Teaching

Courses

Course responsible for MSc courses in the DTU Human-Centered Artificial Intelligence MSc program including:

  • 02808 Personal Data Interaction for Mobile and Wearables 
  • 02830 Advanced Project in Digital Media Engineering 

Ongoing Master’s Thesis Projects

  • Antoni Wojciech Skrobisz (2024) Enhancing Content Curation: Exploring Effective Application of Large Language Models through Prompt Engineering Techniques
  • Sándor Földi (2024) Reasoning over Documents with Large Language Models
  • Floortje van der Geest (2024) Navigating Parkinson’s: Exploring Self-Tracking Methods to Enhance Daily Life and Autonomy
  • Rasmus Boldvig Rottwitt (2023) Quantifying Subjective Tiredness to Prevent Overtraining

I supervise master’s projects within Human-Computer Interaction (HCI), focusing on personal  informatics, self-tracking, and data visualization. Drop me an email if you are interested in joining the lab for a master’s projects. BUT first take a moment to fill out this questionnaire and send it to me along with a printout of your grades.

Master’s Thesis Projects Supervised

  • 186. Liv Olsen (2023) An Interactive Visualization Tool for Exploring Self-tracking Data on Mental Phenomena
  • 184-185. Erik Nørgaard Thomsen and Mathias Fager (2023) A Privacy-preserving Place Detection Method for Wearable Self-tracking Devices
  • 183. Miriam Peinado Martin (2023) All-Pets: Personalized health tracking app for pets
  • 181-182. Piotr Ładoński and Gabriela Lidia Abello González (2023) Improving UX in book tracking platform through co-creation and design thinking
  • 180. Anastasia Sarlidou (2023) A Data Visualization Tool Supporting the Exploration of Self-tracking Data on Multiple Phenomena
  • 179. Frederik von Scholten (2023) Enriching Self-tracking Data with Privacy-preserving Place Contextual Data
  • 178. Caroline Ankjær Andersen (2023) UX Design and Prototyping of a Self-tracking Tool to Support Self-reflection for Psoriasis Patients
  • 177. Viktor Anz Tsanev (2023) User Experience Design for a Clinical Personal Informatics Tool to Support Therapy
  • 175-176. Simone Engelbrecht & Laura Bonde Holst (2023) Developing an Interpretable AI-model for Analyzing Menstrual Data from People with Irregular Cycles
  • 173-174. Eunseo Kim & Jiri Tykva (2023) A Comparative Study of EMA Instruments for Active Self-tracking
  • 172. Asterios Nastas (2023) A Cluster Analysis of Hearing Aid Usage Patterns based on Different Clinical Profiles from Fitting Data (in collab. w/ Oticon)
  • 171. Bartlomiej Jozef Otto (2022) Exploring Self-tracking of Social Media Consumption for Use in Therapy and Self-reflection
  • 170. Mikkel Gall Thang (2022) Transportation Optimization for Motorists in Metropolitan Areas using Integrated Prediction Models in Interactive Mobile Interfaces
  • 169. Laura Camilla Varga Castillo (2022) Exploring Interfaces for Supporting Self-tracking Pre- and Post-tracking
  • 168. Mustafa Sidiqi (2022) Visualization Tool for Multi-faceted Self-tracking Data for Use in Therapeutic Context
  • 167. Maria Lyck Carstensen (2021) Datavisualization and Gamification to Improve the Mathematical Level in Primary Schools
  • 166. Phillip Aagaard (2021) Improving User Experience by Digitalization of a Coherent Onboarding Flow
  • 165. Frederik A. K. Buur (2021) Free form data acquisition of experiences using smartphones
  • 164. Konstantinos Theologitis (2021) A Digital Platform to Enhance Information Sharing Between Mental Health Professionals and Patients with Anxiety Disorders
