---
title: Materials Science
description: Why materials behave the way they do: crystal structures, mechanical properties, ceramics, biomaterials, and electronic materials.
category: engineering
url: /subcategory/engineering/materials-science
---

# Materials Science

Why materials behave the way they do: crystal structures, mechanical properties, ceramics, biomaterials, and electronic materials.

## Available Subjects

### Biomaterials

Biomaterials studies substances engineered to interact with biological systems for medical purposes. Learners will understand the biocompatibility, degradation, and mechanical properties of metals, polymers, and ceramics used in implants, tissue engineering, and drug delivery systems.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 1 books, 1 courses, 3 websites

[Learn Biomaterials](/subject/biomaterials)

### Biomedical Engineering

Biomedical engineering applies engineering principles to medicine and biology for healthcare purposes. Learners will understand how to design and evaluate medical devices, diagnostic equipment, biocompatible materials, and artificial organs to improve patient care and treatment outcomes.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 3 books, 2 websites

[Learn Biomedical Engineering](/subject/biomedical-engineering)

### Ceramics & Glasses

This topic covers the structure, processing, and properties of inorganic, non-metallic materials. Learners will understand how atomic bonding dictates the thermal, electrical, and mechanical behavior of ceramics and glasses, and how to design them for structural and functional applications.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 1 books, 4 websites

[Learn Ceramics & Glasses](/subject/ceramics-and-glasses)

### Crystal Structures & Defects

This topic examines the atomic arrangement in crystalline solids and the imperfections that occur within them. Learners will understand how unit cells, dislocations, vacancies, and grain boundaries influence the physical, mechanical, and electrical properties of materials.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 3 books, 4 websites

[Learn Crystal Structures & Defects](/subject/crystal-structures-and-defects)

### Electronic & Magnetic Materials

This topic explores the physical principles governing the electrical, optical, and magnetic properties of materials. Learners will understand how semiconductors, conductors, insulators, and magnetic materials function and how they are applied in electronic devices and sensors.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 3 books, 2 websites

[Learn Electronic & Magnetic Materials](/subject/electronic-and-magnetic-materials)

### Introduction to Materials Science

This topic introduces the fundamental relationship between the structure, processing, properties, and performance of materials. Learners will understand the basic characteristics of metals, polymers, ceramics, and composites, and how to select appropriate materials for engineering applications.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 4 courses

[Learn Introduction to Materials Science](/subject/introduction-to-materials-science)

### Materials Chemistry

Materials chemistry focuses on the design, synthesis, and characterization of solid-state substances with useful physical properties. Learners will understand how atomic and molecular structures dictate the electrical, optical, and mechanical behavior of modern functional materials.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 1 courses, 2 websites

[Learn Materials Chemistry](/subject/materials-chemistry)

### Mechanical Properties

This topic covers how materials deform, fracture, and respond to external forces. Learners will understand concepts like stress, strain, elasticity, plasticity, and fatigue, enabling them to evaluate and predict material behavior under various loading conditions.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 4 websites

[Learn Mechanical Properties](/subject/mechanical-properties)

### Nanomaterials

Nanomaterials studies substances with structural features on the nanoscale, typically between 1 and 100 nanometers. Learners will understand how size reduction alters optical, electrical, and mechanical properties, and how these materials are synthesized and applied in technology.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 2 courses, 2 websites

[Learn Nanomaterials](/subject/nanomaterials)

### Phase Diagrams & Transformations

This topic covers the thermodynamic equilibrium of multi-component materials and the kinetics of phase changes. Learners will understand how to interpret phase diagrams and control microstructural evolution through heat treatment to achieve desired material properties.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 3 books, 3 courses, 3 websites

[Learn Phase Diagrams & Transformations](/subject/phase-diagrams-and-transformations)

### Polymer & Materials Chemistry

This field investigates the synthesis, structure, and properties of macromolecules and advanced materials. Learners will understand polymerization techniques, polymer characterization, and how to engineer materials for specific mechanical, thermal, and chemical applications.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 2 websites

[Learn Polymer & Materials Chemistry](/subject/polymer-and-materials-chemistry)

### Polymers & Composites

This topic covers the structure, properties, and synthesis of polymeric materials and fiber-reinforced composites. Learners will understand how molecular architecture influences mechanical behavior and how to select these materials for structural applications.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 1 websites

[Learn Polymers & Composites](/subject/polymers-and-composites)

### Rheology

Rheology studies how matter flows and deforms, covering the non-Newtonian behaviour of polymers, suspensions, gels, and biological fluids. You will understand viscoelasticity, constitutive models, and the measurements used to characterize complex fluids.

**Difficulty:** Intermediate, Advanced

**Resources:** 3 books, 2 courses, 1 papers

[Learn Rheology](/subject/rheology)

### Semiconductors & Chip Manufacturing

Semiconductors are the foundation of modern electronics. You will learn device physics, fabrication steps from wafer to package, the industry structure and why advanced chip manufacturing is so hard and strategic.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 2 books, 1 courses, 1 papers

[Learn Semiconductors & Chip Manufacturing](/subject/semiconductor-manufacturing)

### Sustainable Materials & Recycling

This subject examines the life-cycle assessment, environmental impact, and recycling processes of engineering materials. Learners will understand how to select eco-friendly materials and design products for circularity and end-of-life recovery.

**Difficulty:** Beginner, Intermediate, Advanced

**Resources:** 1 books, 1 websites

[Learn Sustainable Materials & Recycling](/subject/sustainable-materials-and-recycling)

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