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International Conference on Data Science in Additive Manufacturing

📅 14–15 May 2027 📍 Addis Ababa, Ethiopia 👤 Standard / Listener

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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 development and application of predictive modeling techniques in additive manufacturing processes. Researchers will present methodologies that enhance the accuracy of predictions related to production outcomes and material performance.

This session will explore the integration of machine learning techniques in quality control for additive manufacturing. Papers will discuss algorithms that detect defects and ensure product consistency through data-driven insights.

This track will delve into the use of anomaly detection methods to identify irregularities in 3D printing operations. Contributions will highlight innovative approaches to enhance process reliability and product quality.

This session will cover advanced feature extraction techniques for analyzing sensor data in additive manufacturing environments. Participants will share insights on how to derive meaningful features that improve predictive modeling and process optimization.

This track will investigate the application of deep learning models to predict material properties in additive manufacturing. Researchers will present case studies that demonstrate the effectiveness of these models in enhancing material selection and performance.

This session will focus on unsupervised learning techniques aimed at optimizing additive manufacturing processes. Papers will discuss clustering, dimensionality reduction, and other methods that reveal hidden patterns in manufacturing data.

This track will explore the principles of data-driven design in the context of additive manufacturing. Contributions will emphasize how data analytics can inform design decisions and lead to innovative product development.

This session will examine the role of Industrial IoT in enhancing data analytics capabilities within additive manufacturing. Papers will discuss the integration of IoT technologies and their impact on production efficiency and real-time monitoring.

This track will address the challenges of model evaluation and validation in the context of data science applications in additive manufacturing. Researchers will present methodologies for assessing model performance and ensuring reliability in predictions.

This session will focus on the development of predictive maintenance strategies to enhance the reliability of additive manufacturing systems. Contributions will explore data-driven approaches that minimize downtime and optimize maintenance schedules.

This track will delve into the importance of feature engineering in improving production efficiency in additive manufacturing. Participants will share innovative techniques for transforming raw data into actionable insights that drive operational improvements.