In addition to the competences for Graduates from Ain Shams University and all Engineering Programs, the Digital Manufacturing and Materials Engineering Program graduate must be able to:
Apply foundational and advanced principles of mathematics, physics, chemistry, and engineering sciences to solve problems in materials and manufacturing contexts.
Understand and analyse the relationships between material structure, processing, and properties (e.g., in metals, polymers, and composites) and their impact on product design, performance, and failure.
Model, design, and analyse components and systems using tools such as Finite Element Analysis (FEA), CAD, and numerical simulation, with applications in machine design, prototyping, and manufacturing.
Design, select, and test engineering materials through coursework in metallurgy, heat treatment, and material testing.
Plan and implement various material processing and manufacturing technologies, including metal forming, machining, lean manufacturing, and digital manufacturing systems, to optimize performance and sustainability.
Apply quality management and control principles such as Six Sigma, ISO standards, and statistical quality control in manufacturing environments.
Understand the principles of production engineering and operations management to manage and improve manufacturing systems.
Conduct independent and team-based projects demonstrating skills in experimentation, reporting, and critical analysis of materials and manufacturing challenges.
Use modern tools and software in digital manufacturing and communication, including computer programming, CAD/CAM, and data visualization tools, aligned with Industry 4.0 technologies.
Demonstrate awareness of environmental and social responsibilities, engineering ethics, sustainability, and commitment to lifelong learning in both academic and industrial settings.