  • 162-163. Maren Kristin Gunnarsdottir & Jon Ravn Nielsen (2021) A Data Visualization Interface for Exploring Event Time Series
  • 161. Johan Weis Hansen (2021) Applied AI for improved training and reduced injuries in archery
  • 160. Andreas Hjort (2021) Food and Symptom Tracking as a Tool for Chronic Disease Management
  • 159. Jan-Eric Raab (2020) A Tablet and Stylus Based Approach for Data Visualisation Interaction
  • 158. Sultan Tariq (2020) Call Center Data Visualizer: Analysis and Visualization of Call Center Data to Enhance Productivity (in collab. w/ Falck)
  • 157. Michala Lindblad (2020) Data Visualization at Multiple Temporal Scales of Personal Data Time Series
  • 156. Fotios Pegios (2020) A Personal Data Visualization Tool for Non-Expert Users
  • 155. Krzysztof Blazej Czurylo (2020) A Framework for Multi-Faceted Analysis of Custom Personal Self-Tracking Data
  • 154. Camilla Braae Olsen (2020) A tool for collaborative analysis of self-tracking data 
  • 153. Katarzyna Natalia Zukowska (2020) Design and User Study of Interactive Visualization Techniques for Personal Data Time-Series
  • 152. Mikkel K. Buhl (2019) Visualization of Self-Tracked Observations Data to Explore Temporal Patterns
  • 151. Frederik Tao Dybdahl Larsen (2019) Visualization and Communication of Personal Data Time Series
  • 150. Henriette Steenhoff (2019) Development and design of smartphone application to provide individualized feedback on adaption strategies associated with thermal stress
  • 149. Thomas Orthmann (2019) An exploration of data visualization designs for active self-tracking time series
  • 147-148. Julia Meyer and Marios Filippidis (2019) Exploring Interactions and Data Visualisation for a Self-tracking Instrument
  • 146. Sigurbjörn Jónsson (2019) A Visualization Tool to Analyze and Enrich Personal Data
  • 145. Diana Tofan (2019) Visually Exploring Temporal Patterns of Self-tracking Data
  • 144. Sun Da (2019) A data visualisation tool supporting reflecting on personal self-tracking data
  • 143. Devran Kücükyildiz (2019) Visualization of Personal Data Time Series
  • 142. Barbara Ferreira (2019) What Am I Eating: User Experience applied to visualizations in mobile exploration tools for dietary tracking
  • 141. Rasmus L. Christiansen (2019) Smartwatch EMA Data Collection and Visual Analytics
  • 140. Martin K. Lund (2019) Food logging and tendency recognition for type 1 diabetics
  • 139. Linda Skovmand (2019) Visual Exploration of Personal Data Time Series
  • 138. Mikkel Baand Rasmussen (2018) One-Button Active Self-Tracking Data Interaction and Visualization
  • 137. Mohammad Al Atraktchi (2018) The Smartphone as a Source for Profiling Individuals Investigated through the Vetting Process in Security Clearances for Intelligence Agencies
  • 136. Anders Beck (2018) Gesture Based Input Method for Wearable Devices
  • 135. Shishupal Singh Rathore (2018) Researching Feasibility of Voice-Based Assistants/Interfaces in the Insurance Industry (in collab. w/ Principal)
  • 134. Atila Sarvari (2018) FleetScanner: An IoT-based Infrastructure for Compound Management (in collab. w/ Autorola Solutions)
  • 133. Andrei Corneliu Suciu (2018) Active Self-Tracking and Data Visualization of Time Series on Wearables
  • 132. Kristian Orth Dam Jensen (2018) Exploring Interaction Methods for Self-Logging with a Wearable Smartbutton
  • 131. Johan Frølich (2018) Visualization and Navigation of Personal Data Time Series
  • 130. Maiken Kock Rask (2018) Motivating users of RheumaBuddy App to interact with the technology on a regular basis using a Lean UX approach (in collab. w/ Daman)
