Eliza Parvu

Demonstrated high diagnostic precision through detailed clinical examinations, integrating observational acuity with laboratory findings for complex pathological conditions. Applied structured clinical reasoning and advanced problem-solving techniques, ensuring strict compliance with national and European veterinary regulations. Collaborated effectively within interdisciplinary teams and upheld st

Conducted routine and emergency clinical assessments of small and large animals, integrating physical examination findings with laboratory diagnostics. Oversaw the collection and interpretation of biological specimens for various diagnostic purposes, including PCR-based pathogen detection. Executed minor and major surgical procedures under aseptic conditions, applying modern anesthesiology protoco

Performed clinical examinations and differential diagnoses on companion animals, utilizing physical assessments and diagnostic adjuncts. Developed and implemented individualized therapeutic plans, including antimicrobial and anti-inflammatory treatments, guided by antimicrobial stewardship principles. Engaged in field-based sterilization campaigns and educated pet owners on preventive veterinary c

Activities and societies: Studied fundamentals of software testing, dynamic and static test design techniques, and risk-based testing. Gained proficiency in test management with Jira and Zephyr, API testing using Postman, and relational databases with SQL/MySQL, preparing for ISTQB certification.

Completed a structured training program in software quality assurance, emphasizing the application of testing methodologies within regulated environments such as medical and veterinary health systems. The certification provided foundational and intermediate competencies necessary for validating digital platforms involved in clinical diagnostics, patient data management, laboratory information syst

Activities and societies: Key academic disciplines included Anatomy, Physiology, Microbiology, Immunology, Parasitology, Pharmacology, Clinical Diagnostics, Surgery, and Public Health. Developed strong analytical, critical thinking, problem-solving, and scientific communication skills.

Completed an interdisciplinary veterinary medical curriculum, grounded in the biological, pathological, and clinical sciences essential to both animal and public health. The program emphasized scientific rigor, diagnostic precision, and clinical proficiency, providing a strong foundation applicable to laboratory research, translational medicine, and One Health initiatives.

Activities and societies: Focused on developing strong logical and structured thinking, alongside algorithm design and programming skills.

Completed an intensive Mathematics-Computer Science profile, developing strong logical and structured thinking. Gained foundational algorithm design and programming skills.