Thesis Work, 30 Credits - Understanding And Managing Apparent Over-recovery In Nanocrystal Formulations During Early Development
AstraZeneca
Gothenburg, Sweden
Hands-on lab experience with analytical techniques
Method development and qualification knowledge
Experimental study and analytical cross-validation
You will investigate the causes of apparent over-recovery in early-stage nanosuspensions and develop strategies to improve data reliability and formulation robustness
Job Summary
You will investigate the causes of apparent over-recovery in early-stage nanosuspensions and develop strategies to improve data reliability and formulation robustness.
This thesis opportunity provides a unique environment to pursue your interests while developing a broad skillset and delivering real value to patients and the business.
AstraZeneca is dedicated to creating an inclusive and equitable workplace that empowers employees to push scientific boundaries and fuel entrepreneurial spirit.
Matching Summary
You will investigate the causes of apparent over-recovery in early-stage nanosuspensions and develop strategies to improve data reliability and formulation robustness.
Skills & Requirements
Must-have
Hands-on lab experience with analytical techniques
Method development and qualification knowledge
Experimental study and analytical cross-validation
Proactive hypothesis-driven mindset
Excellent English scientific communication
Nice-to-have
Experience with colloids and nanosuspensions
Collaborative teamwork with formulation and analytical teams
Predictive and learning-based approach to problem solving
Key Requirements
Enrolled in master’s program in physical/analytical chemistry or related field
Hands-on experience with HPLC/UPLC, UV–Vis, DLS/laser diffraction
Familiarity with dilution, sampling best practices, and error analysis
Excellent English communication skills
Ability to execute experiments and document findings clearly