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CIRP General Assembly: Where Production Engineering Meets Global Research

The CIRP General Assembly is an annual international event widely recognized as one of the leading conferences dedicated to production engineering. Organized by CIRP, the International Academy for Production Engineering, the meeting brings together around 700 leading researchers and specialists from across the world. Its importance extends beyond the presentation of academic research: the assembly provides a platform for discussing the technologies, methods, and challenges that are shaping the future of manufacturing. The 71st General Assembly is organized by Ideko, Tekniker, Mondragon Unibertsitatea, and the University of Zaragoza, bringing together several important institutions with strong connections to engineering, research, and industrial innovation.

The scale of the event reflects the international nature of modern production engineering. Manufacturing is no longer a field that can be considered separately within national borders. New production technologies, automation systems, advanced materials, digital tools, and increasingly connected factories are influencing companies and research institutions around the world. A conference that gathers specialists from different countries therefore offers something that individual laboratories or organizations cannot easily reproduce: the opportunity to compare approaches, share research findings, and identify common challenges.

Why the CIRP General Assembly matters to production engineering

Production engineering sits at the intersection of science, technology, and industry. Researchers working in this field are concerned not only with how products are manufactured but also with how production systems can become more precise, efficient, flexible, sustainable, and reliable. Developments in one area can have consequences across the entire manufacturing process. A new machining technology, for example, may influence productivity, material use, energy consumption, product quality, and the skills required from workers.

The CIRP General Assembly provides a dedicated environment for examining these developments in depth. Because participants come from a wide range of research backgrounds, the discussions can connect subjects that might otherwise remain separate. A specialist in manufacturing processes can exchange ideas with a researcher studying robotics, digitalization, materials, or production systems. Such interaction is particularly valuable at a time when industrial innovation increasingly depends on combining technologies rather than improving them in isolation.

The conference also strengthens the connection between academic research and practical manufacturing. Production engineering research ultimately has to address real industrial requirements. Companies need technologies that can be implemented, scaled, maintained, and justified economically. Researchers, meanwhile, benefit from understanding the challenges faced by manufacturers outside the laboratory.

The assembly therefore serves several important purposes:

Scientific exchange between leading international researchers and engineering specialists.
Presentation of new research in production engineering and related disciplines.
Discussion of industrial challenges and possible technological solutions.
International networking between universities, research organizations, and industry.
Development of future collaborations across institutions and national borders.

The 71st General Assembly and its international organization

The 71st General Assembly represents the continuing international character of the academy. Its organization involves Ideko, Tekniker, Mondragon Unibertsitatea, and the University of Zaragoza, bringing together institutions with experience in engineering research, technological development, and higher education. Their involvement illustrates the collaborative nature of modern production research, where universities and technology organizations increasingly work together to address complex industrial problems.

The organization of such a large scientific meeting requires more than simply preparing a programme of presentations. An international gathering of hundreds of researchers must provide opportunities for formal scientific communication as well as informal exchange. Participants need time to discuss research, establish professional relationships, and explore areas of mutual interest. These interactions can become the foundation for future projects, publications, research partnerships, and technology development.

The international composition of the CIRP community is particularly significant. Researchers working under different educational and industrial systems may approach the same engineering challenge in different ways. Comparing these approaches can reveal new possibilities and encourage researchers to reconsider established methods. The value of the General Assembly therefore lies partly in the diversity of expertise represented by its participants.

Production engineering in an era of rapid technological change

The manufacturing sector is undergoing profound transformation. Automation, robotics, artificial intelligence, advanced sensing, digital twins, additive manufacturing, and data-driven production are changing how factories operate. At the same time, manufacturers face pressure to reduce waste, use energy more efficiently, improve flexibility, and respond more quickly to changing customer requirements.

These developments make international research collaboration increasingly important. A production system is no longer simply a collection of machines operating independently. Modern manufacturing environments are becoming interconnected ecosystems in which equipment, software, data, materials, and people interact continuously. Improving one element can require changes elsewhere, making production engineering a highly interdisciplinary field.

The CIRP General Assembly offers researchers a place to explore these relationships. Instead of looking at technology only from a theoretical perspective, participants can consider how different innovations interact within real production environments. This broader view is essential when developing manufacturing systems that need to perform reliably under demanding conditions.

