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Learn Materials Science, earn certificates with free online courses from Harvard, Stanford, MIT, UC Berkeley and other top universities around the world. Read reviews to decide if a class is right for you.
Explore atomic structures, crystal formations, and material properties in engineering, covering metals, polymers, ceramics, and composites.
Explore crystal elasticity and plasticity, covering fundamental concepts, theories, and applications in materials science and engineering over 21 hours of comprehensive lectures.
Learn the functional polymers, including chemistry, physics, and biology.
Explore computational materials design through quantum simulations, covering chemical reactions, spintronics, nanomaterials, and more. Learn cutting-edge methods for theoretical design and optimization of materials.
Explore nanomaterials' unique properties, structure, and surface energy. Connect atomic-level concepts to applications across science and engineering fields.
Comprehensive overview of materials characterization techniques, covering microscopy and diffraction methods. Focuses on imaging microstructures and understanding internal structures for various materials systems.
Explore engineering aspects of polymers and composites, including mechanical properties, viscoelastic analysis, lamination theory, failure behavior, and design principles for various industries.
Deepen your understanding of product materials by uncovering how to use materials more creatively.
Explore the evolution and applications of advanced functional materials, from semiconductors to smart materials, covering physical properties, electronic structures, and modern technological developments.
Explore cellular polymers' structure, properties, and applications. Learn manufacturing techniques and discover emerging fields in this practice-oriented course on versatile materials shaping our sustainable future.
Hands-on demonstration of molding and casting techniques, offering practical insights into materials, processes, and applications for creating precise replicas and custom objects.
Hands-on demonstration of plaster mixing techniques, offering practical insights for DIY enthusiasts and construction professionals to achieve optimal consistency and application results.
Comprehensive exploration of aluminum alloys and metal matrix composites, covering physical metallurgy, structure-property relationships, and processing techniques for diverse engineering applications.
Explore crystallography, structures of materials, and defects in this introductory course. Gain essential knowledge applicable to various science and engineering fields.
Master fundamental principles of inorganic materials science, from crystal structures and defects to phase transformations and sintering processes, developing analytical skills for material properties and manufacturing.
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