MRes Global Health in Glasgow United Kingdom | University of Glasgow

Gain a distinctive chance to cultivate a critical awareness of pivotal topics in health and medicine, health policy and planning, along with the social factors influencing health disparities from a social science viewpoint.
Both the MSc and MRes programs enable you to tailor your studies to global health topics that align with your interests, offering an interdisciplinary approach in both framework and subject matter. You'll explore health challenges affecting diverse populations and transcending borders, including societal and cultural perceptions of health, chronic conditions and disabilities, as well as international and national health strategies. You'll critically assess health determinants while gaining profound insights into how equality/inequality, demographics, and geography shape health outcomes. Through social science research methodologies, you'll conduct original research under expert guidance from renowned University centers: the School of Health & Wellbeing, MRC Social & Public Health Sciences Unit, Strathclyde Centre for Disability Research, Centre for the History of Medicine, and Policy Scotland. Join a premier hub for applied policy research, uniting specialists in health disparities, wellbeing, disability, urban health, health economics, and medical history. Engage in networking initiatives, such as hosting global health experts at career events or undertaking a week-long study visit to Geneva (or another European global health hub). Receive tailored support to develop the competencies, practical experience, and professional connections that will advance your global health career.
During your Glasgow studies, you'll benefit from personalized career guidance in global health. The program provides early career direction, including strategic planning and leveraging social media for professional growth. You'll also have the chance to coordinate events featuring prominent global health practitioners, learning from their career trajectories in this dynamic field.