Telkom University Report On Progress of SDGs 3. Good Health and Well-Being
Telkom University plays an active role in supporting the achievement of Sustainable Development Goals (SDGs) 3, namely "Good Health and Well-being," through various innovative research projects. Throu...

Telkom University plays an active role in supporting the achievement of Sustainable Development Goals (SDGs) 3, namely "Good Health and Well-being," through various innovative research projects. Through leading research focused on healthcare, Telkom University strives to improve the quality of health services, develop accessible health technologies, and promote innovation in the medical field Participation in this research includes the development of technology-based solutions through digital health applications, as well as initiatives to raise public awareness of the importance of mental and physical health. Telkom University's contribution aligns with its commitment to creating a healthier, more prosperous society, empowered to face global health challenges.
Dr. Untari Novia Wisesty, a lecturer from the Faculty of Informatics, has been actively contributing to the fields of Electrical Engineering and Informatics by conducting research titled "IM SelaTCN: A Deep Learning-Based Sequential Labeling Model for Detecting Mutation Types and Indexes in DNA Sequences of Breast and Lung Cancer." Her research aims to create a highly accurate and fast deep learning model that can detect cancer risks early by analyzing DNA sequences. This research is expected to help medical professionals in Indonesia detect cancer earlier and develop more efficient targeted therapies. In 2023, A lecturer from the Faculty of Applied Science (FIT) at Telkom University, Yuli Sun, has developed a new technology for non-invasive monitoring of white blood cells.
This technology utilizes image-based artificial intelligence (AI) and a neuromorphic camera to accurately and efficiently detect white blood cells in the nailfold capillary (small capillaries located under the fingernails). Yuli presented this research in her dissertation titled "Frame/Event-Based Learning Methods for White Blood Cell Detection in Nailfold Capillary." She recognizes that white blood cells are crucial for detecting infections and immune responses. The white blood cell count can indicate organ damage and immunodeficiency, aiding in the diagnosis of diseases. Additionally, in 2023, we have released a total of 90 research publications in accredited journals and conferences related to SDG 3
The full list of the publication can be accessed here: https://docs.google.com/spreadsheets/d/1RMJCK7EGMNzCtxrEXiV4TQWu97OAK3l0/edit?gid=2104504784#gid=2104504784
Full Sustainability Report On SDGs 3 can be accessed here : https://drive.google.com/file/d/14u3yG6q_vucHFdmuhGGEJ_mKyIqnMxtH/view