Materials Science: 10 Things Every Engineer Should Know.
.png "Materials Science 10 Things Every Engineer Should Know") |
Description
This course offers engineers a foundational understanding of materials science, equipping them with essential knowledge for modern engineering applications. Through five modules, learners explore key principles like the relationship between material structure and properties, thermodynamics in manufacturing, and critical mechanical behaviors.
Designed by experts and enriched with real-world examples, the course bridges theory and practice.
Rating: 4.7 (4,456 reviews)
Duration: 8 hours (flexible over 3 weeks at 2 hours/week).
Student Satisfaction: 98% found the course engaging and impactful.
What You’ll Learn
Identify materials critical to engineering applications.
Explain the core principle: “structure leads to properties.”
Analyze the role of thermodynamics in material manufacturing.
Apply the Arrhenius relation to thermally activated processes.
Connect course concepts to real-world engineering challenges.
Details to Know
Shareable Certificate: Enhance your LinkedIn profile or resume.
Assessments: 11 homework assignments to solidify knowledge.
Language Support: Taught in English with 22 subtitles (including French).
Flexibility: Self-paced learning tailored to your schedule.
Build Your Subject Matter Expertise
Enroll as part of multiple programs to:
Gain insights from industry-leading educators.
Master fundamental principles of materials science.
Strengthen problem-solving skills through practical applications.
Earn a shareable certificate to validate your expertise.
Get a Professional Certificate
Showcase your achievement on LinkedIn, resumes, or performance reviews. This credential signals your commitment to advancing engineering knowledge and skills.
There Are 5 Modules in This Course
Course Overview / The Materials Menu / Solid-State Diffusion (1 hour): Introduction to materials selection and defect-driven diffusion.
Dislocations & Mechanical Properties (1 hour): Plastic deformation and stress-strain fundamentals.
Creep & Ductile-Brittle Transition (1 hour): Time-dependent deformation and material failure modes.
Fracture Strength & Fatigue (1 hour): Breaking points and cyclic stress impacts.
Kinetics & Semiconductors (2 hours): Speed-dependent processes and semiconductor history.
Why Do Coursera Students Choose Us for Their Careers?
Felipe M. (Student since 2018): “Self-paced learning lets me balance work and study seamlessly.”
Jennifer J. (Student since 2020): “Course concepts directly improved my project outcomes at work.”
Larry W. (Student since 2021): “Coursera fills gaps my formal education missed.”
Chaitanya A.: “Learning here transcends job skills—it’s limitless growth.”
Student Reviews
4.7/5 stars (4,456 reviews)
N/A: “Essential for anyone in materials or engineering—clear and practical.”
LR: “Comprehensive and expertly taught. A must for engineers!”
DL: “Revived my university knowledge and added new insights. Highly recommend!”
Frequently Asked Questions
When will I access materials?
Audit the course for free or purchase certificate access. Some courses offer a “Full course, no certificate” option.
What’s included in the certificate?
Full course access + a shareable e-certificate upon completion.
What is the refund policy?
Full refunds available within two weeks of payment or course start (whichever is later).
Is financial aid available?
Yes—check the course page for eligibility details.
Ready to master the materials science essentials every engineer needs?
Enroll now to unlock practical knowledge, enhance your skills, and earn a credential that sets you apart. Join thousands of engineers advancing their careers with Coursera!
Build a stronger engineering future—start today.