From Metals
to Smart Materials.

Think about it — the Bronze Age, the Iron Age, the Silicon Age. The major eras of civilisation have always followed on the heels of new materials. What's next? Ask a Materials Science Engineer. Materials are key to the next generation of energy and defence technologies, medicine, transportation and computers. Our work forms the foundation of all engineering. What does it take to build quantum computers? Stronger yet lighter vehicles? Bio-chips to catch cancer cells? The engineering challenges we face demand stronger, lighter, smarter materials — at less development time and lower cost than current approaches allow.

Metallurgical and Materials Engineering breaks through the bottleneck between today's challenges and tomorrow's solutions. We learn to understand, control, and change how the world works. At Amal Jyothi, we're training the next generation of Metallurgical and Materials Engineers to work with industry, entrepreneurs, engineers and scientists. Together, we'll tackle the materials of the future.

We're probably one of the most collaborative departments — we're needed in every other engineering discipline in one way or another. We've got one foot inside the door of every industrial sector. You can be a physicist, a chemist, a biologist, and an engineer at the same time. We are a one-stop-shop. If you love science and you want to make the world a better place, the Department of Metallurgical and Materials Engineering welcomes you to get inspired.

Choose Your Learning Pathway