Quality products require quality materials. Experts trained with a course in material science are prepared to design goods that meet the needs of production processes and consumers.
What is a course in materials science? It is a class offered to engineers and material sciences majors. These courses provide a thorough background on the different materials used to create the goods that are produced in the manufacturing process. A general overview of metals, plastics, polymers, fibers and ceramics is provided. Students may choose to specialize in a particular material or application. Chemical and structural aspects of each material are explored, and students also taught to consider the practical costs associated with each available option.
After finishing a course in materials science, graduates are able to make appropriate decisions regarding material selection for creating specific products. Their understanding of physics, chemistry and mathematics is further enhanced. They can analyze the structural merits and evaluate the cost effectiveness of each option. Students may also find alternatives and are encouraged to seek out cost savings for their employers by substituting appropriately interchangeable goods.
The cost of these programs depends on the institution the student chooses to attend. Those interested should contact the admissions departments of universities under consideration for detailed information on tuition and fees.
Graduates are often prepared for careers in manufacturing as engineers. Those with advanced degrees may find work creating new materials out of existing technologies. Others may be involved in supplier management and work to locate sources of suitable raw goods. Design engineers often consult with these experts to select substances for building new products. It is possible to specialize in a specific industry such as electronics or aerospace, but some prefer to may remain generalists.
Traditional campus classroom courses are available, but international students and working professionals my wish to take advantage of online courses. The flexibility of distance learning is an attractive option for those with scheduling and transportation difficulties. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Let our experts teach you about the fashion industry. Learn how famous designers started their fashion dynasties. Learn about retailing, branding, licensing and marketing, textiles, trend forecasting, costume history, color theory and leather tanning. [+]
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Economics and Ecologics go hand in hand for aircraft. So how do we get structures light and keep safety, durability, maintainability and other aspects up to par? You need knowledge about design, base materials and manufacturing to get successful. [+]
Weight reduction is a key factor in the development of materials and components for use in many industries. Lightweight structures are widely used for this purpose. However, these structures present challenges: they need to be light but also safe, durable and easy to maintain. How can this be done?
This course provides an introduction to lightweight structures, starting with the "trinity" - the interaction between shape design, base material, and manufacturing. The evidence gained from both successes and failures demonstrates that the interaction between these three elements is crucial for successful designs and end products.
The course covers the design principles of lightweight structures; durability and fatigue; testing; manufacturing methods and mechanics. The main focus is on structures made with composites but the use of metals will be addressed as well.... [-]
Fatigue fractures may occur as a consequence of cyclic loading structures. In particular, within the context of fatigue and damage tolerance certification, engineers should have the knowledge and skills to analyse and assess fatigue life and fatigue performance. [+]
Fatigue fractures may occur as a consequence of cyclic loading structures. In particular, within the context of fatigue and damage tolerance certification, engineers should have the knowledge and skills to analyze and assess fatigue life and fatigue performance. This includes the ability to design against fatigue and to validate designs with validated fatigue strength justifications. Fatigue fractures and related structural failures may be caused by a variety of factors, such as quality of applied materials, the production technology, the structural design, inappropriate reliability calculations, underestimations of load spectra, and inappropriate use of structures. With so many possible factors an integral and rigorous engineering approach is required.... [-]