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What is material science engineering?
Material science engineering is a discipline that deals with the properties of solid materials and how the structure and composition of materials determine these properties. Concepts in material science grew out of an amalgam of chemistry, metallurgy, and solid-state physics since the properties cannot be described using a single field. Apart from being applied in the manufacturing of computer microchips and structural steels, material science is used in other engineering activities such as energy conversion, aerospace, information processing, telecommunication, nuclear power, and electronics.
Material science engineering combines chemistry and physics concepts to solve real-world challenges in various engineering disciplines such as biotechnology, energy, nanotechnology, manufacturing, and information technology. To create any product, you require the right materials.
This field revolves around six major classes that differ in terms of properties, processing, performance, and structure. They include
In today’s world, material science drives many innovations in the engineering sector and scientific research in industries from medicine to aerospace. Materials engineers and scientists combine physics, mathematics, biology, and chemistry to address global problems related to the environment, society, and technology including:
- Advanced manufacturing
- Communications and Information Technology
- The environment and climate change
- Aerospace and transport
- Materials efficiency
- Renewable and sustainable energy
Is the demand for material science engineers high in the job market?
With the increased demand for sustainable products and the rapid advancements in technology, medicine, communication, and architecture, the demand for newer materials is increasing. The rising demand has fuelled the demand for material science engineers. They are involved in the research, design, and development of materials to advance various products and technology. Material engineers manage all processes of material development. They chose the raw material, create, and test the final material.
The demand for material engineers is higher industries such as
- Nuclear industry
- Armed forces and defense
- Oil and gas
- Information technology
New opportunities for material science engineers are also popping up in the textile industry, biomedical field, and in the production of sustainable materials and composites. There are also more opportunities in research centers, civil service, advertising, finance, and media, and the internet.
What are the career requirements in the job market?
These days, a degree in material science engineering is one of the requirements when applying for various jobs in the material science field. However, the job market is very competitive and firms that need material science engineers will mostly hire those with additional knowledge in subjects such as:
- Polymer science
- Applied chemistry
- Structural engineering
- Mineral science/mining engineering
- Chemical engineering
Since material science engineers work with various materials such as textiles, plastics, rubber, polymers, glass, minerals, chemicals, and ceramics. Adequate knowledge in these subjects is, therefore, required.
Material science engineering is a technical subject that requires a strong background in mathematics, chemistry, and physics. This discipline lies under civil engineering and it’s offered as a post-graduate course in some institutions. A high level of proficiency in mathematics and sciences can help predict the students’ capability to make high-quality materials.