Difference between revisions of "Education Pathways"
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+ | Looking at data science products in the educational space. | ||
− | + | * Get input data | |
− | * | + | ** Dataset of all courses |
− | * | + | *** Create components of courses |
− | ** Create components of courses | + | *** Course tagging, MDM, metadata |
− | ** Course tagging, MDM, metadata | + | ** Get Student Data |
+ | *** Aptitude | ||
+ | *** Location of residence | ||
+ | *** Socio-Economic profile | ||
+ | *** Age etc.. | ||
+ | *** Aspirations | ||
+ | ** Get environmental data | ||
+ | *** Access to finance | ||
+ | *** Economic conditions | ||
+ | *** Benefits of Educational Outcome / Sentiment Media | ||
* Overlay any dependencies | * Overlay any dependencies | ||
− | ** Automated identification of dependencies via NLP, downstream word co-relation | + | ** Automated identification of dependencies via NLP, topic modelling, downstream word co-relation |
** Tokenisation, Topic Modelling | ** Tokenisation, Topic Modelling | ||
+ | ** Correlation of topics -> Correlation of Courses | ||
+ | ** Generate Educational Graph Pathways | ||
+ | ** Analyse Graph nodes for waypoints, course clusters, [[Badging]] | ||
+ | *** Allows us to identify duplication in course content | ||
* Overlay value of courses | * Overlay value of courses | ||
** Based on demand, Based on market need, Social feedback | ** Based on demand, Based on market need, Social feedback | ||
** Scoring of courses using sentiment analysis | ** Scoring of courses using sentiment analysis | ||
* [[Recommendation]] | * [[Recommendation]] | ||
− | ** Based on user selection? | + | ** Based on user selection/user goals? |
** Based on university marketing? | ** Based on university marketing? | ||
** Based on end goals? | ** Based on end goals? | ||
Line 18: | Line 32: | ||
** Recommendation using inputs + trained recommendation model | ** Recommendation using inputs + trained recommendation model | ||
− | + | ==Related== | |
+ | * [[Pathing]] | ||
[[Category: Data Science Applications]] | [[Category: Data Science Applications]] |
Latest revision as of 22:19, 16 February 2019
Looking at data science products in the educational space.
- Get input data
- Dataset of all courses
- Create components of courses
- Course tagging, MDM, metadata
- Get Student Data
- Aptitude
- Location of residence
- Socio-Economic profile
- Age etc..
- Aspirations
- Get environmental data
- Access to finance
- Economic conditions
- Benefits of Educational Outcome / Sentiment Media
- Dataset of all courses
- Overlay any dependencies
- Automated identification of dependencies via NLP, topic modelling, downstream word co-relation
- Tokenisation, Topic Modelling
- Correlation of topics -> Correlation of Courses
- Generate Educational Graph Pathways
- Analyse Graph nodes for waypoints, course clusters, Badging
- Allows us to identify duplication in course content
- Overlay value of courses
- Based on demand, Based on market need, Social feedback
- Scoring of courses using sentiment analysis
- Recommendation
- Based on user selection/user goals?
- Based on university marketing?
- Based on end goals?
- Based on user aptitude?
- Recommendation using inputs + trained recommendation model