04:47

Degrees of freedom (practical explanation)

03:17

How to create a Box-Behnken design with Python

06:23

How to create a central composite (CCD) design using Python

04:22

Box-Behnken vs. Central composite design | when to use what in response surface methodology

05:59

Less work, Better data: How machine learning improves your experiments

05:28

How to add factors WITHOUT adding experiments

01:41

What your experiments are HIDING from you

06:52

The PROBLEM with FULL FACTORIAL design and how to solve it

10:05

Why I love fractional factorial designs

07:56

How to control ANOVA assumptions in Python

06:26

How to perform ANOVA

13:08

Python Tutorial: How to Visualize Experimental Results

05:03

How to create a full factorial design plan with python

05:07

Python EXPLAINED: what it is, why it matters and how to start

04:25

What is a qq-plot and why is it important?

04:42

Evaluating Model Performance with Residual Analysis

02:58

ANOVA simply explained in less than 3 minutes

04:58

Replication, Randomization & Blocking

03:44

Understanding Systematic and Random Errors

07:32

Understanding full factorial design

09:18

DoE in 8 SIMPLE steps

10:06

An example of a 1/2 fractional design

14:02

Planning and analyzing a 2-level full factorial design in Python

09:01

About statistical power and replicates in experimental design

08:25

Better experiments: 5 mistakes I fixed for myself

01:47

I won a pitch competition with this presentation

07:24

Factorial vs fractional vs response surface designs | when to use what?

03:40

You can do this with subjective result variables

04:07

What are disturbance variables?

03:22

The 3 basic rules of DoE

06:32

What is design of experiments (DoE)?

03:55

Failings of traditional experimental design

06:40

PVC & CPVC: How are the properties affected?

09:22

How to calculate mixing ratios for two component systems

12:37

Two component epoxies: Applications, health issues, crosslinking & properties

14:28

Drying vs. Curing: A Deep Dive into Film Formation Mechanisms

05:20

Organic Coatings 101: A Beginner's Guide

02:00

How to communicate your research

12:11

XPS: The powerhouse of surface science

04:46

The how’s and why‘s of adsorption

03:13

Understand isotherms: why they look how they look

03:24

The BET method

02:30

The realities of gas adsorption

03:48

Components scanning tunneling microscopy

05:12

Imaging modes scanning tunneling microscopy

03:48

Explaining the tunneling effect to a 6 year old

02:13

AFM: What it can’t see

02:03

You would never guess this about AFM

06:25

Atomic Force Microscopy (AFM) | EASY EXPLAINED

02:33

This are the 5 components every AFM has

06:27

SEM: Secondary + Backscattered Electrons & X-rays

04:40

SEM components: This is all you need to know

01:36

Scanning Electron Microscopy (SEM) for BEGINNERS

02:45

Scanning Electron Microscopy (SEM) | HOW TO prepare your samples

01:49

SEM: Powerful, but not perfect

05:46

Transmission Electron Microscopy (TEM) | HOW TO prepare your samples

02:03

Replace light with electrons and you get this

03:39

Diffraction patterns in Transmission Electron Microscopy (TEM)

08:40

Inside the TEM: Component breakdown

03:31

The limit in TEM is not what you might think