Create a recruiting email draft with BardeenAI from a LinkedIn profile page

Steps:

Bardeen's playbook offers a seamless solution for recruitment professionals looking to leverage artificial intelligence for drafting personalized outreach emails. By extracting key information from LinkedIn profiles, generating tailored recruiting messages using OpenAI, and creating an email draft, this workflow simplifies the process of connecting with potential candidates.

Here's how this workflow crafts a recruitment email from a LinkedIn profile:

• Step 1: Scrape LinkedIn Profile - The Scraper command is used to extract data from the LinkedIn profile page you have open, gathering necessary details for the recruiting process.
• Step 2: Generate Email with OpenAI - Bardeen uses OpenAI to generate a personalized recruiting email draft. You'll provide the recruiter's name and the hiring company to tailor the message.
• Step 3: Find Email Address - Bardeen Enrichment finds the email address associated with the LinkedIn profile, ensuring you can contact the right candidate directly.
• Step 4: Get Current Page URL - This command retrieves the current page URL, which is used to link the LinkedIn profile within the email draft.
• Step 5: Create Email Draft in Gmail - Google Mail is employed to create a draft email with the generated content, ready to be reviewed and sent.
• Step 6: Open Drafts Folder - Finally, the email draft is saved, and the Gmail drafts folder is opened, enabling you to finalize and dispatch your personalized recruitment message.

The new Bardeen – Find leads no one else does:

With our new Bardeen version, you can easily extract data from any website and discover new leads across the web. After extracting data from a website, use Bardeen’s powerful automation tools to validate and enrich your data, run additional scrapers on linked pages, or leverage AI to qualify leads and generate content automatically. Once your data is ready, you can easily export it to CSV, Google Sheets, Airtable, or Notion for further analysis and reporting.