Master Degree / Yüksek Lisans Tezleri
Permanent URI for this collectionhttps://hdl.handle.net/11147/3008
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Master Thesis Development of 3d Printed Spectroscopy Instrumentation for Medical Applications(01. Izmir Institute of Technology, 2020) Karabudak, Engin; Karabudak, Engin; 04.01. Department of Chemistry; 04. Faculty of Science; 01. Izmir Institute of TechnologyThe aim of this thesis is technically to produce a national production basement on analytical device manufacturing. In addition, recent advances in the evaluation of absorbance, reflection and fluorescence spectrum measurements in the UV-VIS range (vascular volume, oxygenation, extra cellular matrix, metabolic redox states, cellular proliferation) give us valuable measurements about the diagnosis, prognosis and treatment of some cancer types. Thus for every doctor and for every medical laboratory a cheap, portable, handy, and enough accurate UV-VIS spectrometer has become an up to date demand. Therefore production of an analytical VIS-spectrometer is planned as a first step on the way of our aim, by using our laboratory facilities and by using very common optical, electronical, mechanical components in the market around. Optical box design was get from an internet open source and printed in our laboratory by 3D-printer (Stratasys-Objet 30). A general purpose plastic mounting box (15x9x5 cm) is used for electronic part of the spectrometer. These two box is adjusted to each other to become as a single cabinet for spectrometer. Optical components are mounted, aligned and coupled to electronic circuit. PC and Microcontroller programs are written and loaded in our laboratory. During the calibration of our device, its performance is compared with the technical specifications of commercial VIS-spectrometers. As a last step; the produced device is used and tested in our laboratory.Master Thesis Exploring Adoption of Smart Glasses: Applications in Medical Industry(Izmir Institute of Technology, 2015) Göken, Müge; Başoğlu, Ahmet Nuri; Başoğlu, Ahmet Nuri; 02.04. Department of Industrial Design; 02. Faculty of Architecture; 01. Izmir Institute of TechnologyThis research is a study exploring the utilization of smart glasses by physicians and their adoption to these products in medical industry. Although different smart glasses were examined in the process by literature review, in whole work, M100 was used as a physical product. In this research study, three research methods were preferred. These are semi-structured in-depth interview, expert focus group work and experimental study. 95 constructs were extracted from literature review and interviews by physicians. 15 most significant constructs were selected by physicians in the expert focus group work. At the end, 75 physicians answered a survey related with 30 constructs. These constructs include the most significant design inputs of smart glasses for the expert group. The survey included approximately 50 questions. According to survey, screen ergonomic was the most preferred design input of smart glasses for physicians. The other four significant design inputs are technical support, privacy, adjustability and ease of monitoring medical data in order. To sum up, this study states that designers of smart glasses should consider these five significant design factors at the first stage of smart glasses product development.