Thesis Work, 30 Credits - Understanding And Managing Apparent Over-recovery In Nanocrystal Formulations During Early Development
AstraZeneca
Gothenburg, Sweden
Nanosuspension formulation analysis
Analytical method qualification
Experimental studies and analytical cross-validation
Investigate and map the possible causes of “apparent over-recovery” in early-stage nanosuspensions through systematic experimental and analytical studies
Job Summary
Investigate and map the possible causes of “apparent over-recovery” in early-stage nanosuspensions through systematic experimental and analytical studies.
Propose robust strategies for analytical method and process control to prevent or minimize over-recovery.
Contribute to continuous improvement of formulation and analytical workflows, promoting predictive and learning-based approaches over ad hoc troubleshooting.
Matching Summary
Investigate and map the possible causes of “apparent over-recovery” in early-stage nanosuspensions through systematic experimental and analytical studies.
Skills & Requirements
Must-have
nanosuspension formulation analysis
analytical method qualification
experimental studies and analytical cross-validation
predictive and control strategies
master's thesis work
Nice-to-have
proactive, hypothesis-driven mindset
collaborating with formulation and analytical teams
entrepreneurial spirit
making a difference
Key Requirements
Master’s program enrollment
Hands-on lab experience
Familiarity with method development/qualification
Ability to execute experiments and communicate findings