From laboratory research to industrial application

One of the biggest challenges in engineering research is turning promising ideas into solutions that can work outside controlled experimental conditions. A technique may demonstrate impressive results in a laboratory but encounter difficulties when exposed to production volumes, changing materials, maintenance requirements, cost constraints, or variations in operating conditions.

International scientific meetings can help bridge this gap. Researchers can present their findings to peers who may identify limitations, suggest alternative applications, or provide practical feedback. These discussions can strengthen research before it moves toward industrial implementation.

For companies, the benefit works in the opposite direction. Researchers gain a better understanding of what industry actually needs when practitioners explain their problems and priorities. The resulting dialogue can encourage research that is not only scientifically interesting but also relevant to real manufacturing challenges.

The return to in-person participation through a hybrid format

An especially notable aspect of this edition is the decision to recover in-person participation through a hybrid format. The traditional face-to-face structure of the CIRP General Assembly remains at the centre of the event, while remote participation is also available in response to the continuing challenges associated with the COVID-19 situation.

This format reflects a broader change in the way international conferences are organized. Physical meetings provide advantages that are difficult to reproduce online. Researchers can have spontaneous conversations, meet colleagues between sessions, examine demonstrations, and develop relationships in a less formal environment. These interactions are particularly valuable for collaboration because not every useful conversation can be scheduled in advance.

At the same time, remote participation makes the event more accessible to researchers who cannot travel. International academic conferences involve significant logistical commitments, and virtual access can allow specialists to participate despite travel restrictions or other circumstances. A hybrid structure therefore combines the strengths of both approaches.

The balance between physical and remote participation can be particularly useful for an event of this scale. Participants can choose the format that best fits their circumstances while the central scientific programme retains the character of the traditional CIRP meeting.

Networking and collaboration among international researchers

With around 700 leading researchers expected to participate, networking is naturally one of the most important dimensions of the General Assembly. Academic collaboration rarely begins with a formal agreement. It often starts with a conversation about a research problem, a shared interest in a particular technology, or an observation that two different projects could complement each other.

For early-career researchers, these opportunities can be particularly valuable. Presenting work to an international audience provides feedback while also increasing visibility within the research community. Meeting established specialists can lead to mentorship, collaboration, or invitations to participate in future projects. More experienced researchers can benefit as well, particularly when they encounter emerging research areas or new approaches developed by younger colleagues.

A productive conference experience can be approached strategically. Participants may find it useful to:

Review the programme before the event and identify presentations relevant to their research.
Prepare a concise explanation of their own work so that new contacts can quickly understand their interests.
Attend sessions outside their immediate specialization to discover connections with other areas of production engineering.
Use both in-person and remote networking opportunities where appropriate.
Follow up after the conference with researchers whose work or ideas could lead to future cooperation.

Building the future of international production research

The significance of the CIRP General Assembly goes beyond a single annual meeting. The ideas discussed at the conference can influence research priorities, industrial development, and collaboration long after participants return home. Production engineering is evolving too quickly for institutions to work in isolation, and international cooperation has become an essential part of addressing complex manufacturing challenges.

The 71st General Assembly also demonstrates how scientific communities can adapt while maintaining their identity. The return to the traditional in-person format, combined with the possibility of remote participation, reflects an effort to preserve the value of personal interaction while responding to changing circumstances. It is a practical example of how established academic traditions can evolve without losing their core purpose.

For the production engineering community, this combination of continuity and adaptation is particularly appropriate. Manufacturing itself is constantly changing. Researchers are expected to develop new technologies while understanding how those technologies fit into increasingly complex industrial systems. The ability to exchange knowledge across disciplines and borders is therefore not simply beneficial; it is essential.

More than an annual scientific conference

The CIRP General Assembly has earned its reputation as a leading international gathering because it brings together a large and diverse community of researchers focused on the future of production engineering. Its strength lies in the combination of scientific quality, international participation, institutional collaboration, and opportunities for professional exchange.

The 71st edition, organized by Ideko, Tekniker, Mondragon Unibertsitatea, and the University of Zaragoza, continues this tradition while introducing a hybrid approach to participation. The physical meeting remains central to the event, preserving the personal interaction that has long been a defining feature of the CIRP community. At the same time, remote access allows researchers who cannot attend in person to remain connected to the scientific programme.

