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Hello Sismanity!
In this topic we will discuss topics related to the role of manufacturing systems in the industrial world. Do you know that?
“Companies are now looking for engineers who can not only increase output, but also reduce carbon footprint and energy consumption”.
In recent years, the term “sustainable manufacturing” has increasingly emerged in global industrial discussions. Companies are no longer just talking about productivity and profits, but also about environmental impact, energy efficiency, and social responsibility. This transformation is not a passing trend, but rather a concrete response to regulatory pressures, consumer expectations, and the need for long-term efficiency [1].
Amidst these changes, a systems approach is key. And this is what is studied in depth in the Industrial Engineering Manufacturing Systems Laboratory of ITS, where students understand how production systems can be designed to be not only efficient but also sustainable.
Many countries are beginning to implement stricter regulations on carbon emissions, energy efficiency, and industrial waste management. Standards such as ISO 14001 on environmental management systems encourage companies to integrate sustainability aspects into their operational systems [2]. This means that manufacturing can no longer operate with outdated approaches that waste energy and resources.
In this context, sustainable manufacturing is not an option, but rather a strategic necessity for companies. Therefore, learning about sustainable manufacturing will undoubtedly be useful in the workplace.
Sustainable manufacturing is often associated with additional costs. However, in many cases, it actually results in cost efficiencies. Reducing material waste, optimizing energy, and improving processes can significantly reduce operational costs [3].
In the Manufacturing Systems Laboratory, concepts such as lean manufacturing and waste reduction form an important foundation. Students learn that waste reduction is not just about efficiency, but also part of a sustainability strategy.
Today’s generation of consumers is more aware of the environmental impact of the products they use. Investors are also starting to consider Environmental, Social, and Governance (ESG) aspects in their decision-making [1]. Companies that fail to adapt risk losing their competitive edge.
This makes sustainable manufacturing an integral part of business strategy, not just an additional division, but a future necessity for companies.
Not only that, sismanity! Digital transformation in industry opens up significant opportunities for improving sustainability. Sensors, data analytics, and monitoring systems enable companies to control energy consumption and machine performance in real-time [4]. Digitalization helps manufacturing become more precise and reduce waste.
In the Manufacturing Systems Laboratory, students are introduced to a modern production system approach that integrates efficiency, technology, and data-driven analysis. This approach is highly relevant for building adaptive and sustainable manufacturing systems.
Today’s companies are judged not only by financial profits, but also by their contributions to the environment and society. Sustainable manufacturing helps companies build a positive reputation while minimizing long-term risks [1].
The systems approach taught in the Manufacturing Systems Laboratory emphasizes that sustainability should be designed into the production system from the outset, not added on as a stopgap measure.
Limited natural resources and climate change are forcing industry to think long-term. Sustainable manufacturing is a solution to maintain a balance between production needs and environmental sustainability [3].
Students who understand manufacturing systems holistically play a crucial role in designing future industries. Through analytical approaches, process optimization, and efficient production system design, the Manufacturing Systems Laboratory contributes to shaping the mindset of engineers who focus not only on output but also on impact.
Sustainable manufacturing isn’t just a trend, but a fundamental transformation in how industry operates. Global regulations, market pressures, digitalization, and efficiency demands make this approach increasingly relevant. In an educational context, the ITS Industrial Engineering Manufacturing Systems Laboratory is a strategic space for equipping students with an understanding of production systems that are not only productive but also sustainable. So, come on, sismanity! After this, you’ll understand the importance of learning and understanding sustainable manufacturing as a way to determine a company’s future survival!
[1] World Economic Forum, “Why sustainable manufacturing matters,” https://www.weforum.org/
[2] International Organization for Standardization (ISO), ISO 14001 Environmental Management Systems, https://www.iso.org/iso-14001-environmental-management.html
[3] United Nations Industrial Development Organization (UNIDO), Sustainable Manufacturing Framework, https://www.unido.org/
[4] McKinsey & Company, “Industry 4.0 and sustainability in manufacturing,” https://www.mckinsey.com/
Author: Mohammad Hilmi Hidayatullah
Editor: Brian Arga Prasidio Putra
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