Thesis Abstract

Abstract
The healthcare sector has been witnessing a rapid integration of technology in recent years, aimed at improving patient care and accessibility to medical services. Dermatology, being a specialized field, can greatly benefit from innovative technological solutions that enhance self-assessment and remote consultation processes. This thesis presents the research and development of a mobile application specifically designed for dermatologic self-assessment and teleconsultation. The aim of this project is to provide a convenient platform for users to assess their skin conditions, seek professional advice, and receive teleconsultation services from certified dermatologists. The mobile application is designed to be user-friendly, secure, and equipped with features that enable users to capture and upload images of their skin concerns for remote evaluation. Through an intuitive interface, users can input relevant information about their medical history, symptoms, and concerns, facilitating a comprehensive assessment by dermatologists. The teleconsultation feature allows users to schedule virtual appointments with dermatologists, receive feedback on their skin conditions, and seek advice on treatment options. The development of this mobile application involved extensive research on dermatologic conditions, user interface design principles, telemedicine regulations, and data security protocols. The application was designed to comply with healthcare data privacy standards and ensure the confidentiality of user information. Additionally, user feedback and usability testing were conducted to refine the application interface and functionalities for optimal user experience. The literature review section of this thesis explores existing mobile applications in dermatology, telemedicine technologies, user acceptance of teleconsultation services, and the impact of technology on patient care in dermatology. The research methodology details the process of application development, including requirements gathering, design, implementation, testing, and evaluation. The findings from user testing and feedback analysis are discussed in the results chapter, highlighting the strengths and areas for improvement of the mobile application. Overall, the development of a mobile application for dermatologic self-assessment and teleconsultation represents a significant advancement in healthcare technology, providing users with convenient access to dermatologic expertise and enhancing the efficiency of dermatologic care delivery. The implications of this project extend to improved patient outcomes, reduced healthcare costs, and increased accessibility to dermatologic services, particularly in underserved areas. This thesis contributes to the growing body of research on telemedicine applications and underscores the potential of technology to transform healthcare delivery in dermatology.

Thesis Overview

The project titled "Development of a Mobile Application for Dermatologic Self-assessment and Teleconsultation" aims to address the growing need for accessible and convenient dermatologic care through the use of mobile technology. Dermatologic conditions are common and often require timely evaluation and management. However, barriers such as long wait times for appointments and limited access to dermatologists can hinder timely care delivery. The proposed mobile application will enable users to conduct self-assessment of dermatologic conditions through a user-friendly interface that guides them through a series of questions and image uploads. The application will utilize artificial intelligence algorithms to provide preliminary assessments based on user inputs and images, helping users to gauge the severity of their condition and determine the urgency of seeking professional medical advice. Moreover, the teleconsultation feature of the mobile application will allow users to connect with dermatologists virtually for remote consultations. This will facilitate timely access to expert advice, diagnosis, and treatment recommendations, reducing the need for in-person visits and improving overall convenience for users. The research will involve the design and development of the mobile application, incorporating user-friendly interfaces, secure data transmission protocols, and robust artificial intelligence algorithms for accurate self-assessment. User testing and feedback will be crucial to refining the application and ensuring its effectiveness in providing reliable dermatologic evaluations. Overall, this project aims to leverage mobile technology to enhance access to dermatologic care, improve patient outcomes, and streamline the healthcare delivery process. By empowering users to conduct self-assessments and connect with dermatologists remotely, the mobile application holds the potential to revolutionize the way dermatologic conditions are managed, making healthcare more personalized, efficient, and accessible for all.