We are seeking motivated and dedicated Master’s students to contribute to an important and emerging area of research: the use of wearable technology and ecological momentary assessments (EMAs) among children and adolescents affected by type-1 diabetes and their families. As wearable devices and EMAs become increasingly integrated into daily life for disease management, understanding the factors influencing their adoption and sustained use is crucial. This thesis project is embedded in our KIND project. It will focus on identifying the barriers and facilitators that impact the continued use of wearables and EMAs in younger populations with type-1 diabetes.

Project Overview

This research will involve conducting in-depth qualitative interviews with children, adolescents, and their families to explore their experiences, perceptions, and attitudes toward wearable technology and EMAs. Topics may include usability, privacy concerns, perceived benefits, social influences, and the impact of wearables and EMA activities on daily routines and health behaviors.

Key Responsibilities

• Develop a detailed interview guide based on existing literature and your research questions.
• Conduct interviews with diverse participants, ensuring ethical considerations are fully respected.
• Analyze the qualitative data to identify common themes, patterns, and insights related to wearables.
• Work closely with your thesis supervisor to ensure the research is conducted rigorously and contributes meaningfully to the field.

Who Should Apply

This project is ideal for students interested in digital health, psychology, public health, or the social sciences. Strong communication skills, a passion for qualitative research, and an interest in the intersection of technology and human behavior are essential.

Application Process

Interested students should submit a brief statement of interest and their CV to Prof. Dr. Tobias Kowatsch (tobias.kowatsch@uzh.ch). We encourage applications from students with diverse backgrounds and perspectives. Join us in exploring how wearable technology and EMAs can better serve young people affected by disease and their families. Your research could significantly impact the future design and implementation of these devices and EMAs!