- 1. The brief
- 2. Combine the words with the product names
- 3. Convert the list of lists into a DataFrame
- 4. Rename the columns of the DataFrame
- 5. Add a campaign column
- 6. Create the match type column
- 7. Duplicate all the keywords into 'phrase' match
- 8. Save and summarize!
1. The brief
Imagine working for a digital marketing agency, and the agency is approached by a massive online retailer of furniture. They want to test our skills at creating large campaigns for all of their website. We are tasked with creating a prototype set of keywords for search campaigns for their sofas section. The client says that they want us to generate keywords for the following products:
- sofas
- convertible sofas
- love seats
- recliners
- sofa beds
The brief: The client is generally a low-cost retailer, offering many promotions and discounts. We will need to focus on such keywords. We will also need to move away from luxury keywords and topics, as we are targeting price-sensitive customers. Because we are going to be tight on budget, it would be good to focus on a tightly targeted set of keywords and make sure they are all set to exact and phrase match.
Based on the brief above we will first need to generate a list of words, that together with the products given above would make for good keywords. Here are some examples:
- Products: sofas, recliners
- Words: buy, prices
The resulting keywords: 'buy sofas', 'sofas buy', 'buy recliners', 'recliners buy', 'prices sofas', 'sofas prices', 'prices recliners', 'recliners prices'.
As a final result, we want to have a DataFrame that looks like this:
| Campaign | Ad Group | Keyword | Criterion Type |
|---|---|---|---|
| Campaign1 | AdGroup_1 | keyword 1a | Exact |
| Campaign1 | AdGroup_1 | keyword 1a | Phrase |
| Campaign1 | AdGroup_1 | keyword 1b | Exact |
| Campaign1 | AdGroup_1 | keyword 1b | Phrase |
| Campaign1 | AdGroup_2 | keyword 2a | Exact |
| Campaign1 | AdGroup_2 | keyword 2a | Phrase |
The first step is to come up with a list of words that users might use to express their desire in buying low-cost sofas.
words = ['buy', 'promotion', 'discount', 'price', 'promo', 'shop']
# Print list of words
# ... YOUR CODE FOR TASK 1 ...
print(words)
2. Combine the words with the product names
Imagining all the possible combinations of keywords can be stressful! But not for us, because we are keyword ninjas! We know how to translate campaign briefs into Python data structures and can imagine the resulting DataFrames that we need to create.
Now that we have brainstormed the words that work well with the brief that we received, it is now time to combine them with the product names to generate meaningful search keywords. We want to combine every word with every product once before, and once after, as seen in the example above.
As a quick reminder, for the product 'recliners' and the words 'buy' and 'price' for example, we would want to generate the following combinations:
buy recliners
recliners buy
price recliners
recliners price
…
and so on for all the words and products that we have.
products = ['sofas', 'convertible sofas', 'love seats', 'recliners', 'sofa beds']
# Create an empty list
keywords_list = list()
# Loop through products
for product in products:
# Loop through words
for word in words:
# Append combinations
keywords_list.append([product, product + ' ' + word])
keywords_list.append([product, word + ' ' + product])
# Inspect keyword list
from pprint import pprint
pprint(keywords_list)
# ... YOUR CODE FOR TASK 3 ...
import pandas as pd
# Create a DataFrame from list
keywords_df = pd.DataFrame.from_records(keywords_list)
# Print the keywords DataFrame to explore it
# ... YOUR CODE FOR TASK 3 ...
keywords_df.head()
4. Rename the columns of the DataFrame
Before we can upload this table of keywords, we will need to give the columns meaningful names. If we inspect the DataFrame we just created above, we can see that the columns are currently named 0 and 1. Ad Group (example: "sofas") and Keyword (example: "sofas buy") are much more appropriate names.
keywords_df.rename(columns=[0, 1])
# ... YOUR CODE FOR TASK 5 ...
keywords_df['Campaign'] = 'SEM_Sofas'
6. Create the match type column
There are different keyword match types. One is exact match, which is for matching the exact term or are close variations of that exact term. Another match type is broad match, which means ads may show on searches that include misspellings, synonyms, related searches, and other relevant variations.
Straight from Google's AdWords documentation:
In general, the broader the match type, the more traffic potential that keyword will have, since your ads may be triggered more often. Conversely, a narrower match type means that your ads may show less often—but when they do, they’re likely to be more related to someone’s search.
Since the client is tight on budget, we want to make sure all the keywords are in exact match at the beginning.
# ... YOUR CODE FOR TASK 6 ...
keywords_df['Criterion Type'] = 'Exact'
7. Duplicate all the keywords into 'phrase' match
The great thing about exact match is that it is very specific, and we can control the process very well. The tradeoff, however, is that:
- The search volume for exact match is lower than other match types
- We can't possibly think of all the ways in which people search, and so, we are probably missing out on some high-quality keywords.
So it's good to use another match called phrase match as a discovery mechanism to allow our ads to be triggered by keywords that include our exact match keywords, together with anything before (or after) them.
Later on, when we launch the campaign, we can explore with modified broad match, broad match, and negative match types, for better visibility and control of our campaigns.
keywords_phrase = keywords_df.copy()
# Change criterion type match to phrase
# ... YOUR CODE FOR TASK 7 ...
keywords_phrase['Criterion Type'] = 'Phrase'
# Append the DataFrames
keywords_df_final = keywords_df.append(keywords_phrase)
8. Save and summarize!
To upload our campaign, we need to save it as a CSV file. Then we will be able to import it to AdWords editor or BingAds editor. There is also the option of pasting the data into the editor if we want, but having easy access to the saved data is great so let's save to a CSV file!
Looking at a summary of our campaign structure is good now that we've wrapped up our keyword work. We can do that by grouping by ad group and criterion type and counting by keyword. This summary shows us that we assigned specific keywords to specific ad groups, which are each part of a campaign. In essence, we are telling Google (or Bing, etc.) that we want any of the words in each ad group to trigger one of the ads in the same ad group. Separately, we will have to create another table for ads, which is a task for another day and would look something like this:
| Campaign | Ad Group | Headline 1 | Headline 2 | Description | Final URL |
|---|---|---|---|---|---|
| SEM_Sofas | Sofas | Looking for Quality Sofas? | Explore Our Massive Collection | 30-day Returns With Free Delivery Within the US. Start Shopping Now | DataCampSofas.com/sofas |
| SEM_Sofas | Sofas | Looking for Affordable Sofas? | Check Out Our Weekly Offers | 30-day Returns With Free Delivery Within the US. Start Shopping Now | DataCampSofas.com/sofas |
| SEM_Sofas | Recliners | Looking for Quality Recliners? | Explore Our Massive Collection | 30-day Returns With Free Delivery Within the US. Start Shopping Now | DataCampSofas.com/recliners |
| SEM_Sofas | Recliners | Need Affordable Recliners? | Check Out Our Weekly Offers | 30-day Returns With Free Delivery Within the US. Start Shopping Now | DataCampSofas.com/recliners |
Together, these tables get us the sample keywords -> ads -> landing pages mapping shown in the diagram below.
# ... YOUR CODE FOR TASK 8 ...
keywords_df_final.to_csv('keywords.csv', index=False)
# View a summary of our campaign work
summary = keywords_df_final.groupby(['Ad Group', 'Criterion Type'])['Keyword'].count()
print(summary)