J&J is looking for an intern for a Master thesis contract in ‘Raman measurements for CQA analysis’
At Johnson & Johnson, we use technology and the power of teamwork to discover new ways to prevent and overcome the world’s most significant healthcare challenges. Our Corporate, Pharmaceutical, and MedTech teams leverage data, real-world insights, and creative minds to make life-changing healthcare products and medicines. We're disrupting outdated healthcare ecosystems and infusing them with transformative ideas to help people thrive throughout every stage of their lives. With a reach of more than a billion people every day, there’s no limit to the impact you can make here. Are you ready to reimagine healthcare?
Here, your career breakthroughs will change the future of health, in all the best ways. And you’ll change, too. You’ll be inspired, and you’ll inspire people across the world to change how they care for themselves and those they love. Amplify your impact. Join us!
The MSAT Emerging Technology is looking to hire one student intern to work along with the ATARI (Analytical Technologies for Accelerating Real Time Release and Integrated Quality) team. The internship or master thesis will take place in Schaffhausen (Switzerland)
Starting date: as soon as possible.
The internship requires min 80% of full time engagement.
Activities
The ATARI team is dedicated to advancing pharmaceutical manufacturing through the integration of Quality (IQ) and Real-Time Release (RTR) strategies. A key focus is the in-/on-/at-line characterization of biologics' Critical Quality Attributes (CQAs). One of our projects focuses on utilizing Raman spectroscopy as a multi-attribute technique that can be used to non-destructively assess the quality attributes of our products including excipient quantification and protein characterization. We are seeking a dynamic, curious Bachelor/Master student to design and perform experiments to assess the various CQAs using Raman spectroscopy and benchmark their performance against the standard analytical techniques.
The many diverse activities part of this project offer incredible growth opportunities:
- Experiments related to Raman characterization of drug products.
- Benchmarking the online Raman results with offline analytical techniques.
- Data analysis and model building to correlate the Raman information with physical attributes.
- Optimization of various parameters to extract high quality information from the measurements.
- Support testing execution, with the opportunity to learn about the pharmaceutical processes and specific equipment.
- Documentation in the form of reports and ELNs to formalize the study.
