HITAP, under the leadership of the National Health Foundation (NHF), Thailand, is partnering with the Saw Swee Hock School of Public Health (SSHSPH), National University of Singapore (NUS) and the Mathematical/Economic Modelling Department (MAEMOD) at the Mahidol Oxford Tropical Medicine Research Unit (MORU) as part of the Asia HTA Consortium

To understand the digital health landscape in different countries from national strategy and regulation to HTA evaluation, adoption, and challenges. The objective is to use this information to better inform digital health policy in Thailand as well as to create a reference case to conduct HTA for digital health technologies.

Conducting economic evaluation and budget impact of biologic agents as 2nd-line treatment options for non-systemic juvenile idiopathic arthritis patients who are refractory to 1st-line treatment.Documents

Adapting a dynamic transmission model developed by National University of Singapore to the Philippines context, in order to address policy questions around COVID-19 vaccine choice, target population for booster doses, and the impact of social gatherings on COVID-19 spread.

To calibrate the Covid M SEIR model to Thailand and to build capacity to use the model to address policy questions in Thailand. This project will address COVID-19 vaccination policy questions, such as frequency and target population for booster doses, as well as development of web-based applications to communicate the results to policymakers and ot

Providing technical support on HTA studies and support with capacity building through knowledge exchange.

Providing technical support to the UHC agency in Senegal to institutionalise HTA.

Infectious disease modelling have played a defining role in managing the COVID-19 pandemic and their use is expected to rise owing to emerging disease outbreaks. Hence, countries have recognised the need to strengthen the capacity to use such models to prepare, manage, and exit outbreaks by answering difficult and dynamic policy questions.   The

The rapidly evolving healthcare landscape is being shaped by cutting-edge technologies such as big data analytics, digital advancements, and genomics, leading to the emergence of Precision Medicine (PM). National genomics programs worldwide are embracing PM\'s potential, signaling an imminent integration into healthcare systems. However, PM interve

\"UNITE for Thailand\" is an initiative designed to cultivate the next generation of global health leaders, anchored by the Health Intervention and Technology Assessment Program (HITAP). The proposal acknowledges the critical role of effective leadership in addressing global health challenges and emphasizes the need for proactive support for early