The Manufacturing, Processing and Joining research area focuses on developing innovative technologies for transforming raw materials into high-performance products through efficient, sustainable, and economically viable processes. Research in this domain supports the advancement of modern manufacturing industries and addresses challenges associated with productivity, quality, resource utilization, and environmental impact.

Faculty members investigate a wide range of manufacturing processes, including casting, forming, machining, powder metallurgy, welding, brazing, additive manufacturing, surface engineering, and advanced joining technologies. Emphasis is placed on understanding process-microstructure-property relationships to optimize material performance and product reliability.

Research activities include process modeling and simulation, process monitoring and control, defect analysis, process optimization, digital manufacturing, and intelligent manufacturing systems. Advanced computational tools and experimental methods are employed to understand material behavior during manufacturing and to develop predictive frameworks for process design.

Current research themes include additive manufacturing of metals and ceramics, friction stir welding, laser processing, advanced forming techniques, near-net-shape manufacturing, hybrid manufacturing systems, and Industry 4.0-enabled smart manufacturing. Sustainability considerations such as energy efficiency, waste reduction, recycling, and circular manufacturing are also integral components of the research.

Applications span aerospace, automotive, defense, energy, biomedical devices, and heavy engineering sectors. Collaborations with industrial partners facilitate technology development, process validation, and commercialization of innovative manufacturing solutions.

Through a combination of fundamental understanding and industrial relevance, this research area contributes to the development of advanced manufacturing technologies that enhance competitiveness, sustainability, and technological self-reliance.