Sweden
I am a Public Health MSc graduate with a specialization in Health Economics and a background in biomedical science, motivated by a strong interest in developing equitable, data-informed healthcare solutions. My training brings together two complementary perspectives: one grounded in the biological and clinical foundations of health, and the other in the health systems, policies, and economic considerations that shape healthcare delivery and access. Through my studies in public health, I built a strong foundation in health equity, social determinants of health, and population-level analysis. I also gained exposure to how health economics supports evidence-informed decision-making, including through health technology assessment and cost-effectiveness analysis. My master’s thesis involved quantitative analysis of regional variation in outpatient healthcare utilization in Sweden, examining patterns of access and equity and their relevance for health system and policy discussions. I am interested in entry-level opportunities at the intersection of health economics, public health analysis, and healthcare data, where scientific evidence and quantitative analysis inform policy, access, and system-level decision-making. My goal is to contribute meaningfully to the improvement of healthcare systems and population health through rigorous, evidence-based approaches.
• Conducted quantitative analysis of Swedish outpatient healthcare utilization data to examine regional variation in access and equity. • Applied econometric and statistical methods to investigate demand-side drivers of healthcare use across regions. • Synthesized findings into a policy-relevant report, highlighting implications for healthcare access and system performance. • Worked with large-scale datasets, ensuring data cleaning, validation, and analytical rigor throughout the research process.
• Supported health economics and market access activities through research on coding, coverage, and reimbursement pathways for Glaukos across different healthcare systems, with a particular focus on UAE. • Analyzed how reimbursement structures and payment mechanisms influence market access and adoption of ophthalmic technologies. • Gained exposure to health economic model structures, including review and interpretation of Markov models used in economic evaluations. • Contributed to internal summaries synthesizing clinical evidence to support market access insights.
• Worked within hospital diagnostic services, gaining hands-on exposure to clinical workflows and healthcare delivery pathways across laboratory medicine. • Performed molecular and clinical diagnostic testing, including DNA/RNA extraction and quantitative real-time PCR, contributing to diagnostic and research processes. • Ensured quality control, accurate documentation, and regulatory compliance in line with CAP and ISO 15189 standards. • Participated in quality assurance activities and CAP inspection preparedness, supporting patient safety and laboratory accreditation requirements. • Developed a strong understanding of how clinical data is generated, validated, and integrated into healthcare systems to support clinical decision-making. • Operated safely within BSL-3 containment, adhering to strict biosafety and risk management protocols. • Provided training and mentorship to new lab technicians, contributing to their professional development.
• Supported accurate and timely diagnostic testing through preparation, organization, and processing of clinical specimens across laboratory departments. • Assisted technologists and clinicians by ensuring reliable sample handling, documentation, and result verification to support patient care. • Operated within BSL-2 and BSL-3 laboratory environments, adhering to strict biosafety and infection control protocols. • Maintained quality records, documentation accuracy, and regulatory compliance in line with ISO 15189, CAP, and MOH guidelines. • Contributed to efficient laboratory operations, including inventory monitoring and workflow support, across high-throughput diagnostic settings. • Developed an understanding of how laboratory data is generated, validated, and integrated into clinical decision-making processes. • Assisted in meeting department CAP regulatory requirements and drafting Standard Operating Procedures (SOPs).