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Precision for Medicine seeks a Clinical Scientist to perform scientific reviews of clinical data, ensuring data quality and consistency. This role supports a continuous risk management approach within oncology studies. The Clinical Scientist collaborates with project teams, providing input into project documentation and data outputs. They assist in identifying quality risks and recommend corrective actions. The role involves reviewing and analyzing clinical trial data, issuing and resolving queries, and providing study-specific training. They will work remotely from Poland, Hungary, Serbia, Romania or Slovakia.

Role involves:
  • Reviewing subject data for accuracy per protocol and oncology standards.
  • Collaborating with internal and external project team members.
  • Providing input into project-related documentation.
  • Assisting with the development and testing of data outputs.
  • Providing routine status updates and escalating issues.
  • Conducting UAT of programming output.
  • Reviewing and analyzing clinical trial data sources.
  • Communicating data quality issues and implementing actions.
  • Providing study-specific training for project teams.

Requirements:
  • Bachelor’s degree in science or healthcare discipline.
  • Proficiency in medical terminology.
  • At least two years in clinical operations, data management, or related discipline.
  • Experience in oncology clinical research.
  • Experience with electronic data capture systems (EDC) and data visualization tools.
  • Working knowledge of FDA & ICH/GCP regulations and guidelines.

Precision for Medicine offers:
  • Opportunity to work remotely.
  • Involvement in various aspects of clinical data review and analysis.
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Precision for Medicine

Precision for Medicine is dedicated to enhancing clinical research and development. They achieve this by providing specialized services that integrate scientific understanding with advanced analytical platforms. They help optimize clinical trials, accelerate drug development, and enable a deeper understanding of disease mechanisms, ultimately aiming to improve patient outcomes through precision medicine approaches and tailored therapeutics.