  • 128.-129. Kasper Wandahl Fogh & Amina Arshad (2017) Developing a Recovery Training App for Paraplegia Patients and Physiotherapists
  • 126-127. Viðar Friðriksson & Finnur Kolbeinsson (2017) Fit Tales: Workout Companion
  • 125. Mircea Barba (2017) Personal Tracking and Analysis of Subjectively Experienced Events Using Smartphones and Smartbuttons
  • 123.-124. Cezar-Costin Pirvu & Vlad-Cosmin Ozunu (2017) A Personal Analytics App for Spatiotemporal Data from Smartphones
  • 122. Pernille Julie Hansen (2017) Visualization of Periodic Patterns Across Personal Time Series
  • 121. Bartosz Lukasz Koczorowicz (2017) An Interactive System for Fostering Healthy Sleep Patterns Through Ambient Displays (in collab. w/ University of Stuttgart)
  • 120. Emil Alexander Holm (2017) Developing an App for Psoriasis Patients Through a Lean UX Process (in collab. w/ Daman)
  • 119. Emil Frilund Andersen (2017) User Experience in a Personal Informatics System for UV Exposure Feedback
  • 118. Prashanth Shanmuganathan (2016) Feedback Interface for Behavioral Patterns Using Smartphone Data
  • 117. Mette Mai Hansen (2016) Improving UX in Mobile Food Tracking
  • 116. Piotr Milczarek (2016) A cross-platform framework for continuous data collection from smartphones (co-supervisor)
  • 115. Konstantinos Michail (2016) A Wearable System for Acquiring in-situ Observations
  • 114. Tomasz Rafal Kaminski (2016) A Wearable System for Acquiring Data on Subjective Experiences
  • 113. Trevon Fernando (2016) An Exploration of Mobile Technologies for Heart Disease Treatment in Health Care
  • 112. Mathias Emil Mortensen (2016) Motivational Feedback Interfaces in Mobile Pedometer Apps
  • 111. Henrik Holm (2016) Mobile App Prototype for Heart Disease Patients Support using HealthKit
  • 110. Benjamin Johansen (2016) UX Prototype Design of HealthKit App for Heart Decease Patients
  • 109. Morten Frandsen (2016) Contextaware Adaptive Learning of Hearing Device Settings
  • 108. Shafi Nazar (2015) Exploring Time Series with Interactive Data Visualization Using Touch Interaction
  • 107. Monica Coman (2015) Supporting Awareness of Availability through Mobile Devices
  • 106. Anton Christian Petersen (2015) Promoting Environmental and Social Responsibility with Smartphones
  • 105. Martin Hastrup (2015) Inferring Friendships from Longitudinal High Resolution Data
  • 103-104. Anisette Johansen & Jennifer Johansen (2015) A Tangible Learning Kit for Teaching Programming
  • 101-102. Pelle Willumsen & Simon Madsen (2015) Disruptive Innovation @ Novo Nordisk (in collab. w/ Novo Nordisk)
  • 100. Sin Li (2015) Exploring Quantified-Self Time-Series Data
  • 99. Magdalena Anna Furman (2015) Detecting Mode-of-Transportation based on Noisy Smartphone Sensor Data
  • 98. Tomáš Kraina (2014) Mobile Sensing using iOS
  • 97. Georgios Chatzigeorgakidis (2014) SensibleJournal 2014: A Mobile Life-logging System for Personal Mobility
  • 96. Tómas Pálsson (2014) Visual Exploration of Time Series Data
  • 95. Marta Malgorzata Magiera (2014) Visualizing Human Mobility
  • 94. Cosmin Stefan-Dobrin (2014) Multilayer Data Visualization: A Social Health Observatory
  • 93. Polyxeni Makri (2014) Visual Exploration of Social Systems
  • 92. Constantin Teodor Gherghescu (2014) Inferring Pairwise Co-location from Noisy Bluetooth Signals
  • 91. Rafaela-Ioana Voiculescu (2014) Predictability of Human Mobility from Highly Granular Location Data
  • 90. Lasse Valentini Jensen (2014) Measuring Information Propagation in Complex Networks
  • 89. Jeppe Lind Andreasen (2014) Experience and Interaction Sampling in Large-Scale Mobile Sensing Environment
