Fundamentals of Materials Joining and Processing

The educational course “Fundamentals of Materials Joining and Processing” aims to cultivate a comprehensive understanding of the core concepts and technologies involved in welding, joining, and processing materials. Its overarching goal is to prepare trainees for careers in knowledge-intensive industries and research institutions, empowering them to apply their expertise to a range of practical tasks and contribute to the advancement of new methods and technologies. These areas encompass materials joining and processing, additive manufacturing, reliability analysis, and the assessment of critical structures.

Moreover, the course is designed to foster a culture of safety and quality within industrial production by emphasizing the importance of safe practices, quality control, and continuous improvement among trainees.

Aligned with professional training in materials science and technology, the course equips participants with:

– A deep understanding of the physical, physico-chemical, metallurgical, and mechanical processes that underpin the bonding and quality of diverse materials.

– Knowledge of new and advanced technologies, advanced manufacturing and applications of deep tech in materials joining and processing

– Knowledge of various technological methods for welding and joining, including the nuances of joining materials from different classes such as metals, composites, and ceramics.
– Awareness of safety measures and environmental considerations inherent in materials joining processes.
– Insight into the application of welding, joining, and related technologies across industries like construction, aerospace, and automotive sectors.
– Proficiency in conducting basic calculations to analyze joining processes and evaluate the quality and reliability of joints.

The interdisciplinary nature of the course fosters connections between principles from materials science, mechanics of materials, thermodynamics, hydrodynamics, physical chemistry, and the technologies of materials joining and processing. It also enables trainees to analyze the quality and reliability of components and structures.