Video summary

Priscilla Valavičius on "Hire Me If You Can" by CareerFairy

Main summary

Key takeaways

Business

Business-focused summary (CERN talent attraction for early-career technicians & non-physicists)

Core challenge: “Prestigious brand” ≠ “technically fitting candidates will apply”

  • CERN is globally famous and doesn’t struggle much hiring particle physicists, but it does struggle to recruit early-career technicians and STEM students who aren’t physics-focused.
  • Common barriers aren’t capability-related; they’re perception and access:
    • Technicians may assume there’s “no place for me” (CERN branding historically signals “elite outliers” and PhD-level excellence).
    • Impostor syndrome / fear of applying (candidates believe they must be “perfect”).
    • Candidates in some regions are also relocation-resistant (e.g., Germany).
    • LinkedIn outreach can be met with skepticism (messages perceived as scams/fake profiles).

Strategy framework: 3-phase approach (target → channels/KPIs → best practices)

Phase 1 — Define target groups + their specific struggle

  • Primary under-recruited segments:
    • Technicians (often mechanical/electrical) and early-career vocational/STEM engineering students (non-physics)
    • Internship candidates from technical education pathways
  • Recruiters must counter the belief that CERN is only for “top of top” physics profiles.
  • Recognize “fear to apply” as an employer-brand execution problem, not a talent problem.

Phase 2 — Choose channels & measure with KPIs

CERN uses a portfolio approach (not one-size-fits-all) across:

  • Job boards (but not broadcasting every role on every board)
  • LinkedIn (including direct candidate outreach)
  • Direct sourcing/outreach
  • Career fairs
  • Webinars
  • University visits & testimonials
  • Printed country-specific magazines/booklets

Key targeting insight:

  • LinkedIn positioning varies by role/level and by how young the audience is.
  • LinkedIn was expanded beyond experienced profiles to reach recent graduates (e.g., within ~2 years) as the platform audience skews younger.

Phase 3 — Best practices to make CERN “approachable”

  • Adjust employer branding messaging and format to technicians and early-career students:
    • Match the pitch for technicians differently than for theoretical physicists.
    • Recruiters need upskilling internally to understand what technician pathways look like and how to talk about them.
  • Use specific credibility tactics:
    • Include explicit trust language in LinkedIn messages (e.g., “this is not a scam… I am a real profile”).
    • Bring CERN technical/operations people (not only recruiters) into outreach content.

Concrete playbooks and actionable tactics

1) “Technician-focused employer branding” messaging & recruiter enablement

  • Provide employer branding/recruitment teams with clarity that:
    • CERN hires technicians from strong vocational/technical colleges, not only elite PhD tracks.
  • Use different pitches at schools/career events:
    • Do not copy the theoretical-physicist narrative for technician recruitment.
  • Use influencer/recruiting community feedback:
    • Start sourcing on LinkedIn for technicians (Priscilla cites a start in 2019 that improved technician recruitment, especially via early-career programs).

2) Improve trust in direct outreach (LinkedIn anti-scam countermeasure)

  • Problem observed: high skepticism → ignored profiles/messages.
  • Response:
    • Customize the first sentence to confirm legitimacy:
      • “please note this is not a scam / I am a real profile”
    • Emphasize direct application options (“you can apply directly”).

3) Webinar content playbook (“show me the journey”)

  • What works:
    • Include a technical CERN speaker giving 5–10 minutes on:
      • their journey to CERN
      • recruitment experience
      • assignment to teams/projects
      • what they actually do day-to-day
  • Add process transparency:
    • For internships, explain timelines like:
      • apply → selection committee → waiting period
      • interviews (sometimes online)
      • total wait can be 2–3 months to hear back (and additional post-interview time like 1–2 months depending on stage)
  • Why it works:
    • In some countries, candidates need to “see themselves” in the role; testimonials outperform “recruiter-only” messaging.

4) Localization playbook by country (audience incentives differ)

  • Norway/Sweden:
    • Candidates need assurance it’s “real and safe” (someone like them has gone before).
    • Strong incentive: quality of life and local lifestyle (e.g., skiing/snowboarding; clubs; community activities).
  • UK:
    • CERN is already widely known → emphasis shifts to “cool organization/where I want to work.”
  • Southern Europe:
    • More emphasis on prestige and the perceived benefit package.
  • Germany vs Switzerland:
    • Germany: candidates are skeptical, want details/benefits “straight to the point,” and relocation is hard.
      • Recruiting requires German-language job ads and German recruiters.
    • Switzerland: fewer issues recruiting Swiss candidates; those who apply often want internships (e.g., CFC technician qualification paths), but not all Swiss candidates aim for CERN.

5) Female STEM talent recruitment: visibility + inclusion + job description design

Three execution levers:

  1. Role model visibility: photo/video content showing women’s daily work (clean room, warehouse, computers).
  2. Dedicated networks/support: “Women in Technology” group supports both external employer branding and internal inclusion.
  3. Job description calibration:
    • If requirements include 5 mandatory + 10 desirable, Priscilla pushes HR to the hiring manager to ensure women feel they can apply.
    • Rationale stated: women are less likely to apply when they don’t see 100% fit—so description tailoring matters more than telling people to “apply anyway.”

Key metrics / KPIs explicitly mentioned

  • Application volume: CERN receives ~100,000 applications per year (not framed as a success metric by itself—Priscilla notes volume alone doesn’t solve recruiter needs).
  • Recruitment timeline (internships):
    • candidates may wait 2–3 months after applying (selection committee stage)
    • then potentially 1–2 months after interviews
  • Talent composition:
    • <3% of CERN personnel are particle physicists (implies most roles are non-physicist support functions like technicians).

(No explicit numeric targets such as % growth, CAC/LTV, conversion rates, or hire quotas were provided in the subtitles.)

Concrete examples & case anecdotes used as proof points

  • Munich career event (women in STEM): a highly qualified student (two master’s degrees in engineering) hesitated due to believing CERN requires “perfect” candidates (impostor syndrome).
  • Scandinavian outreach feedback loop: when students/pupils reported CERN pitches felt too formal (“in suits”), CERN adjusted messaging and tone to be more approachable.
  • Program proof: Priscilla cites starting to source technicians via LinkedIn in 2019, leading to “great technicians” who later advanced after initial years in CERN’s early-career technician program.
  • Recruiter skepticism mitigation: LinkedIn outreach includes anti-scam framing to overcome low response rates.

Main takeaway (organizational tactic)

To attract “new” talent beyond those already considering CERN, employer branding must:

  • redefine “who CERN is for” in day-to-day reality (technicians, vocational paths, early-career journeys),
  • lower perceived barriers to entry (fear, impostor syndrome, trust),
  • localize incentives and messaging by country, and
  • enable HR/recruitment teams with the language and formats that different audiences trust (testimonials, webinars with technical staff, realistic job descriptions, and inclusive employer signals).

Presenters / sources

  • Bruno Fluch (Host; Marketing Manager at CareerFairy)
  • Priscilla Valavichus (Talent Acquisition Specialist, CERN)

Original video