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International Conference on Electrical Automation and Robotics Engineering

📅 27–28 Feb 2027 📍 Sikasso, Mali 👤 Standard / Listener

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$150

virtual · $150 in person

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest innovations in electrical automation technologies, emphasizing their applications in various industries. Participants will explore case studies and research that highlight the impact of automation on operational efficiency and productivity.

This session will delve into the integration of robotics within industrial settings, showcasing advancements in robotic systems and their contributions to automation. Discussions will include the challenges and solutions associated with deploying robotic technologies in manufacturing processes.

This track addresses the design and implementation of control systems in electrical and electronic engineering. Participants will examine novel control strategies and their effectiveness in enhancing system performance and reliability.

This session will explore the role of power electronics in energy management systems, focusing on their applications in renewable energy integration and grid stability. Research on innovative power conversion techniques and energy optimization strategies will be presented.

This track will cover the development and implementation of smart grid technologies aimed at optimizing energy distribution and consumption. Participants will discuss the challenges of integrating renewable energy sources and enhancing grid resilience.

This session focuses on the role of embedded systems in the development of advanced robotic applications. Discussions will include design methodologies, real-time processing, and the impact of embedded technologies on robotic performance.

This track emphasizes the importance of computational modeling techniques in solving complex problems in electrical engineering. Participants will share insights on simulation tools and their applications in system design and analysis.

This session will explore innovative predictive maintenance strategies that leverage data analytics and machine learning to enhance system reliability. Case studies will illustrate the effectiveness of these strategies in reducing downtime and maintenance costs.

This track will examine the latest advancements in energy conversion technologies, including their applications in renewable energy systems. Participants will discuss performance analysis and optimization techniques for improving energy conversion efficiency.

This session will focus on the integration of robotics within mechanical systems, highlighting the synergies between these fields. Research will cover design principles, challenges, and the potential for enhanced system functionality through integration.

This track will address the critical role of energy storage solutions in achieving sustainable engineering practices. Participants will discuss emerging technologies and their implications for energy efficiency and grid reliability.