QC Separations Intern: Hands-On Lab Data Analysis

Bristol-Myers Squibb Co; Cruiserath; On-site; EUR 22,000 - 27,000; Full time

Job summary

Bristol Myers Squibb invites you to join its Internship Programme as a QC Separations Intern, gaining hands-on experience in laboratory operations and cGMP compliance. You will contribute to data analysis, documentation, instrument qualification, and test method execution.

This paid internship offers exposure to cross-functional teams, mentoring from seasoned scientists, and the chance to develop practical skills in biochemistry and analytical science while supporting real-world patient impact.

Qualifications

• Biochemistry, general or analytical science or biotech related discipline.
• Passionate about biopharma and healthcare innovation.
• Strong communication and teamwork abilities.
• Excellent attention to detail and organizational skills.
• Energetic, collaborative and dedicated with a continuous improvement mindset.

Responsibilities

• Assist with SOPs/OJTs and data analysis as required.
• Perform routine data analysis and accurately document laboratory work.
• Execute and assist in analytical test methods (compendial/non-compendial).
• Assist with instrument qualification and calibration.
• Support 6S/A3 problem solving projects and data review.

Skills

Biochemistry/Analytical Science

Strong communication

Teamwork

Attention to detail

Collaborative mindset

Continuous improvement mindset

Education

Biochemistry, General or Analytical Science, Biotechnology or related discipline

Job description

Bristol Myers Squibb invites you to join its Internship Programme as a QC Separations Intern, gaining hands-on experience in laboratory operations and cGMP compliance. You will contribute to data analysis, documentation, instrument qualification, and test method execution.

This paid internship offers exposure to cross-functional teams, mentoring from seasoned scientists, and the chance to develop practical skills in biochemistry and analytical science while supporting real-world patient impact.