From Classroom to Career: A Graduate’s Guide to Life Sciences in Ireland

NIBRT Insights Series

From Classroom to Career: A Graduate’s Guide to Life Sciences in Ireland

By Therese Keohane

Director of Operations, Fastnet Talent

 

Graduating is an exciting milestone but for many science students, it's just the beginning of the journey into a dynamic, rapidly evolving industry

So how can science graduates prepare, stand out, and secure that first step on the career ladder? This article shares what employers are looking for, how to acquire the right skills/experience, how to up-skill, and what to expect in the hiring process

 

The Context: Opportunity Knocks, But Action Is Required

Ireland is one of the top global hubs for life sciences. Over 90 pharmaceutical and biotechnology companies operate here, employing around 50,000 people. The sector contributes nearly 45% of Ireland’s total goods exports, and it’s still growing.

Government projections estimate 21,000 new biopharma and life sciences jobs by 2027, with an average of 5,600 new roles each year. The medtech sector is also booming, with Ireland ranking among the top five global medtech exporters.

At the same time, reports suggest a shortfall of 3,000 graduates per year entering life sciences fields. That means employers are actively seeking skilled, motivated science graduates who are ready to learn and grow.

For you as a graduate, this means the opportunity is real; growth is forecast, and demand for skills is high. At the same time, competition is strong, and employers are increasingly selective. Your degree is your starting point; you will also need the right blend of skills, experience, adaptability, and awareness to stand out.

 

What Employers Are Looking For

Employers are not just hiring based on your degree title. They want evidence of practical understanding, curiosity, and teamwork. Here’s what makes graduates stand out:

Technical & Scientific Skills

  • A solid grounding in biology, chemistry, biotechnology, or analytical science
  • Understanding of GMP (Good Manufacturing Practice) and quality systems
  • Awareness of manufacturing, laboratory operations, and how science is applied in industry
  • Increasing familiarity with automation, data analytics, and digital systems used in labs and production

Transferable Skills

  • Problem-solving and critical thinking
  • Adaptability- especially in fast-evolving environments
  • Communication and collaboration across multi-disciplinary teams
  • A growth mindset and enthusiasm for continuous learning

Experience & Initiative

  • Internships, work placements, or research projects are highly valued
  • Evidence of applying your learning (e.g., experimental design, data analysis, troubleshooting)
  • Involvement in professional societies, volunteering, or industry events demonstrates motivation

 

Building Your Profile: How to Prepare and Upskill

Here are five practical ways to make yourself career-ready:
  1. Get Hands-On Experience: Apply early for internships, industrial placements, or research assistant roles in labs, manufacturing, or QA/QC environments. Even short-term contracts can help you gain exposure and build confidence. A key tip is to keep a record of what you achieved in a career journal. These examples will strengthen your CV and interviews.
  2. Understand the Industry: If your studies were more research-based, learn how science translates into commercial settings. Take short online courses in GMP, cleanroom operations, data integrity, or bioprocessing fundamentals. Websites like NIBRT, Skillnet Ireland, and BioPharmaChem Ireland offer great resources.
  3. Develop Digital & Data Skills: Digital literacy is now essential. Familiarise yourself with Excel, data visualisation tools, or even basic Python or R if you’re interested in data analysis. These skills are relevant in roles from QC labs to process optimisation.
  4. Engage With Industry Networks: Attend events, webinars, and Career Fairs – you will be able to speak to HR/TA and even some Hiring Managers to learn what company looks for in an employee. Connect with alumni on LinkedIn, ask for insights, and follow companies that interest you.
  5. Tailor Your Applications: Customise your CV and cover letter for each role. Use relevant keywords like GMP, analytical methods, validation, or quality control, BUT only if you have experience in these areas.

 

Your CV shouldn’t just list what you did, it should show what you achieved. Employers want to see the impact you’ve made, not just your responsibilities. Use examples, metrics, or outcomes where you can, it helps bring your experience to life and makes your CV stand out
- Chantelle Morrisey, Talent Consultant at Fastnet

The Hiring Process and Early Career Path

Most life sciences employers in Ireland follow a similar hiring structure:

Recruitment Channels

  • Graduate programmes (often rotational roles)
  • Direct company websites and LinkedIn job postings
  • Recruitment partners specialising in life sciences
  • Networking and referrals

Typical Selection Stages

The selection process generally includes:

  • Application and CV screening (often using an ATS system).
  • Online assessments (numerical/verbal reasoning).
  • Technical interviews to test domain knowledge.
  • Behavioural interviews to assess teamwork, communication, and adaptability.
  • A potential site visit or assessment-centre

 

Early roles often start in QA/QC, laboratory analysis, regulatory support, or process operations, providing a solid foundation for future progression into areas such as R&D, automation, data analytics, or validation engineering.

  • Tip: When interviewing, use the STAR method (Situation, Task, Action, Result) to explain how you’ve solved problems or contributed to projects.
  • Tip: Your first role is about learning and exposure. Use it to build knowledge, connections, and credibility.

 

Your 6-Month Action Plan

Here’s a short plan to get started:
  1. List 10–15 target employers in life sciences, medtech, or biotech.
  2. Update your CV and LinkedIn to highlight relevant coursework, projects, and skills.
  3. Complete one short upskilling course—for example, GMP, lab data integrity, or Excel for scientists.
  4. Attend one industry event each month and grow your professional network.
  5. Apply regularly and track your progress, refining your approach as you go. Set aside time each week for job applications; tailor each one and prepare for interviews by practicing technical and behavioural questions.

 

The opportunity is clear for graduates aiming to break into Ireland’s life-sciences and bioprocessing ecosystem, but so is the need to prepare, differentiate, and engage. With the right preparation, you’ll be one of the applicants who stands out.

 

Don’t rely on memory; record your milestones. A career journal helps you track achievements, projects, and lessons so you’re ready when it’s time to update your CV or prepare for an interview. Graduates can draw on coursework, projects, volunteering and part-time roles to build strong examples

-Therese Keohane, Director of Operations at Fastnet

 

The Future: What Science Graduates Should Watch

The life sciences industry is changing fast. Here are some areas to keep an eye on:
  • Digital transformation: automation, AI, and data-driven manufacturing are becoming mainstream.
  • Sustainability: green chemistry, circular manufacturing, and energy efficiency are key priorities.
  • Biotech innovation: growth in biologics, diagnostics, and personalised medicine.
  • Interdisciplinary collaboration: demand for scientists who can work with engineers, data analysts, and IT specialists.

 

For science graduates, Ireland’s life sciences sector offers one of the most exciting and varied career paths available. Employers are looking for people who combine technical understanding with curiosity, adaptability, and initiative.

Remember, you don’t need to have it all figured out from day one. Focus on gaining experience, learning from every opportunity, and staying connected to the industry. With the right mix of skills and mindset, you’ll be well positioned to build a rewarding career in life sciences.