Develop essential physical sciences skills with expert instruction and practical examples.
Learn how next-gen materials are transforming digital manufacturing, Industry 4. 0, and sustainable innovation. Unlock the power of smart materials and their role in shaping the future of digital manufacturing.
This 5-6 hour video-based course is designed for engineers, researchers, and professionals eager to explore cutting-edge material science integrated with AI, additive manufacturing, and digital twin technologies. What You'll LearnFundamentals of smart materials: piezoelectrics, shape memory alloys, self-healing materialsApplications of AI in material discovery and performance predictionAdvanced materials for 3D printing and nanotechnology in manufacturingIntegration of digital twin and IoT for real-time material monitoringSustainability: bio-based polymers, recyclable composites, and green coatings Who Should EnrollEngineers, product designers, material scientists, and tech-forward professionals looking to upskill in smart manufacturing and future-ready technologies. Modules OverviewFundamentals of Smart MaterialsMaterials for Additive & Advanced ManufacturingMaterial Informatics & Digital Twin IntegrationSustainability & the Future of Smart MaterialsSkills You'll GainMaterial informaticsSmart manufacturing integrationDigital twin modelingAI-driven material designSustainable material practicesThis course is ideal for:Engineering Students - Especially those in mechanical, materials, manufacturing, aerospace, or robotics streams looking to gain future-ready skills.
Industry Professionals - Engineers and technicians working in manufacturing, R & D, or production who want to upskill in smart materials and digital technologies. Researchers & Innovators - Individuals involved in material science, nanotechnology, or AI-driven product development. Product Designers - Those interested in using advanced materials for next-gen products and sustainability.
Edtech Learners & Upskillers - Anyone passionate about Industry 4. 0, additive manufacturing, or sustainable engineering. Join the revolution in digital manufacturing with smart materials.
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