Ultimately, the General Assembly is about more than presenting research papers. It is a place where ideas are tested, knowledge is exchanged, and professional relationships are formed. As production engineering moves toward increasingly automated, connected, sustainable, and intelligent manufacturing systems, international cooperation will become even more important. By bringing hundreds of leading researchers together, the CIRP General Assembly provides a valuable forum for understanding these changes and helping shape the technologies that will define the next generation of production.

Scanautomatic Gothenburg: Scandinavia’s Premier Industrial Automation Fair

Scanautomatic, held biennially in Gothenburg every October, is one of the leading trade fairs dedicated to industrial automation in Europe. Over its three-day run, the event brings together industry professionals, engineers, and decision-makers from around the globe, offering them a comprehensive platform to explore the latest technological advancements, innovative solutions, and emerging trends in automation.

The fair is organized by the Swedish Exhibition & Congress Centre Group and takes place at the Svenska Mässan, one of Europe’s most modern and accessible exhibition venues. Its central location, coupled with advanced facilities, makes it ideal for hosting international exhibitors and visitors, while providing convenient access to Gothenburg’s city center, accommodation, and transport networks.

A Focus on Automation, Digitalization, and Innovation

A defining feature of Scanautomatic is its focus on the intersection of automation and digitalization. The fair highlights how cutting-edge technologies are transforming industrial operations, from production lines to smart factories. Key areas of emphasis include:

Artificial Intelligence (AI) for predictive maintenance, process optimization, and intelligent automation

Internet of Things (IoT) solutions for real-time monitoring and data-driven decision-making

Cloud services for enhanced connectivity, scalability, and operational efficiency

Cybersecurity strategies to safeguard industrial systems and sensitive data

This concentration on digital transformation offers visitors, particularly small and medium-sized enterprises (SMEs), the opportunity to gain actionable knowledge and integrate modern automation technologies into their operations.

Exhibitors and Interactive Experiences

Scanautomatic attracts a wide spectrum of exhibitors, ranging from technology innovators and automation system providers to robotics specialists and software developers. Participants showcase a variety of products and solutions designed to improve efficiency, safety, and competitiveness in industrial settings.

Visitors can engage in:

Live demonstrations of automated systems, robotics, and industrial software

Hands-on workshops providing technical insights and practical applications

Interactive presentations highlighting emerging trends and industry best practices

Networking opportunities to establish new partnerships and business collaborations

These features ensure that attendees leave the fair with a thorough understanding of both current solutions and future possibilities in industrial automation.

Supporting SMEs and Industry Professionals

A key objective of Scanautomatic is to provide small and medium-sized enterprises with the knowledge, tools, and access necessary to compete in a rapidly evolving industrial landscape. By connecting SMEs with global technology providers and experts, the fair empowers these businesses to adopt advanced automation technologies, improve productivity, and enhance operational resilience.

In addition to SMEs, the fair serves larger enterprises, industrial decision-makers, and technical professionals who are looking to explore innovations, benchmark solutions, and integrate digital technologies into production and process workflows.

Svenska Mässan: The Ideal Venue

The Svenska Mässan exhibition center offers state-of-the-art facilities, flexible exhibition spaces, and excellent logistical support for both exhibitors and visitors. Its central location in Gothenburg allows easy access from major transport hubs, while the city itself provides a rich mix of cultural, culinary, and leisure experiences. This combination of professional infrastructure and a vibrant urban setting enhances the overall experience of attending Scanautomatic.

Driving Industrial Automation Forward

Scanautomatic has established itself as a pivotal event for the automation industry in Scandinavia and beyond. By combining cutting-edge technology exhibitions, interactive learning opportunities, and high-level networking, it equips industry professionals with the knowledge and connections needed to advance industrial automation.

Through its emphasis on AI, IoT, cloud services, and cybersecurity, Scanautomatic Gothenburg enables attendees to understand how digitalization can transform production, increase efficiency, and create competitive advantage. The fair continues to act as a dynamic platform where innovation, expertise, and collaboration converge, shaping the future of industrial automation.