  • 88. Georgios Christodoulou (2014) A Personal Informatics Tool for Health Management
  • 87. Albert Fernandez de la Peña (2014) Data Visualization for Informed Consent
  • 86. Tommy Loftager-Rasmussen (2014) Design of a Financial Self-Tracking App with Data-Driven Advertising
  • 85. Asger Johansen (2014) Q&A Framework for Big Data
  • 84. Oliver Egeris Groth (2014) Exploring the User Experience for a Mobile Citizen App (in collab. w/ Danish National Police)
  • 83. Luis Fernando Flores Vargas (2014) Mining spatial knowledge from large scale deployment of distributed mobile sensors
  • 82. Martin Metz (2014) Sensing and Visualizing Smartphone App Usage Behavior
  • 81. Javier Calvo (2014) A Framework for Sensing and Sharing Behavior Data at Large-Scale Events
  • 79-80. Vlad Luca & Mateusz Świrski (2014) Enhancing User Experience By Combining Eye Tracking and Neurofeedback
  • 78. Jose Luis Bellod Cisneros (2013) Analysis and Visualization of Personal Communication Patterns
  • 77. Corneliu Ionut Sugar (2013) Quantified Social Self: Visualisation System for a Social Environment
  • 76. Nima Marashi (2013) Energy Consumption Feedback Visualization (in collab. w/ Odense Kommune)
  • 75. Zhi Zhang (2013) Real-time Monitoring of a Rich Social Data Infrastructure
  • 74. Rabie Jradi (2013) Social Voxel Level Editor
  • 73. Radu Gatej (2013) An adaptive approach to mobile sensing
  • 72. Riccardo Pietri (2013) Privacy in Computational Social Science
  • 71. Kenneth Brüel Falmark (2013) Integrating Smartphone and Sensor Data in a Quantified Self App
  • 70. Alexandru Marcu (2013) Predictability in Temporal Networks
  • 69. Ana Martic (2013) Predictability of Human Behavior using Mobility and Rich Social Data
  • 68. Søren Dalsgaard Ulrikkeholm (2013) Architecture of a Large-Scale Sociometer Project
  • 67. Piotr Sapiezynski (2013) Measuring Patterns of Human Behavior Through Fixed-Location Sensors. Received 2nd prize in the SAS Institute master’s project competition
  • 66. Andrii Sereda (2013) Designing a Context-Aware Campus Area Gaming Environment for Mobile Platforms
  • 65. Andrea Cuttone (2013) SensibleJournal: A Mobile Personal Informatics System for Visualizing Mobility and Social Interactions
  • 64. Aleksi Pertola (2013) Quantified Self M-Health Monitoring (in collab. w/ DELTA)
  • 62-63. Lukasz Dariusz Dynowski and Marcos Antonio Fuentes (2012) Exploring spatio- temporal data from distributed Bluetooth scanning
  • 61. Félix Manuel Rubio Gallego-Preciados (2012) Inferring Social Networks from Distributed Bluetooth Scanning
  • 60. Jakub Sternik (2012) Estimating user sentiment based on social network and mobile sensor data
  • 59. Erik B. Beuschau (2012) Learning user behavior based on app feedback
  • 58. Bo Stendal Sørensen (2012) Personal visualization of spatiotemporal and social data
  • 57. Frederikke Høvelt (2012) UX prototype design: integrating social media supporting collaboration and sharing of information
  • 56. Jorge Pérez Lahera (2012) Tracking People Down Using iPhone to Locate Their Avatars in the Virtual World (in collaboration with Utopian City Scape)
  • 55. Jose Luis de la Peña Fernandez (2012) Unifying Social Networks for Smart Phones
  • 54. Christian Raaby (2011) Recognizing context using smartphones and social network analysis
  • 53. Jakub Ratajczak (2011) Learning behavioural patterns in a mobile context using smartphones
  • 52. Maciej Janusz Krajowski-Kukiel (2011) Modelling And Visualization Of A Bridge Player’s Performance
