring the global and local sustainability challenges faced by these sectors
    • Reviewing relevant regulations, standards, and frameworks related to sustainability in the engineering and manufacturing industries
    • Where does Data Analytics fit into sustainability?
  • 2: Introduction to PowerBI
    • Overview of Power BI as a powerful data analytics and visualisation tool
    • Understanding the benefits of using Power BI for sustainability analysis in engineering and manufacturing sectors
    • Learning the basics of Power BI, including the interface, navigation, and data connections
  • Business Use Case 1: Energy Efficiency Tracking

    Energy efficiency tracking enables organisations to monitor, analyse, and optimise their energy consumption patterns, identify areas of improvement, and implement effective strategies to reduce energy waste, lower costs, and minimise environmental impact. 

    In our first business case, we use PowerBI to analyse and track energy usage across different business units. This can further help the business take data-informed decisions in their sustainability efforts. Modules 3-5 will walk through various features of PowerBI and how it can help in effective data visualisation.

     

  • 3: Data Cleaning and Transformation in PowerBI
    • Understanding the business data and identifying key metrics and KPIs
    • Understanding the importance of data quality and integrity in analysis
    • Using Power BI tools for data cleaning, shaping, and transformation to ensure reliable results
    • Applying data modeling techniques in Power BI to structure and optimise data
  • 4: Data Visualisation and Reporting in PowerBI

    This module focuses on designing effective visualisations and reports in Power BI for reporting. Participants will learn best practices for designing visualisations that effectively communicate data, including selecting appropriate chart types, applying data visualisation principles, and creating interactive and dynamic reports. 

    • Designing effective and impactful visualisations in Power BI
    • Formatting our visualisations to improve its effectiveness
    • Creating interactive and dynamic reports
    • Performing advanced analytics operations to obtain deeper insights
      • Using DAX Functions
      • Drill Through Features
  • 5: Data Storytelling and Stakeholder Communication

    Participants will learn how to tell a data-driven story for our first business case in Power BI. They will learn how to use storytelling techniques to make their data come alive, engage their audience, and communicate their message effectively. 

    • Understanding data storytelling and its elements
    • How to create a data-driven story?
    • Incorporating storytelling techniques in sustainability reporting using Power BI to engage stakeholders
    • Sharing and distributing Power BI reports and dashboards for collaborative decision-making in sustainability initiatives

     

  • 6: Best Practices and Further Case Studies
    • Reviewing real-world case studies of successful sustainability analysis and reporting using Power BI
    • Discussing best practices for sustainability data analysis and reporting using Power BI, including data governance, data security, and data privacy
    • Identifying challenges and limitations in using Power BI for sustainability analysis and discussing potential solutions
    • Exploring future trends and emerging technologies in sustainability analysis and reporting in the engineering and manufacturing sectors

     

  • Business Use Case 2: Carbon Footprint Analysis

    Carbon footprint analysis is crucial for understanding and managing an organisation's environmental impact, setting emission reduction targets, and implementing sustainability initiatives. It provides organisations with valuable insights into their carbon emissions, helps identify areas for improvement, and guides the development of strategies to reduce emissions, optimise resource usage, and transition towards a low-carbon economy. Moreover, carbon footprint analysis is increasingly required for regulatory compliance, green certifications, and sustainability reporting, making it an essential tool for organisations committed to sustainable business practices and mitigating climate change.

  • 7: Hackathon

    Participants will use the data and instructions provided and build an interactive dashboard to analyse carbon footprint and take key crucial decisions based on the dashboard created.

 

WHAT IS THE COURSE METHODOLOGY?

Participants will learn through lectures, case studies, group exercises, hands-on exercises and discussions. The course will be conducted in face-to-face or virtual format with a duration of 16 hours. 

WHO SHOULD TAKE THE COURSE? 

This course is specially designed for:

  • Any industry wanting to incorporate Business Analytics into their processes
  • C-Level, Directors, Managers, Senior Staff and Business Analysts can attend this course 

Pre-requisites:

  • No prior Power BI experience is required to take this course
  • Participants should have a basic understanding of charts and graphs.
  • Participants are encouraged to know intermediate Excel or Business Intelligence
  • Participants are encouraged to understand the importance of sustainability

WHO IS THE COURSE ADVISOR?

The course content and structure are designed by the domain experts from TÜV SÜD.

With immense experience and knowledge in the relevant standards, our team of product specialists and technical experts at TÜV SÜD, developed the course content based on current business landscape and market requirements.

  • What are the benefits of enrolling in this course?
    • Participants will gain a comprehensive understanding of sustainability in the engineering and manufacturing sectors, encompassing environmental, social, and economic dimensions.
    • Through hands-on experience and practical exercises, participants will develop proficiency in using Power BI for data analysis and reporting. They will learn essential skills such as data cleaning, transformation, and advanced analysis techniques, empowering them to analyse sustainability data and extract meaningful insights effectively.
    • The course equips participants with skills to design compelling visualisations and reports tailored for sustainability reporting. By leveraging Power BI's capabilities, participants will be able to present complex sustainability data clearly, concisely, and visually engagingly, facilitating effective communication with stakeholders.
    • Participants will be able to identify areas for improvement within engineering and manufacturing operations by analysing sustainability data.
    • The course emphasises the importance of collaboration with stakeholders and integrating sustainability considerations into the decision-making process. Participants will learn to use Power BI as a communication and reporting tool to engage stakeholders effectively. This skill set will enable them to foster collaboration, build consensus, and facilitate the integration of sustainability principles into organisational practices, thereby creating a positive impact.

 

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