.column.bg-white[

```
## 
##  ----- 
## Hi FSP folks! I taught O&C and P&I this year!
## Or so I think... 
##  ------ 
##     \   
##      \  
##       \
##        /\___/\
##        {o}{o}|
##        \ v  /|
##        |    \ \
##         \___/_/       [ab] 
##           | |
```

]]

.column.bg-main1[
.content.vmiddle.center[
.font4[Teaching in this post?-Pandemic Year 2021-2022] 
.font2[A Portfolio of Student Outcomes and Teaching Experiences] 
.font2[Arvind Venkatadri] 
 https://the-foundation-series.netlify.app 
 https://r-for-artists.netlify.app 
]
]

---

.column.bg-red[
.content[
# Course-1 : Play and Invent
.row[.content.nopadding[
.img-fill[![](https://www.triz.co.uk/hs-fs/hubfs/images/panels/cartoons/0727-b-church-bell.jpg?width=570&name=0727-b-church-bell.jpg)
]]
]]

.bottom_abs.content[.white[
## Flow and Play
## Creative Problem Solving 
## de Bono Methods
## TRIZ .yellow[ New Classroom Games, TRIZ related Experiences, Industrial Visits!!]
]
]
]

.column.bg-main3[.content[
# Course-2 : Order and Chaos

.bottom_abs.content[.white[
## Complexity (Spatial Patterns)
## Complexity (Game Theory)
## Randomness, .yellow[Hypothesis Testing, Stats]
## .yellow[Machine Learning]
]
]
]]

---

.column.bg-main4[
.content[
.split-40[
.row[.content[
# How I Teach in CE

### **Understandings** Approach: Big Understandings 
### **Dispositions** Approach: Modelling and Applying 
### **Skills** Approach: Taxonomy of Ideas, Structures and Tools 
]
]
 
.row[.content[
### Example: Classical TRIZ in ***FSP: Play and Invent***
### -Big Understanding  
The Generalized Problem: "Your Problem has been solved somewhere else"

### -Modelling/Applying 
"Metaphorize" your Problem using 39 TRIZ Parameters

### -Taxonomy/Structures/Tools  
The 8 TRIZ Laws of Evolution of a Product; TRIZ Contradictions Matrix; TRIZ 40 Inventive Principles
]
]
]
]
]

.column.bg-main1[.content[
.split-two[
.column[.content.center.nopadding[
.img-fill.nopadding[
![](images/Kaplan.jpg)
![](images/Altshuller.jpg)
]
]
]

.column[.content.center.nopadding[
.img-fill[
![](images/Johnson.jpg)
![](images/Williams.jpg)]
]
]
]
]
]

---

.bottom_abs.content[.white[
## Flow and Play
## Creative Problem Solving 
## de Bono Methods
## TRIZ .yellow[ New Classroom Games, TRIZ related Experiences]
]
]
]

.column.bg-red[.content[
# Course Modules

### Understandings: 
- Idea of Flow, Zone of Play, Boredom and Creative Problem Solving;
- Pierre Bourdieu "Cultural Capital"
- JP Guilford, Seymour Papert and Constructionism / Metaphor Making
- "Generalized" Problm Solving in TRIZ

### Dispositions:
- Metaphors as a gateway to Problem Solving
- Problems as Contradictions (Administrative, Technical, and Physical Contradictions in TRIZ)
- Resource Mentality: Titanic Game / Candle Game
- Six Hats Method of de Bono
- Ideal Final Result in TRIZ

### Skills:
- Ishikawa Diagram, Entities, and their Parameters
- Contradiction Matrix
- 39 TRIZ Metaphors
- 40 TRIZ Inventive Principles
- 6 TRIZ Separation Principles
]]

---

.column.bg-red[
.content.vmiddle.center[
# FSP : Play and Invent
# TRIZ
## `TRIZ` is a .yellow[System] for .blue[Innovative Problem Solving] that orginated in Soviet Russia
## Based on .yellow[Innovative Patterns] mined from over .blue[3 million Patents]
]
]

