Mag. Andrew Ermishkin

• supported global brands indicated for peripheral neuropathy and vitamin deficiency • assessed scientific data in multiple projects to facilitate evidence generation • contributed to critical lifecycle management activities • developed educational materials for healthcare professionals (HCPs) to improve condition awareness and patient care • conducted comprehensive literature research, synthesising findings to support evidence-based decision-making • led digital and AI-based transformation initiatives

• supported the Nerve Care and Medical Governance & Compliance teams • monitored violations in the interactions with HCPs • conducted medical evaluations to assess how clinical outcomes can improve consumers' lives • updated and maintained employee trainings • became familiar with the Pharmacovigilance, Regulatory, Clinical (GCP), Marketing, Legal, and Quality (GMP) sectors

• created and tested liposomal J-aggregates of ICG to enable more effective chemo- and photothermal therapy and multi-modal imaging • utilised absorption, fluorescence, DLS and laser irradiation methods for analysis • conducted encapsulation efficiency and release studies

• participated in an intensive Computer-aided Drug Discovery practical course • studied receptor proteins and ligand molecules, gaining practical understanding of computational drug discovery methods • utilised the following software: AlphaFold (ChimeraX), PyMOL, MOE, Rosetta EvoLigand

• completed two consecutive internships focused on conductive nanocomposites • gained hands-on experience with electron microscope, spraying machine, ultrasonic stirrer, etc. • made samples of nanocomposites and carbon-based solutions • prepared melamine sponge samples, treated them to increase conductivity, measured impedance under compression, and took SEM images

• dealt with the viscosity of substances • worked with different types of liquids • learned techniques for operating various viscometers, mainly Brookfield

Thesis: Making Short-Wave Infrared Light-Sensitive Liposomes Via Template-Directed
 J-Aggregation of Indocyanine Green Courses included: Pharmaceutical Development • Basics of Clinical Trial Research • Medicinal Chemistry Statistical Methods for Medical Research • Introduction to Pharmacoepidemiology and Pharmacovigilance

Courses included: Receptor Biochemistry • Computer-aided Drug Discovery • NMR on Biosystems Selected Topics of NMR Spectroscopy • Structural Analysis in Inorganic Chemistry Synchroton Radiation and its Applications

Courses included: Quantum Chemistry and Chemical Bonding • Nuclear Magnetic Resonance Optical Spectroscopy • X-Ray Diffraction • Mass Spectrometry

Courses included: Process Control and Automation • Industrial Biomass Processes Nanochemistry and Nanoengineering

Courses included: Unit Operations of Chemical Engineering • Applied Chemical Processes Structural Analysis

Thesis: Investigation of the Electrical Properties of Nanocomposites Produced to Create Subcutaneous Sensors