  • 51. Hamed Sattari (2011) P2P Mobile Payment
  • 50. Amandeep Dhir (2011) MMR mobile mixed reality and user experience (collab. w/ Aalto University and Tampere University, Finland)
  • 49. Jesper Laursen (2011) Interaction design and usability in healthcare course of treatment (in collab. w/ CapGemini)
  • 48. Jens Christian Lange (2011) Mood detection based on mobile context
  • 47. Arek Stopczynski (2011) Context and gesture interfaces for mobile devices (in collab. w/ Nokia Denmark and Nokia Research Center NRC)
  • 46. Damian Waszak (2010) Sentiment recognition in social networks
  • 45. Kamil Krzysztof Koclega (2010) Cognitive semantics of lyrics and audio features in songs
  • 44. Lukasz Skomial (2010) Collaborative approach to mobile context awareness
  • 42-43. Regin Larsen & Jakob Hommelhoff Jensen (2010) Enriching Social Networks Using Mobile Sensor Data
  • 41. Blazej Pawlak (2010) Utilizing context awareness to enrich relations in social networks
  • 40. Tomasz Lukasz Ciosek (2010) Mobile user state modeling using unsupervised cognitive learning techniques
  • 39. Christian Manniche (2010) Sharing Photos and Contextual Information in Mobile Social Networks
  • 37-38. Nima Zandi & Rasmus Handler (2010) People, Places and Playlists: Modeling Soundscapes in a Mobile Context (in collab. w/ Nokia Denmark)
  • 36. Tore Nygaard-Jensen (2010) Sharing Music and Contextual Information in Mobile Social Networks
  • 35. Magdalena Mucko (2010) Translating mobile sensor data into meaningful context descriptions
  • 34. Stinne Maria Præstegaard Nørregaard (2010) Mobile health care IT: analysis of a specific case from public home care (in collab. w/ Rambøll Informatik A/S)
  • 33. Piotr Szymański (2010) Unified approach to management of distributed personal information
  • 32. Adam Heleniak (2009) Tag-based mobile interface for music social network interaction (in collab. w/ TDC)
  • 31. Esben von Buchwald (2009) Gesture and context based navigation of mobile services (in collab. w/ Nokia Denmark)
  • 30. Nikolaj Koch (2009) Obtaining life status from sensor data
  • 29. Joanna Malysa (2009) Clustering photos based on context information inferred from mobile phone sensors
  • 28. Kenneth Ahrensberg (2009) Text reading on small displays based on 3D visualization
  • 26-27. Snorri Valberg & Per Thorsø Christensen (2009) Improving usability of mobile devices by means of accelerometers
  • 25. Maciej Adam Luniewski (2009) Context-aware Photo Album for Mobile Phones
  • 24. Kristian Jensen (2009) The Context Toolbox: An Environment for Rapid Prototyping
  • 23. Johan Christian Laidlaw (2009) Home Entertainment Solution Design with focus on Music Streaming to Android enabled Mobile Devices
  • 22. Ulrik Suhr (2009) Home Entertainment Solution System Design with focus on TV Recording and Media Distribution
  • 21. Peter Henrik Bech (2009) Multimedia sharing across platforms
  • 20. Magnus Agust Skulason (2008) Mobile devices as webservice providers
  • 19. Ricardas Brazinskas (2008) Towards Context Awareness Using Mobile Sensors
  • 18. Yanhua Tu (2008) xTolk: A Context-Aware Mobile Application on the Nokia N95 8GB Smartphone
  • 17. Brian Munch Andersen (2008) Conga – The Context Gallery – Using Context Awareness for Personal Content Management on Mobile Devices
  • 16. Jacob Oettinger (2008) Improved User Perceived Performance Through Client-State Aware Gateway
  • 14-15. Niels Kloster Andreassen & Søren Øxenhave (2008) Activity-based Interaction Models for Next Generation Mobile Devices. Received the Best Master’s thesis award (IDA – Danish Eng. Soc.)
