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Gender Diversity at Work.


With this great BI tool, I worked to analyse gender diversity at work across multiple employment sectors in different countries and alternately,  analysis could also be used to see the employment situation in different countries across different sectors.

I accessed publicly available World Bank data via below link.

http://data.worldbank.org/

Below I have described how I have used SAP Lumira for my analysis.

At first, we have to work on the raw data available to us; we have to make it ready for consumption for visualization.

Upload_Data_From_Excel.jpg


As someone wisely said, when you indulge into a similar exercise please realize that we don’t own the data, put efforts to first of all understand the data and then model it with data manipulation features available in SAP Lumira. Data cleansing, manipulation, filtration can all be done in SAP Lumira itself.

Data has been pulled in the following dimension and data is available in columns per given year ranging from 1991 – 2010 for different countries.

    1. Employees, agriculture, female (% of female employment)
    2. Employees, agriculture, male (% of male employment)
    3. Employees, industry, female (% of female employment)
    4. Employees, industry, male (% of male employment)
    5. Employees, services, female (% of female employment)
    6. Employees, services, male (% of male employment

Data Cleansing, Manipulation.

First of all I created Geographic Hierarchy using the name option; SAP Lumira comes with internal geographic repository, which helps in identifying the geographic location in the data by name, or by latitude&longitude coordinates. One can identify Country, Region, Sub region and city.

When I try to identify Countries via names, some of the countries were identified implicitly for which the mapping was 100% and for some we had to choose who had reasonable percentage of mapping and some were not found at all, so I manually picked some and for others I changed it to “not found” then later I filtered and excluded those which were unresolved (Data against which countries could not be identified).

Geographic_Dimension.jpg


I then used manipulation tools available on the top right corner of the screen to prepare calculated columns, i.e Decade (1991-2000) average and Decade (2001-2010) average and then later I used these two calculated column to prepare another column “Average of two decades” and then later I excluded all those values for which I get empty values for the final column Average of all these years.

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I also worked on “Indicator_Name” and using string function and I made two additional columns which identifies employment sector type (Industry, Agriculture, Services) and gender (Male/Female)

Now I am ready to work on my visualization, I would like to highlight that I have pulled data for multiple indicators, 6 of them listed above so I could use filters at Data level or I could also put filters at visualization level, I prefer to do it at visualization level.

Data Visualization

Employment among men, women across different sectors in different countries.

Here we are analysing average percentage of men and women employees in different countries across different employment sector.

saplumira_businessgraphics_vertical_stacked_bar_Gender_Diversity_at_Work_xlsx_Sheet13183170175413227909.png


Analysis

In agriculture sector, we could see maximum variation in gender diversity for different countries whereas in services sector, we see this is the least.

For Indonesia we see the gender diversity is fairly good across all the sectors.

In Venezuela, % of employment among women is more than men in all sectors.

In services sector % of employment among women is more than that of men in most of the countries.

Gender diversity in the Industry sector

In this chart we could drill in the industry sector and what countries are doing well and which countries need to improve. Here we look at the average percentage of male, female employees for two decades in industry sector across different countries.

saplumira_geographic_geopie_Gender_Diversity_at_Work_xlsx_Sheet13569462610317351366.png


Analysis

We see Europe, America’s needs to improve on this and APJ is doing fairly well

Philippines and Indonesia is best among the countries shown in the map.

In the next chart we could analyse that among employment sectors, agriculture is the least women friendly sector.

saplumira_geographic_geopie_Gender_Diversity_at_Work_xlsx_Sheet18226047797445155917.png

Let’s further see for two decades (1991-2010), what all countries have worked on to offer equal employment opportunities for women.

We see Chile, Colombia, Coasta Rica, Indonesia, Panama, Philippines, Romania, Thailand have done fairly well, their 2010 data is better than two decades average.

However Argentina, Estonia, Ireland, Norway, Spain, UK, USA needs improvement in this area.

saplumira_businessgraphics_dual_combined_bar_line_Gender_Diversity_at_Work_xlsx_Sheet14344494226165781980.png

And In the end I have used Bubble chart using the following.

Colour represents: Country; Shape represents: Gender; X-axis :1991 data; Yaxis : 2010 data Bubble width represents the average % of two decades.

Here we could analyse how different countries have performed from 1991 to 2010.

saplumira_businessgraphics_bubble_Gender_Diversity_at_Work_xlsx_Sheet11249059517767427619.png

Disclaimer : The data was pulled from world bank website and the analysis has been done for demo purpose only, there could be error in the data or analysis done, Kindly use the data at your own risk.


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6 Comments

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  1. Kartik R

    Nice analysis Anurag. Few comments :

    1. Analysis could have been better if there was a further drill down within industry and services sectors on the basis of “type of industry” or “type of service”. Ofcourese this depends on the raw data available …in this case from WB.

    2. Considering that India has seen huge changes in the past decade it would be nice to see as to how the data varied between the two decades considered for analysis.

    (0) 
    1. Anurag Chopra Post author

      Unfortunately granular data was not available which i could have used for further analysis and for India, data was not available for most of the years so i preferred to exclude all those countries for which data was not available.

      (0) 

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