Project - Analyzing Unicorn Companies
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    Did you know that the average return from investing in stocks is 10% per year! But who wants to be average?!

    You have been asked to support an investment firm by analyzing trends in high-growth companies. They are interested in understanding which industries are producing the highest valuations and the rate at which new high-value companies are emerging. Providing them with this information gives them a competitive insight as to industry trends and how they should structure their portfolio looking forward.

    You have been given access to their unicorns database, which contains the following tables:

    dates

    ColumnDescription
    company_idA unique ID for the company.
    date_joinedThe date that the company became a unicorn.
    year_foundedThe year that the company was founded.

    funding

    ColumnDescription
    company_idA unique ID for the company.
    valuationCompany value in US dollars.
    fundingThe amount of funding raised in US dollars.
    select_investorsA list of key investors in the company.

    industries

    ColumnDescription
    company_idA unique ID for the company.
    industryThe industry that the company operates in.

    companies

    ColumnDescription
    company_idA unique ID for the company.
    companyThe name of the company.
    cityThe city where the company is headquartered.
    countryThe country where the company is headquartered.
    continentThe continent where the company is headquartered.
    Unknown integration
    DataFrameavailable as
    df
    variable
    SELECT * FROM companies
    This query is taking long to finish...Consider adding a LIMIT clause or switching to Query mode to preview the result.
    Unknown integration
    DataFrameavailable as
    df1
    variable
    WITH top_industries AS
    (SELECT industry
    FROM public.dates
    INNER JOIN public.funding
    USING(company_id)
    INNER JOIN industries
    USING(company_id)
    WHERE EXTRACT(YEAR FROM date_joined) BETWEEN 2019 AND 2021
    GROUP BY industry
    ORDER BY COUNT(company_id) DESC
    LIMIT 3),
    
    yearly_rankings AS
    (SELECT industry,
     EXTRACT(YEAR FROM date_joined) AS year,
     COUNT(company_id) AS num_unicorns,
     ROUND(AVG(valuation)/1000000000, 2) AS average_valuation_billions
     FROM dates
     JOIN industries
     USING(company_id)
     JOIN funding
     USING(company_id)
    --WHERE (EXTRACT(YEAR FROM date_joined) BETWEEN 2019 AND 2021)
     GROUP BY industry, year
     ORDER BY industry, year DESC)
    
    SELECT * FROM yearly_rankings
    WHERE industry IN (SELECT * FROM top_industries) AND year BETWEEN 2019 AND 2021;
    This query is taking long to finish...Consider adding a LIMIT clause or switching to Query mode to preview the result.
    Unknown integration
    DataFrameavailable as
    df2
    variable
    SELECT industry, COUNT(company_id)
    FROM public.dates
    INNER JOIN public.funding
    USING(company_id)
    INNER JOIN industries
    USING(company_id)
    WHERE EXTRACT(YEAR FROM date_joined) BETWEEN 2019 AND 2021
    GROUP BY industry
    ORDER BY COUNT(company_id) DESC
    LIMIT 3
    This query is taking long to finish...Consider adding a LIMIT clause or switching to Query mode to preview the result.