This is one of the most practical lessons in the entire course. It solves a problem every recruiter faces every single day: you find a promising profile, but properly evaluating it takes 5-10 minutes. Multiply that by 30-50 profiles in a sourcing session, and you've burned an entire day just reading LinkedIn.
Today you'll learn to paste a LinkedIn profile into AI and get a structured assessment β skills match, experience gaps, culture signals, red flags, and career trajectory β in about 30 seconds.
This one skill alone will save you hours every week.
The technique is simple but powerful. Here's the step-by-step:
Step 1: Open a candidate's LinkedIn profile.
Step 2: Select all the text on their profile page β headline, about section, experience, education, skills, recommendations. Press Ctrl+A (or Cmd+A on Mac) and then Ctrl+C to copy. Don't worry about copying navigation elements or ads β AI ignores the noise.
Step 3: Open Claude or ChatGPT and paste it in with your prompt.
Step 4: Include your role requirements alongside the profile. AI needs both the candidate data and the benchmark to compare against.
Here's the core prompt:
"Here's a LinkedIn profile and the role requirements. Give me a structured assessment: (1) Skills match β which requirements does this person clearly meet? (2) Experience gaps β what's missing or weak? (3) Culture signals β what does their profile suggest about how they work? (4) Red flags β anything concerning? (5) Career trajectory β where are they heading? (6) Overall recommendation β interview, maybe, or pass? Keep it concise."
That's it. Paste the profile, paste the requirements, ask for the assessment. You get a structured evaluation in seconds that would have taken you 5-10 minutes of careful reading.
When you manually scan a LinkedIn profile, you're looking at headlines and job titles. You're pattern-matching at a surface level β and you're doing it while fatigued after the 20th profile of the day.
AI reads every line and catches things you'd miss:
Hidden skills in descriptions. A candidate's title might say "Marketing Manager" but their description reveals they built and managed a team of 8, owned a budget, and led a product launch. That's closer to "Head of Marketing" experience.
Career velocity. AI spots that someone was promoted three times in four years at their current company β a signal of high performance that's easy to miss when you're scanning quickly.
Job-hopping patterns. AI identifies that a candidate has had 5 roles in 3 years and flags it. But it also distinguishes between concerning job-hopping and legitimate reasons β contract roles, company acquisitions, or a clear pattern of increasing responsibility.
Skill adjacencies. A candidate might not have the exact technology you need, but AI recognises that their experience with a closely related technology suggests they could learn quickly. "They used Azure, not AWS, but the infrastructure principles transfer directly."
Recommendation themes. If a candidate has recommendations, AI identifies recurring themes β "great communicator," "always meets deadlines," "strong under pressure" β giving you culture signals that aren't visible in the experience section.
Once you've assessed individual profiles, AI becomes even more powerful when you compare candidates side by side.
Try this prompt:
"I've assessed three candidates for my Senior Backend Engineer role. Here are their profiles. Rank them from strongest to weakest fit, explain your reasoning, and identify what each candidate uniquely brings to the table."
Paste all three profiles (or your AI-generated summaries from earlier assessments). AI will create a comparison matrix that highlights:
- Who most closely matches the technical requirements
- Who has the strongest leadership experience
- Who brings unique value the others don't
- Who carries the most risk and why
This is particularly useful when you're preparing a shortlist for a hiring manager. Instead of presenting three profiles and saying "they all look good," you present a ranked comparison with clear reasoning. Hiring managers love this β it shows strategic thinking and makes their decision easier.
Let's put this into a repeatable daily workflow:
During sourcing sessions: Open AI in one tab, LinkedIn in another. For every promising profile, copy the text, paste it into AI with your role requirements, and get an instant assessment. In the time it used to take to properly evaluate 5 profiles, you can now evaluate 30.
Batch processing: If you've built a longlist of 20 candidates, paste them into Claude in batches (Claude's large context window handles this well). Ask for a ranked assessment of all 20. In one prompt, you get a prioritised list.
Quick screening notes: Copy AI's assessment into your ATS notes for each candidate. When the hiring manager asks "why did you shortlist this person?", you have a structured answer ready β not just "their profile looked good."
Consistency: AI applies the same criteria to every candidate. No fatigue bias. No unconsciously favouring the candidate you reviewed right after your morning coffee over the one you scanned at 4pm on a Friday.
AI profile assessment is powerful, but use it wisely:
AI is a filter, not a decision-maker. Use AI to prioritise which candidates to look at more closely. The final decision to reach out, interview, or hire should always involve your human judgment.
Profiles are curated. LinkedIn profiles are what candidates want you to see. They may understate or overstate experience. AI works with what's visible β it can't verify claims.
Don't over-rely on keyword matching. A great candidate might describe their experience differently than your JD. AI is better than keyword-matching tools at understanding this, but remind it: "Don't just look for exact keyword matches. Consider equivalent experience and transferable skills."
Privacy matters. Be mindful of how you use and store AI-generated candidate assessments. Follow your company's data handling policies and relevant regulations. AI-generated notes should be treated with the same care as any other candidate data.
Tomorrow, you'll take this same skill and apply it to CVs and resumes β processing entire stacks in minutes.