All Episodes
Materials Deep Dive — 103 episodes
From a Burping Cow to Carbon-Negative Solution: Turning Methane Into Biopolymer (ft. Mark Herrera, CEO of AirCarbon)
Fashion Meets Bioengineering: Making Biodegradable Clothes (ft. Brenda Palomino, @onemiddlechild)
From “Sustainable" to Sustainable: How to future-proof your business (ft. Laura McDermott, Colectivo)
Can Algae-Based Bioplastics actually replace plastic? (ft. Eylül Er, Palgae)
Materials Deep Dive Is... Changing? From Student Podcast to CEO Interviews
Have a plastic waste problem? Fall in love with it (ft. Luenne Coelho, Reefaire)
Electromagnetic Waves Explained: Refractive Index, Brewster Angle & Penetration Depth
Capacitors & Dielectrics: Ohm's Law and Electric Properties of Materials
How to Recycle Composite Materials: Methods, Challenges & Circular Economy
93. Laminar Composites - Production of Composite Materials
Particle-Reinforced Polymer Composites: Production & Everyday Applications
Fiber-Reinforced Polymer Composites: Open Mould vs Closed Mould Processes
90. Particle Reinforced Metallic Composites - Production of Composite Materials
89. Fiber Reinforced Metals - Production of Composite Materials
88. Particle Reinforced Ceramic Composites - Production of Composite Materials
87. Fibre Reinforced Ceramics - Production of Composite Materials
86. Powder Technology - Production of Composite Materials
85. Hybrid Nanomaterials - Nanostructured Materials and Nanotechnologies
84. Nanocomposites - Nanostructured Materials and Nanotechnologies
83. Surface engineering - Tribology
82. The 4 Main Types of Wear - Tribology
81. Semiconductors and Quantum Dots - Nanostructured Materials and Nanotechnologies
80. Metal Nanoparticles - Nanostructured Materials and Nanotechnologies
79. Graphene - Nanostructured Materials and Nanotechnologies
78. Carbon Nanomaterials - Nanostructured Materials and Nanotechnologies
77. Lubrication - Tribology
76. Friction - Tribology
75. Introduction to Tribology - Tribology
74. Polymeric nanometrials - Nanostructured Materials and Nanotechnologies
73. Fabrication of Nanomaterials - Nanostructured Materials and Nanotechnologies
72. Stability of Nanoparticles - Nanostructured Materials and Nanotechnologies
When Normal Physics Breaks Down: The Strange World of Nanoparticles
Mechanical Engineering isn’t about Bernoulli, it's about water parks (ft. Daniel McCaulley, Ultimus Engineering))
70. Magnetic Fields and Current - Electromagnetism and Optics
What Is Innovation Engineering? A Framework for Building Better Products
68. Risk Management - Quality and Innovation Engineering
67. Process Quality Management - Quality and Innovation Engineering
66. Seven tools of Quality Control - Quality and Innovation Engineering
65. Standards and models of TQM - Quality and Innovation Engineering
64. Lean Management - Quality and Innovation Engineering
63. Contact Lenses - Biomaterials and Biomedical Applications
62. The Evolution of Quality Management - Quality and Innovation Engineering
61. Defining Quality - Quality Engineering and Innovation
60. Tissue Engineering - Biomaterials and Biomedical Applications
59. Sterilization of Devices - Biomaterials and Biomedical applications
58. Ligament Replacement - Biomaterials and Biomedical applications
57. Hip and knee prosthetics - Biomaterials and Biomedical applications
56. Introduction to Biomaterials - Biomaterials and Biomedical Aplications
55. Fiber Properties, Production and Applications - Composite Materials
54. Reinforcement Mechanisms - Composite Materials
53. Cements - Composit Materials
52. Mechanical Properties in Ceramics - Ceramic Materials
51. Thermal Properties in Ceramics - Ceramic Materials
50. Magnetic Properties in Ceramics - Ceramic Materials
49. Spinel Structure - Ceramic Materials
48. Perovskite Structures - Ceramic Materials
47. Ceramic Structure - Ceramic Materials
46. Glass Strengthening - Ceramic Materials
45. Crystallization and Devitrification - Ceramic Materials
44. Inorganic Glass Structure - Ceramic Materials
43. Non-metallic Coatings - Technologies of Surfaces and Coatings
42. Thin Film Deposition - Technologies of Surfaces and Coatings
41. Cladding - Technologies of Surfaces and Coatings
40. Metallic Coatings - Technologies of Surfaces and Coatings
39. Finite Elements Model - Modeling in Materials Engineering
38. Ashby’s Modeling Approach - Modeling in Materials Engineering
37. Computational Modeling - Modeling in Materials Engineering
36. Organic Coatings - Technologies of Surfaces and Coatings
35. Surface Preparation for Coatings - Technologies of Surfaces and Coatings
34. Surface Composition Modification - Technologies of Surfaces and Coatings
33. Shock Hardening and Heat Treatments - Technologies of Surfaces and Coatings
32. High Entropy Alloys - Functional Materials
31. Atomic Force Microscopy - Difraction and Microscopy Techniques
30. Powder X-Ray Diffraction - Difraction and Microscopy Techniques
29. Electron Microscopy - Difraction and Microscopy Techniques
28. Optical Microscopy Techniques - Difraction and Microscopy Techniques
27. Titanium Alloys - Metallic Materials
26. Aluminium Alloys - Metallic Materials
25. Cementation - Metallic Materials
24. Tempering - Metallic Materials
23. Induction Hardening - Metallic Materials
22. Photoluminescent Materials - Functional Materials
21. Molecular Materials (part III) - Functional Materials
20. Molecular Materials (part II) - Functional Materials
19. Surface Topography - Technologies of Surfaces and Coatings
18. Introduction to Surface Engineering - Technologies of Surfaces and Coatings
17. Molecular Materials (part I) - Functional Materials
16. SMMs and Measuring Methods - Functional Materials
15. Martensitic Transformation - Metallic Materials
14. Steel Quenching - Metallic Materials
13. Heat Treatments in Steels - Metallic Materials
12. Cast Irons - Metallic Materials
11. Stainless Steel - Metallic Materials
Types of Magnetic Materials: From Ferromagnets to Cancer-Treating Nanoparticles
How to Choose the Right Steel: Classifications, Properties & Selection Guide
How Steel Is Made: Electric Arc Furnace vs Basic Oxygen Process
From Ore to Metal: The Full Steel and Iron Production Process Explained
Metallic Materials 101: Aluminum Cans, Turbine Blades & Tantalum Capacitors
Metallographic Sample Preparation: Polishing, Etching & Microscopy Analysis
How Fuel Cells Work: Materials, Electrochemistry & Clean Energy Applications
Hydrogen Storage Materials: Methods, Challenges & the Path to Clean Energy
Spin Crossover Materials: The Key to Flexible, Transparent Smartphones?
Thermoelectric Materials: Turning Heat into Electricity and Vice Versa