.column.bg-white[
<img src="images/CMatrix.jpg" width="971" height="600px" />
]
]
]

---

.column.bg-red[
.content.vmiddle.center[
# FSP : Play and Invent
# TRIZ
## Using the Contradiction Matrix-1
### Inventive Principles:
### *Segmentation*, 
### *Merging*, 
### *Phase Transitions*, *Self Service*
]
]

.column.bg-white[
<div class="figure" style="text-align: center">
<img src="images/Rianna-flexbag.png" alt="School Bag Design - Rianna Chattopadhyay" width="1473" height="500px" />
School Bag Design - Rianna Chattopadhyay
</div>
]
]

---

.column.bg-red[
.content.vmiddle.center[
# FSP : Play and Invent
# TRIZ
## Using the Contradiction Matrix-2
### Inventive Principles: 
### *Segmentation*, 
### *Local Quality*, 
### *Merging*, 
### *Phase Transitions, Self Service*
]
]

.column.bg-white[
.split-two[
.column[
.content.vmiddle.center[
<img src="images/Ananya-Design-1.png" width="855" />

<div class="figure">
<img src="images/Ananya-Design-2.png" alt="Dustpan Design - Ananya Sarangi" width="841" />
Dustpan Design - Ananya Sarangi
</div>

]
]

.column[
.content.vmiddle.center[
<img src="images/Ananya-Analysis.png" width="835" height="600px" />
]
]
]
]
]
]

---

.column.bg-red[
.content.vmiddle.center[
# FSP : Play and Invent
# TRIZ
### Using the Contradiction Matrix-3
### Inventive Principles:
### *Blessing in Disguise*, 
### *Composite Materials*, 
### *Local Quality*, 
### *Equipotentiality, Preliminary Anti-Action*
]
]

.column.bg-white[
.content.vmiddle.center[
<div class="figure">
<img src="images/Mahi-poster.png" alt="TRIZ Solutions for the Joint Family - Mahi Agarwal" width="896" height="600px" />
TRIZ Solutions for the Joint Family - Mahi Agarwal
</div>
]
]
]

---

.column.bg-main3[.content[
# Course-2 : Order and Chaos
.row[.content.nopadding[
<img src="images/Stag.jpg" width="853" height="600px" />
]]

.bottom_abs.content[.white[
## Complexity (Spatial Patterns)
## Complexity (Game Theory)
## Randomness, .yellow[Hypothesis Testing, Stats]
## .yellow[Machine Learning]
]
]
]]

.column.bg-main3[
.content[
## Course Modules

### Understandings:
- 4As of Complexity: Agents, Actions, Again, Aggregation
- Game Theory: Prisoners' Dilemma, Stag Hunt, Chicken
- Segregation, Schelling Focus Points, Hotelling's Phenomenon

### Dispositions:
- Rewards, Risks, Regrets, and Retributions in Game Theory
- Bias
- Proximity in Space and in Data
- Randomness, Probability and Belief
- Predictions and Inference

### Skills:
- Voronoi/Delaunay Models in Geogebra
- Hypothesis Testing (Short Term Memory: Factors, Effect Sizes, p-values)
- Permutation Tests in Excel
- Machine Learning with zero-coding
  1. Classification (Random Forests)
  2. Linear Regression
]]

---

.column.bg-main3[
.content.vmiddle.center[
# FSP : Order and Chaos
### Complexity: Game Theory
### and Proximity
]
]

.column.bg-main1[.content[
.split-two[

.column[.content.vmiddle.center.nopadding[
<img src="images/Drashti-GameTheory.png" width="979" height="640px" />
]
]

.column[.content.vmiddle.center.nopadding[
<img src="images/Anoushka-Erin.png" width="663" height="640px" />
]
]

]
]
]
]

