Radost Ivanova

• Conducted research and development in pharmaceutical engineering and advanced materials, focusing on characterisation and performance evaluation of pharmaceutical formulations and polymer nanocomposite materials to advance product efficacy.
• Conducted research involving advanced polymer nanocomposite materials incorporating graphene and other carbon-based nanostructures for electronic applications.
• Conducted rheological characterization of pharmaceutical formulations, including ointments, gels, and semi-solid dosage forms, assessing viscosity, flow behavior, stability, and other critical formulation properties.
• Analysed and documented complex experimental data to evaluate material properties and formulation performance, ensuring compliance with technical and quality requirements.
• Planned and executed experimental studies in accordance with established methodologies, technical procedures, and research protocols, ensuring accuracy, consistency, and reproducibility of results.
• Operated, calibrated, and maintained advanced laboratory and analytical equipment, ensuring reliable measurements and adherence to established operating and quality procedures.
• Prepared and reviewed technical and scientific documentation, including experimental results, analyses, reports, and project-related documentation, with a strong focus on accuracy and attention to detail.
• Contributed to national and EU-funded research projects, supporting research planning, experimental activities, data analysis, and technical reporting to achieve project objectives.
• Collaborated with international research teams, external partners, and multidisciplinary stakeholders on scientific and technical projects, ensuring effective communication and coordination of project activities.
• Presented complex scientific and technical findings at national and international conferences and technical events, effectively communicating results to diverse professional audiences.
• Trained and mentored new employees in laboratory procedures, instrumentation, technical methodologies, data analysis, and documentation practices.
• Participated in the planning, coordination, and execution of national and international projects, contributing to the achievement of technical objectives and timely delivery of project activities.

• Thesis: "Rheology, structure, and properties at percolation threshold of polymer composites with graphene and carbon nanotubes"

Thesis: "Research on transparent electrode materials in organic optoelectronic structures"

Тhesis: "Investigation of Materials for Transparent Electrodes in Organic Optoelectronic Structures"