  • 13. Kristian Staffeldt (2008) Optimizing WEB traffic in capacity limited networks
  • 12. Qi Hu (2007) nTag – an image management system on camera-equipped smartphones
  • 10-11. Yuqin Cao & Zhiqiang Sun (2007) Bomb Hunter
  • 9. Mikkel Munch Christensen (2007) Co-experience by use of mobile devices
  • 7-8. Mads Vium Asbjørn & Emir Mehmedalic (2007) Secure integration of mobile phones and payment cards with focus on VoIP
  • 5-6. Mads Hedegaard & Anders Kristian McNair (2007) Context-aware systems
  • 4. Søren Svane Jensen (2007) mobTAG – Mobile Tagging
  • 3. Ming Jia (2006) ChordIM: JXTA Instant Messaging System
  • 2. Yupei Wei (2006) A Calendar System Based On P2P Model
  • 1. Nicolaos Mexas (2006) A study of different levels of system feedback in network dependent mobile applications

Bachelor Thesis Projects Supervised

  • 27. Niklas Stavnsholm (2019) Voice Controlled intelligent Wireless Headsets
  • 26. Mathias Hansen (2013) Development of iOS data sensing framework
  • 25. Mehrdad Khodaverdi (2012) Mobile application for university services
  • 24. Marc Marer Thomsen (2012) Development of a tool for position enrollment and – detection for indoor navigation
  • 23. Sigurd Jervelund Hansen (2012) Development of mobile app for study management support
  • 22. Thor Hedegaard (2012) Social Mobile Application for Roskilde Festival
  • 21. Frederik Albeck (2012) Development of mobile application for indoor navigation
  • 20. Christian Orthmann (2011) Positioning and registration of items in a mobile context
  • 18-19. Emil Lysgaard Hansen and Søren Fuhr (2011) A Context-Aware Mobile Application for Creating Ad Hoc CampusNet Groups
  • 16-17. Nicolai Guldager Jensen & Oliver Egeris Groth (2011) Integration of DTU CampusNet and Facebook
  • 15. Mathias Hansen (2011) Development of DTU CampusNet iPhone application
  • 14. Ulla Lund (2011) The Bill and Digital administration
  • 13. Brian Høj Jakobsen (2011) Optimizing the Performance of Mobile Touch Interfaces
  • 12. René Toft Jensen (2010) Cross-Platform Applications for Mobile Devices (in collab. w/ Pallas Informatik)
  • 11. Lasse Taarnhøj (2010): Pseudo panoramas for web based apartment presentations
  • 10. Bo Stendal Sørensen (2010) Context-aware mapping of social relations
  • 9. Jesper Jarlskov (2010) Context-aware recommendations for social events
  • 7-8. Mia Mai Dengsø Graabæk & Jonas Scott Di Hu (2009) Web 2.0-tv – analysis and design (in collab. w/ Nykredit)
  • 6. Christian van Zanten (2009) A study and development of mobile menu structures and navigation by means of accelerometer and touch display
  • 4-5. Bo Stendal Sørensen & Niklas Quarfot Nielsen (2009) Pervasive interaction in mobile e- learning applications (in collab. w/ Dansk e-Learning Center and Mingoville)
  • 3. Michael Mc Donnell (2009) Location based shopping list
  • 2. Thomas Axel (2009) Mobile Train Information Prototype (in collab. w/ Pallas Informatik)
  • 1. Mads Ferskner (2008) Utilizing a 3rd party graphics engine in the Nokia S40 SW platform (in collab. w/ Nokia Danmark A/S)