Materials Science and Engineering: An Introduction

This course provides an introduction to the foundational concepts of materials science and engineering. It covers the relationship between processing, properties, and structure. What sets this course apart from others is its basic yet essential exploration of materials selection principles. Additionally, it covers the characteristics and properties of various material families, based on their interatomic bonding. Lastly, we examine how materials properties differ across the periodic table.

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Bilal Ghafoor

05:50:00 Hours

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English

Last updated

Thu, 02-May-2024

Course description

The "Materials Science and Engineering: An Introduction" course serves as an essential introduction to the core concepts of materials science. It explores the intricate relationship between processing, properties, and structure, laying a strong foundation for understanding material behavior. What distinguishes this course is its fundamental exploration of materials selection principles, providing students with a rudimentary yet crucial understanding of the process. Through this course, students will delve into the characteristics and properties of diverse material families, examining their interatomic bonding. Additionally, the course offers insights into the varying properties of materials across the periodic table, offering a comprehensive overview of this dynamic field.

What will i learn?

Understand the fundamental principles of materials science, including the relationship between processing, properties, and structure.
Analyze and predict material behavior based on atomic and molecular structure, using appropriate models and theories.
Apply materials selection criteria to choose suitable materials for specific engineering applications.
Demonstrate proficiency in using common materials characterization techniques, such as microscopy and spectroscopy.
Evaluate the mechanical, thermal, and electrical properties of materials, and their relevance in engineering design and performance.

Requirements

Basic understanding of physics and chemistry.
Access to a computer with internet connection for online lectures and assignments.
Regular attendance and participation in lectures, discussions, and assignments.
Ability to devote sufficient time for studying and completing course tasks

Frequently asked question

This course equips you with foundational knowledge, practical skills, and a broader understanding of materials science and engineering, enhancing your academic journey and preparing you for a successful career in the field.

Yes, the course includes opportunities for interaction with instructors through live lectures, and online discussions. Additionally, collaborative assignments and group discussions allow for engagement with fellow students, fostering a dynamic learning environment.

Atomic Structure
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Bilal Ghafoor

Dr. Bilal Ghafoor is a distinguished scholar in Materials Science and Engineering, holding a Ph.D. from the Federal University of Rio Grande do Sul, Brazil (2023). He completed his Bachelor of Science (2013) and Master of Science (2016) degrees at the Institute of Space Technology, Pakistan. Bilal is renowned for his expertise in sustainable material development, with notable projects in rubber composites, rice husk gasification, and cation exchange membranes. His research focuses on carbon fiber modification and nanomaterial integration, resulting in extensive publications and international collaborations. Leading initiatives in carbon-based sustainable materials, Bilal applies machine learning for innovative advancements and material property predictions. He is also dedicated to applying AI tools in Engineering Education to empower the next generation of engineers.

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Free

Lectures

3

Quizzes

3

Skill level

Beginner

Expiry period

Lifetime

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