---

.column.bg-main3[
.content.vmiddle.center[
# FSP : Order and Chaos
### Hypothesis Testing and Permutation Tests 
### with Comics
### What Affects our Short Term Memory?
### Comics made using: https://gramener.com/comicgen
]
]

.column.bg-main1[.content[
.split-two[
.column[.content.vmiddle.center.nopadding[
<img src="images/Thea-STM.png" width="799" height="640px" />
]
]

.column[.content.vmiddle.center.nopadding[
<img src="images/Manasi-Comic.png" width="749" height="400px" />

<img src="images/Aditi-PermutationTest.png" width="1539" height="240px" />
]
]
]
]
]

---

.column.bg-main3[
.content.vmiddle.center[
# FSP : Order and Chaos
## Machine Learning
### Classification using Random Forests with .orange[Orange Data Mining]
A visual ML tool from Univ of Ljubljana, Slovenia
![](https://orangedatamining.com/images/orange_title_scaled.png)
]
]

.column.bg-white[
.split[
.row[
.content.nopadding[
### .black[Classification of Flowers]
### .black[Classification of Heart Attacks!!]
]
.row[
.content.nopadding[]
.img-fill[
![](https://orangedatamining.com/screenshots/tree-explorative.png)
]
]
]
]
]

---

.column.bg-main3[
.content.vmiddle.center[
# FSP : Order and Chaos
## Machine Learning
### Linear Regression with .orange[Orange Data Mining]
A visual ML tool from Univ of Ljubljana, Slovenia
![](https://orangedatamining.com/images/orange_title_scaled.png)
]
]

.column.bg-white[

## .black[Prediction of Penguin Weight based on `flipper_length` and `bill_length`]

<img src="images/regression.png" width="2560" height="520px" />
]

]
]
]
]

---

.column.bg-red[
.content.vmiddle.center[
# Some Student Journals and Statements

]
]

.column.bg-white[
.split-30[

## Mridula Gopal
http://u.pc.cd/8JzctalK
]
]

.row[
## Shireen Saudamini Mubayi (O&C)
Main ek aakhri cheez bolna chahungi. Main chahti hun ki Arvind jiss bhi kaksha ko aage 
jaa kar padhaein, voh yantra-dwaara baaton par nirbhar na ho. Kabhi kabhi Arvind 
humko boltein the ki “aaj tum logon ka FOMO ho raha hai”. FOMO ka matlab ‘fear of 
missing out’. Who humko bataate the ki agar hum sachi mein kaksha mein baithe hote 
toh hum kya mazey kar rahe hote. 
Mujhe sach mein iss CE mein bohot maza aaya.
Shukriya Arvind, phir milenge chalte chalte!
Shireen :)

## Aditi Jain(P&I)
Then we solved the titanic problem which reminded us to look for a matchbox, taught 
us to look for an iceberg, to look for an already existing resource to solve our problems. 
Instillation of the concept of ideality? check. It also helped in understanding the concept of 
the Ishikawa fishbone structure. Then finally came the makey-makeys, which was so much 
fun!! We made a game we couldn’t explain well to Arvind. I was wondering if we have to 
document that and post it somewhere? Honestly I hope we don’t have to, we have exams from 
tomorrow :’) 
Then came the final week!!!! 
Turmoil. 
But it came out well. 
It put everything into perspective and I could see the reason to everything that I’d done 
so far. It was almost like it was magic. 
BOOM! Everything makes sense now.

