This major focuses on studying the structure, properties, and performance of materials (metals, polymers, ceramics, nanomaterials...) by linking their atomic structure to their mechanical, thermal, and electrical behaviors. The goal is to develop and improve materials used in key industries such as electronics, construction, aviation, medicine, and energy.
⭐ Advantages of Studying This Major
✅ Interdisciplinary field combining physics, chemistry, and engineering
✅ Crucial to industrial and technological innovation
✅ Broad career opportunities in high-demand sectors
✅ Hands-on and application-based learning
✅ Key to future industries like renewable energy and nanotechnology
📚 Core Courses
🔹 Materials Chemistry
🔹 Solid State Physics
🔹 Nanomaterials
🔹 Polymers and Composites
🔹 Metallurgy
🔹 Mechanical, Electrical, and Thermal Properties of Materials
🔹 Materials Processing and Manufacturing
🔹 Microstructural Analysis
💼 Career Fields
✅ Engineering and electronics industries
✅ Renewable and traditional energy companies
✅ Aerospace and automotive industries
✅ Research labs and industrial R&D
✅ Biomedical sector and prosthetics manufacturing
✅ Smart materials design and development
✅ Construction and metal industries
✅ Academic and scientific research
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