Full-time Faculty Positions in Health Informatics

Full-time Faculty Positions in Health Informatics

METU Department of Health Informatics invites applications for Assistant Professor positions (Dr. Öğretim Üyesi).  We are looking for outstanding researchers from interdisciplinary backgrounds such as neurosciences, biomedicine, and engineering interested in working in the fields of translational neuroimaging, non-invasive brain stimulation, advanced neurophysiology and computational neuroscience, bioinformatics and clinical informatics.

Applicants can seek for more information about the Health Informatics Department and the ongoing research of current faculty from the following resources:

Health Informatics Department: http://hi.metu.edu.tr

Medical Informatics Program: http://mi.metu.edu.tr

Bioinformatics Program: http://bi.metu.edu.tr

 

APPLICATION PROCEDURE

Please share your current CV, and letter of intent on research and teaching with the Head of Department Dr. Aydın Son (yesim@metu.edu.tr). Applications will be screened based on department requirements, and additional documentation can be requested accordingly.

EVALUATION OF APPLICATIONS

Initial evaluation will be conducted by the academic committee; final appointment is pending on university and the higher-education council (YÖK) approval.

Announcement Category

Emrah Akkoyun, Growth Model for Abdominal Aortic Aneurysms Using Longitudinal CT Images

Developing a tool having the capability of predicting future AAA growth rate is important in terms of surgical planning and patient management. In this study, 106 CT scan images from 25 Korean AAA patients were retrospectively obtained. 21 geometrical measurements derived from scans, their growth rates, and their pairwise correlations were analyzed, and the predictability of the growth for high-risk aneurysms was attempted to enhance. Furthermore, the prediction model was built specifically on patient characteristics using the various geometrical measurements enhanced the prediction capability of a measurement at any time-point, along with an evaluation of the associated uncertainty.

Date: 02.03.2020 / 12:40 Place: Conference Hall-1

English

YÖK 100/2000 Doktora Burs Programı "Biyoenformatik ve Biyoistatistik" Öncelikli Alan Başvuruları

"Biyoenformatik ve Biyoistatistik" Öncelikli alanında verilmek üzere Bahar 2020 Dönemi için başvurular ODTÜ Enformatik Enstitüsü tarafından 19.02.2020 ve 26.02.2020 tarihleri arasında alınacaktır.

100/2000 YÖK Doktora Bursu usul ve esaslarına dair detaylı bilgiyer erişim için: https://yuzikibinbursu.yok.gov.tr/Documents/AnaSayfa/100_2000_Usul_Esaslar.pdf

"Biyoenformatik ve Biyoistatistik" alanlarında doktora yapmak isteyen veya doktora programına kayıtlı olup tez aşamasına geçmemiş öğrencilerin aşağıda belirtilen başvuru için gerekli belgeleri elden basılı alarak ODTÜ Enformatik Enstitü Müdürlüğü sekreteri Nilüfer Şeker'e teslim etmeleri gerekmektedir.

Gerekli belgeler:

  • Transkript (Lisans ve Yüksek Lisans)
  • ALES Sonuç Belgesi
  • Yabancı Dil Sınav Sonucu
  • Burs programına başvurmak istediğine dair başvurmak istediği alanı belirten ve iletişim bilgilerini içeren (adres, telefon numarası, e-posta) dilekçe
  • Çalışma belgesi (İlgili Makama hitaben yazılacak olup işe başlama tarihi belirtilmiş olmalıdır.)

Announcement Category

COGS Seminar Series (Algorithmic Identification of Observers in Arbitrary Dynamical Systems)

Cognitive Science Departmental Seminars starts with Gülce Kardeş from Physics department.

Date: 19.02.2020, 12:40, Place: S-03

 

Algorithmic Identification of Observers in Arbitrary Dynamical Systems

 

Gülce Kardeş, METU Physics

 

Abstract

Since Shannon’s introduction to information theory, we have tended to fix our attention to a syntactic analysis of information. Yet a profound disclosure of meaning in information is reported by a group of systems (e.g. biological organisms) that use information from their environment which causally contributes to their ability of maintaining existence. In this study, we consider the problem of identifying such systems, called observers, that render a priori companion of semantic information (Kolchin- sky and Wolpert, 2018) possible. We introduce spin models as a platform in which we construct an identification procedure. Our findings present the physical properties of spin systems that have determinant role in specifying observers. We also investigate further characteristics of semantic information, and list several implications to discuss the applicability of our work to any physical system.

 

Joint work with David Wolpert, Santa Fe Institute

Announcement Category

Cybersecurity Department Applications of Transfer from M.S. Non-Thesis to M.S. Thesis

Cybersecurity Department Applications of Transfer from MSc Non-Thesis to MScThesis are evaluated  and the names of the candidates who are eligible for the transfer to the Thesis Master program are given below:

Surname Name
AYDIN KIVANÇ
AYDUMAN NUSRET ONUR
BOLEL ONUR
DURDAĞI EMRE
LEBLEBİCİ MEHMET
ÖZKAN ABDULLAH

Announcement Category

Tuğçe Gölgeli, A Case Study on The Effect of Route Characteristics on Decision Making in the Sport of Orienteering

When choosing a route in orienteering, it is important to combine physical endurance with mental processes and the ability to adapt to the environment and optimize them correctly. In this study, the components affecting route selection were investigated. For this purpose, the data obtained from athletes through GPS containing watches were examined with quantitative and qualitative research methods. Then, a model based on spatial data was created to find the shortest paths and to compare the compatibility with the behaviors of athletes, and the relation of route selection decisions with some specified cognitive paradigms was questioned.

Date: 30.01.2020 / 10:00 Place: A-108

English

Davut Çavdar, Design of a Context Aware Security Model for Preventing Relay Attacks Using Nfc Enabled Mobile Devices

In this thesis, we offer a context-aware security model extending the role-based access control model in order to prevent relay attacks in NFC enabled mobile devices with both theoretical and practical approach. Within this study, we identify possible vulnerabilities and requirements then design the model. Parallel to conceptual design, we also developed a complete test-bed to deploy the model on it. Finally, we verified the model theoretically and practically.

Date: 27.01.2020 / 16:00 Place: Conference Hall-1


English

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