Biomedical Engineering Internship at Johnson & Johnson | Life Science Career Opportunities – Apply Now
Embark on a rewarding journey with Johnson & Johnson’s Formulation Development Internship, where science meets innovation to shape the future of healthcare. This biomedical engineering internship offers students hands-on experience in studying how real-world stresses affect drug product stability. Interns will gain valuable exposure to biochemistry, pharmaceutical sciences, and life science research, contributing to global advancements in patient safety and product development.
About the Company
Johnson & Johnson is a global leader in healthcare innovation, dedicated to improving human health through pioneering research and technology. With expertise spanning Innovative Medicine and MedTech, the company continues to develop transformative solutions that prevent, treat, and cure complex diseases.
Biomedical Engineering Internship Details:
- Intern Title: Formulation Development Intern
- Location: Malvern, Pennsylvania, United States
- Requisition Number: R-037709
- Function: Career Programs
- Sub Function: Non-LDP Intern/Co-Op
- Category: Intern/Co-Op (Non-LDP)
- Work Pattern: Fully Onsite
- Application Deadline: November 14, 2025 (may be extended based on applications received)
About the Biomedical Engineering Internship
The Formulation Development Internship is part of Johnson & Johnson’s Career Programs and offers hands-on experience in biomedical engineering, biochemistry, and pharmaceutical sciences. This life science internship focuses on studying the effects of real-world stresses on drug products within the J&J portfolio. Interns will design and execute experiments that mimic agitation, mixing, and transportation stresses on protein formulations used in vials, IV bags, and syringes.
You’ll gain a deep understanding of how physical stresses impact protein stability and patient safety through both literature review and experimental data collection.
Key Responsibilities
- Design and execute laboratory experiments simulating transportation stresses.
- Study the effects of shear, mixing, impact, and cavitation on protein formulations.
- Utilize analytical tools such as Dynamic Light Scattering (DLS), FlowCam, and MFI.
- Develop stress-specific frameworks for evaluating drug product stability.
- Contribute findings that enhance patient safety and product reliability.
Preferred Majors
- Biochemistry
- Biomedical Engineering
Qualifications
- Minimum 6 months of laboratory experience required.
- Rising junior (undergraduate) or graduate student preferred.
- Permanently authorized to work in the U.S. (Candidates requiring visa sponsorship, such as H-1B, CPT, or OPT, are not eligible unless they hold long-term independent authorization.)
