Technology Transfer and Development Scientist

Work Schedule
Environmental Conditions

Job Description
Scientist – mRNA Process & Analytical Development / Technology Transfer

Location:

Monza, Italy
At Thermo Fisher Scientific, our mission is to enable our customers to make the world healthier, cleaner, and safer. Within our expanding mRNA/LNP platform, we develop and scale next‑generation RNA technologies that power innovative therapeutic solutions worldwide.
If you are a scientist who wants to see your work move beyond the bench and into manufacturing — this is your opportunity.
The Opportunity
We are seeking an experienced and driven Scientist to join our growing international team at the forefront of mRNA and lipid nanoparticle (LNP) process development.
This role sits at the intersection of process development and technology transfer, where science meets scalability. You will transform customer and internal mRNA/LNP processes into robust, manufacturing‑ready solutions — directly impacting therapeutic programs.
You will work hands‑on across the full mRNA workflow, including:

Bioreactor‑based in vitro transcription (IVT)
FPLC purification (AKTA systems)
LNP formulation
Tangential Flow Filtration (TFF)

Your experiments will not remain theoretical — you will see them scale, transfer, and operate in real‑world manufacturing environments.
This position is ideal for scientists who thrive in technically dynamic environments where scientific challenges evolve rapidly and priorities shift in response to innovative projects.
Your Impact

Develop, optimize, and characterize upstream and downstream mRNA processes
Drive scale‑up and scale‑down studies to build robust, scalable development strategies
Lead and support technology transfer activities from customer processes into internal PD and manufacturing environments
Translate experimental findings into clear technical documentation, protocols, and development reports
Collaborate cross‑functionally with MSAT, Manufacturing, QC/Analytical Development, Supply Chain, and Project Management
Contribute to investigations, troubleshooting, and continuous process improvements
Present data‑driven recommendations to internal stakeholders
Mentor junior scientists and contribute to building technical excellence within the team

Your Profile
You are a hands‑on scientist who enjoys solving complex technical challenges and seeing your work implemented  are analytical, adaptable, and comfortable operating in a fast‑paced development environment.
Education & Experience

Master’s degree in Process Engineering, Chemical Engineering, Biotechnology, or related field with relevant industry experience or
PhD in Biochemistry, Chemistry, Chemical Engineering, Biological Engineering, or related discipline with postdoctoral or industrial experience

Technical Expertise

Proven experience in mRNA/LNP process development or hands‑on RNA/DNA processing in scalable, non‑kit‑based environments
Strong experience with chromatography systems (AKTA/FPLC) and TFF
Familiarity with regulated or industrial manufacturing environments
Exposure to RNA analytical techniques (e.g., U/HPLC, CE, Ribogreen assay, DLS) is a strong advantage
Experience in technology transfer or scale‑up is highly desirable

Working Style

Strong analytical mindset and structured problem‑solving approach
Ability to manage multiple projects in a fast‑moving environment
Clear and confident technical communication skills
Collaborative, proactive, and solution‑oriented attitude

Language Requirements

Fluent English
Intermediate Italian (to support effective site collaboration)

Why You’ll Love Working Here

Work at the cutting edge of mRNA and LNP technologies
See your scientific work translate into manufacturing reality
Join an international, multidisciplinary team with strong technical depth
Contribute to programs that advance next‑generation therapeutics
Grow professionally in a fast‑evolving field with strong development opportunities
Operate in an environment where science, scalability, and impact intersect

At Thermo Fisher Scientific, your expertise will directly enable scientific progress — turning innovative RNA technologies into scalable therapeutic solutions that make a real‑world difference
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