]

]
]

---

# And Finally...

---

.blade1.bg-red.content[
# Thank you !!
]]
.blade2.bg-green[.content.vertical-rl[

]]
.blade3.bg-deep-purple[.content.center[
 https://the-foundation-series.netlify.app 
 https://r-for-artists.netlify.app

]]
.blade4.bg-orange[.content.sideways-rl[.center[

]]]
.hole.bg-black[.content.center.vmiddle[
# Slides made by Arvind Venkatadri
### with 
## 
### via the R packages:

&#x2694;&#xFE0F; [**xaringan**](https://github.com/yihui/xaringan) + &#x1F60E; 
&#x2718;[**gadenbuie/xaringanExtra**](https://github.com/gadenbuie/xaringanExtra) 
### and with
&#x2694;&#xFE0F;[**the tidyverse**](https://tidyverse.tidyverse.org/)

]]

Notes for current slide

Notes for next slide

## 
##  ----- 
## Hi FSP folks! I taught O&C and P&I this year!
## Or so I think... 
##  ------ 
##     \   
##      \  
##       \
##        /\___/\
##        {o}{o}|
##        \ v  /|
##        |    \ \
##         \___/_/       [ab] 
##           | |

]

Teaching in this post?-Pandemic Year 2021-2022
A Portfolio of Student Outcomes and Teaching Experiences

Arvind Venkatadri

https://the-foundation-series.netlify.app
https://r-for-artists.netlify.app

1 / 16

Course-1 : Play and Invent

Flow and Play

Creative Problem Solving

de Bono Methods

Course-2 : Order and Chaos

Complexity (Spatial Patterns)

Complexity (Game Theory)

Randomness, Hypothesis Testing, Stats

Machine Learning

2 / 16

How I Teach in CE

Understandings Approach: Big Understandings

Dispositions Approach: Modelling and Applying

Skills Approach: Taxonomy of Ideas, Structures and Tools

Example: Classical TRIZ in FSP: Play and Invent

-Big Understanding

The Generalized Problem: "Your Problem has been solved somewhere else"

-Modelling/Applying

"Metaphorize" your Problem using 39 TRIZ Parameters

-Taxonomy/Structures/Tools

The 8 TRIZ Laws of Evolution of a Product; TRIZ Contradictions Matrix; TRIZ 40 Inventive Principles

3 / 16

Course-1 : Play and Invent

Flow and Play

Creative Problem Solving

de Bono Methods

Course Modules

Understandings:

Idea of Flow, Zone of Play, Boredom and Creative Problem Solving;
Pierre Bourdieu "Cultural Capital"
JP Guilford, Seymour Papert and Constructionism / Metaphor Making
"Generalized" Problm Solving in TRIZ

Dispositions:

Metaphors as a gateway to Problem Solving
Problems as Contradictions (Administrative, Technical, and Physical Contradictions in TRIZ)
Resource Mentality: Titanic Game / Candle Game
Six Hats Method of de Bono
Ideal Final Result in TRIZ

Skills:

Ishikawa Diagram, Entities, and their Parameters
Contradiction Matrix
39 TRIZ Metaphors
40 TRIZ Inventive Principles
6 TRIZ Separation Principles

4 / 16

FSP : Play and Invent

TRIZ

`TRIZ` is a System for Innovative Problem Solving that orginated in Soviet Russia

Based on Innovative Patterns mined from over 3 million Patents

] ]

5 / 16

FSP : Play and Invent

TRIZ

Using the Contradiction Matrix-1

Inventive Principles:

Segmentation,

Merging,

Phase Transitions, Self Service

School Bag Design - Rianna Chattopadhyay

]

6 / 16

FSP : Play and Invent

TRIZ

Using the Contradiction Matrix-2

Inventive Principles:

Segmentation,

Local Quality,

Merging,

Phase Transitions, Self Service

Dustpan Design - Ananya Sarangi

] ]

7 / 16

FSP : Play and Invent

TRIZ

Using the Contradiction Matrix-3

Inventive Principles:

Blessing in Disguise,

Composite Materials,

Local Quality,

Equipotentiality, Preliminary Anti-Action

TRIZ Solutions for the Joint Family - Mahi Agarwal

]

8 / 16

Course-2 : Order and Chaos

Complexity (Spatial Patterns)

Complexity (Game Theory)

Randomness, Hypothesis Testing, Stats

Machine Learning