Co-Op, CMC Development (Spring 2027)

Moderna
Norwood, Massachusetts, United StatesPosted Aug 31, 2026
Spring 2027

About the role

The Role This is a winter / spring co-op opportunity in Norwood, MA from January 18, 2027 – June 25, 2027. Applicants must be available for the entire duration of the co-op. Start date will be January 18, 2027. The CMC Development organization at Moderna is looking for top talent in science and engineering to deliver on its mission to design manufacturing processes for mRNA medicines. Co-ops will have an opportunity to be part of high-performing project teams developing new manufacturing platforms to produce mRNA therapeutics and vaccines destined for clinical trials and commercial licensure. You will apply your educational background and learn new technical skills in the synthesis of mRNA, assembly of lipid nanoparticles and formulation of drug products to be administered to patients. You will develop a deep understanding of control strategies to ensure manufacturing processes can consistently deliver mRNA medicines of the highest quality. This position is site-based, requiring you to be at Moderna’s site full-time. This position is not eligible for remote work. Here’s What You’ll Do Work with a team of highly skilled experts to come up to speed on technology and techniques. Use laboratory, technical and communication skills to generate experimental results, perform data analysis, and document in formal reports including conclusions and recommended next steps. Perform process scale-up, support technology transfer and provide manufacturing support at internal Moderna, and external contract manufacturing sites. Participate in planning, design, execution, analysis of experiments and formal risk assessments to establish critical process parameters, and overall process control strategies. Optimize the impact of formulation and processing conditions on the stability of mRNA drug products and process intermediates. Review and share relevant academic literature and establish new collaborations with internal research and manufacturing groups. Create scaled-down models, and

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