Conference Description
Key Takeaways
- Annual IEEE conference focused on factory automation, cyber-physical systems and intelligent manufacturing technologies
- Covers artificial intelligence, robotics, digital twins, industrial IoT and embedded systems integration
- Designed for researchers, automation engineers, control systems specialists and manufacturing technology leaders
- Addresses Industry 4.0 and Industry 5.0 implementation challenges across production environments
- Takes place 8–11 September 2026 in Västerås, Sweden
Introduction
The 31st IEEE International Conference on Emerging Technologies and Factory Automation (ETFA 2026) convenes researchers, engineers and industry professionals working at the intersection of automation technology and intelligent manufacturing. Sponsored by the IEEE Industrial Electronics Society, the conference provides a platform for presenting peer-reviewed research, examining implementation challenges and exploring the trajectory of industrial digitalisation. As manufacturers worldwide accelerate adoption of artificial intelligence, autonomous systems and connected production infrastructure, ETFA 2026 arrives at a moment when the theoretical foundations of smart manufacturing are increasingly being tested against operational realities.
About This Event
Now in its thirty-first year, ETFA has established itself as a significant venue for advancing the science and engineering of factory automation. The 2026 edition takes place in Västerås, Sweden, a city with deep roots in industrial technology and engineering innovation. The four-day programme combines technical paper presentations, special sessions, hands-on workshops and an industry forum designed to facilitate dialogue between academic researchers and practitioners deploying these technologies in production environments.
The conference structure reflects the multidisciplinary nature of modern industrial automation, where advances in one domain—whether machine learning, sensor technology or network architecture—frequently depend on parallel developments elsewhere. This integrated approach distinguishes ETFA from more narrowly focused technical symposia.
Technical Focus Areas
The programme spans the full technology stack required for intelligent manufacturing systems. Core tracks address information technology in automation, examining how enterprise software architectures connect with shop-floor control systems. Industrial communication technologies receive dedicated attention, reflecting the critical role that deterministic networking plays in coordinating distributed automation equipment.
Real-time and networked embedded systems form another substantial thread, covering the computational platforms that execute control algorithms with the timing precision that manufacturing processes demand. These systems increasingly incorporate artificial intelligence for cyber-physical systems, enabling adaptive control strategies that respond to changing production conditions without human intervention.
The robotics and vision track explores intelligent robots, computer vision applications and human-machine interaction paradigms. As collaborative robots become more prevalent in mixed human-automated environments, the interfaces between human workers and autonomous systems present both technical and ergonomic challenges that the conference addresses through dedicated sessions on human factors in automation.
Sensor networks and intelligent sensing technologies underpin the data acquisition layer that feeds higher-level analytics and control systems. The conference examines how advances in sensor miniaturisation, edge computing and wireless protocols are reshaping the economics and capabilities of industrial monitoring.
Industry 4.0 and the Transition to Industry 5.0
Special sessions and workshops extend the technical programme into emerging areas including sustainable AI, hybrid artificial intelligence approaches and software engineering practices for production systems. The inclusion of both Industry 4.0 and Industry 5.0 topics reflects the evolving discourse around industrial digitalisation. While Industry 4.0 emphasised connectivity, data exchange and automation, Industry 5.0 introduces considerations around human-centricity, sustainability and resilience that are reshaping how manufacturers evaluate technology investments.
Digital twin technology, vehicular embedded systems and cyber-physical integration also feature prominently, acknowledging that factory automation increasingly extends beyond traditional manufacturing facilities into logistics, energy systems and mobile platforms.
Who Should Attend
ETFA 2026 serves professionals across the research-to-deployment spectrum. Academic researchers and doctoral students benefit from exposure to industrial implementation challenges that can inform future research directions. R&D engineers and automation specialists gain insight into emerging techniques before they reach commercial maturity. Technology managers and executives responsible for manufacturing strategy can assess which developments warrant near-term investment and which remain further from practical deployment.
The conference is particularly relevant for those working on the integration challenges that arise when combining technologies from different vendors and generations—a persistent obstacle in brownfield manufacturing environments where legacy equipment must coexist with modern automation infrastructure.
Bridging Research and Industrial Practice
A distinguishing characteristic of ETFA is its explicit focus on connecting academic research with industrial application. The industry forum provides a venue where technology providers and manufacturing organisations can engage directly with researchers, potentially accelerating the translation of laboratory results into deployed systems. This emphasis on practical relevance helps ensure that the conference programme addresses not only what is technically possible but what is operationally viable in demanding production environments.