Smart Materials Science
This course introduces Smart Materials Science and how advanced materials are transforming manufacturing, industry, and research.
What You Will Learn
✓ Understand fundamentals and classification of smart materials
✓ Explore piezoelectric materials, shape memory alloys, electrochromic and self-healing materials
✓ Learn materials for additive and advanced manufacturing including metal powders, polymers, ceramics, composites, and nanomaterials
✓ Understand material informatics, digital twins integration, IoT sensors, and smart factories
✓ Explore sustainability, surface coating, nanocoating, bio-inspired materials, and future trends
This Course includes:
2 Weeks (2-3 Hours/Week)
Unlimited Lifetime Access
Downloadable PDF E-Books
Certificate of Completion
Quizzes & Knowledge Checks
Downloadable Resources & Notes
By Shubham Saxena · Professor, IIT Roorkee
Beginner
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The Curriculum
Module 1: Fundamentals of Smart Materials
Lessons:
Introduction to Smart Material Science
Course Lesson-PPT
Classification of Smart Materials
Piezoelectric Materials
Shape Memory Alloys
Electrochromic & Self-Healing Materials
Machine Learning for Material Discovery
Smart Materials in Industry 4.0
Module 2: Materials for Additive & Advanced Manufacturing
Module 3: Material Informatics & Digital Twin Integration
Module 4: Sustainability & the Future of Smart Materials
Module 1: Fundamentals of Smart Materials
Lessons:
Introduction to Smart Material Science
Course Lesson-PPT
Classification of Smart Materials
Piezoelectric Materials
Shape Memory Alloys
Electrochromic & Self-Healing Materials
Machine Learning for Material Discovery
Smart Materials in Industry 4.0
Module 2: Materials for Additive & Advanced Manufacturing
Module 3: Material Informatics & Digital Twin Integration
Module 4: Sustainability & the Future of Smart Materials
Module 1: Fundamentals of Smart Materials
Lessons:
Introduction to Smart Material Science
Course Lesson-PPT
Classification of Smart Materials
Piezoelectric Materials
Shape Memory Alloys
Electrochromic & Self-Healing Materials
Machine Learning for Material Discovery
Smart Materials in Industry 4.0
Module 2: Materials for Additive & Advanced Manufacturing
Module 3: Material Informatics & Digital Twin Integration
Module 4: Sustainability & the Future of Smart Materials
Requirements
No prior experience in smart materials required
What to expect from this course
The course connects smart materials with additive manufacturing, material informatics, digital twins, IoT sensors, sustainability, and future research directions. It blends fundamentals with real industry applications.
Clear explanation of smart material fundamentals
Real case studies from automotive and aerospace
Understanding of AI-driven materials and predictive maintenance
Insight into sustainability and future research areas
Industry-relevant knowledge connecting materials with digital systems
This course is included in plans
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Our Courses
Industry-Ready Mechanical Skills
40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.
Everything Modern Engineers Need to Succeed.
Our Courses
Industry-Ready Mechanical Skills
40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.
Everything Modern Engineers Need to Succeed.
Our Courses
Industry-Ready Mechanical Skills
40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.
Everything Modern Engineers Need to Succeed.
Course Categories
Learn 40+ Mechanical Engineering Tools
On GaugeHow, the Mechanical Engineering Courses are grouped by real job tracks, so you can pick the skills recruiters expect for design, simulation, manufacturing, quality, automation, and smart factories.
CAD Courses: Product Design & Modeling
Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
Course Categories
Learn 40+ Mechanical Engineering Tools
On GaugeHow, the Mechanical Engineering Courses are grouped by real job tracks, so you can pick the skills recruiters expect for design, simulation, manufacturing, quality, automation, and smart factories.
CAD Courses: Product Design & Modeling
Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
Course Categories
Learn 40+ Mechanical Engineering Tools
On GaugeHow, the Mechanical Engineering Courses are grouped by real job tracks, so you can pick the skills recruiters expect for design, simulation, manufacturing, quality, automation, and smart factories.
CAD Courses: Product Design & Modeling
Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
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