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Information about the 5th year program SOFTWARE by Information System Group and Software Engineering Group

Information about the 5th year program SOFTWARE by Information System Group and Software Engineering Group. Content. About the program Selecting a project Potential supervisors. “ Business ”. Usability. Integration. Processes. Collaboraton. The Software Program. APPLY. DESCRIBE.

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Information about the 5th year program SOFTWARE by Information System Group and Software Engineering Group

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  1. Information about the 5th year program SOFTWARE by Information System Group and Software Engineering Group

  2. Content • About the program • Selecting a project • Potential supervisors

  3. “Business” Usability Integration Processes Collaboraton The Software Program APPLY DESCRIBE Method Technology Semantic web Component-based Mobile technology development Model-based development Modelling Architecture DEVELOP Safety/security Open source Interoperability

  4. The Software Program

  5. Selecting a project Project Supervisor Topic

  6. Tips • Look at old projects (project and master) • Ask older students • Browse the project proposals

  7. Information System Group John Atle Gulla Pieter Toussaint John Krogstie Guttorm Sindre Eric Monteiro Dag Svanæs Hallvard Trætteberg Øystein Nytrø Terje Rydland Sobah Petersen Laura Slaughter Babak Farshchian

  8. Professor John Krogstie krogstie@idi.ntnu.no • Research areas: • Model-based ICT-systems • Enterprise and Process modeling • Active Knowledge Modelling (AKM) • Quality of models -SEQUAL • Mobile information systems – • WirelessTrondheim Living Lab • eGovernment • Examples of project/master thesis topics (some in co-operation with private organizations or public institutions) • Location-based services in Wireless Trondheim – e.g. Work related to CampusGuiden • Holistic modelling language • Application of Active Knowledge Modelling - LinkedDesign • Quality of modelling approaches

  9. Professor Guttorm Sindre • Research areas: • Requirements engineering • Security requirements • Interoperability and mobility • Threat modelling • Misuse cases, mal-activity diagrams • Conceptual model quality • Project/master thesis topics • Evaluation of requirements techniques • Requirements for mobile information systems

  10. Professor Eric Monteiro ericm@idi.ntnu.no • Research areas/method: • Always (qualitative) empirical • IKT og helse i u-land • Organisational implementation of IS • Integrated systems – in practice • Health informatics • Project/master thesis topics • Introduction of electronic chart • - St. Olav • Integrated operations • Statoil • Knowledge sharing in open source UBIS

  11. Professor Dag Svanæs dags@idi.ntnu.no • Research areas: • HCI • Health informatics • Project/master thesis topics • Activity based computing • - Open source • Hallway usability • - St.Olav / NSEP • HCI return of investment • - Telenor Fornebu UBIS

  12. Øystein Nytrø Evicare:Lean clinical decision support architecture for evidence-based healthcare in hospitals Keeping patients out of hospital: Harvesting and mapping individual patient trajectories between specialist and primary care. Master thesis topics within knowledge representation, search/information extraction & machine learning. Collaboration with researchers, clinicians, IT-industry and government.

  13. Pieter Toussaint • Research areas: • Work process support • Computer-mediated communication • Important application domain: • Health • Projects: COSTT and CoCoCo

  14. Physical Physical Events

  15. Adj. Assoc. Prof. Sobah Abbas Petersen, sap@idi.ntnu.no • Research areas: • Mobile and Ubiquitous Learning • Serious Games • Enterprise Modelling • Courses: • TDT4252, TDT4290 • Project/master thesis topics • SIMOLA – Situated Mobile Language Learning • Mobile games for language learning • Mobile app for learning about art in public spaces • Visual Modelling and personalized views

  16. Software Engineering Group Letizia Jaccheri Reidar Conradi Monica Divitini Torbjørn Skramstad Tor Stålhane Alf Inge Wang Torgeir Dingsøyr Parastoo Mohagheghi Lillian Røstad Ekaterina Prasolova-Førland Gunnar Brataas

  17. Prof. Reidar Conradi conradi@idi.ntnu.no • Software Engineering: • Smart Grids • Software Architecture Visualization • Software Development Collaboration • Software Components • Defect and changeanalysis • Project/master thesistopics • Tools Implementation • Case studyof OSS and Company-basedprojects

  18. Professor Tor Stålhane, stalhane@idi.ntnu.no • Research areas: • Software process improvement • Post mortem analysis • Software metrics • Software safety and reliability • Safety analysis • Reliability modeling • Risk analysis Project/master thesis topics Testing – strategy and analysis Safety analysis and traceability in safety critical systems System requirement Outsourcing

  19. Projects and master thesis (Stålhane) • Testing – strategy and analysis • Random testing and the oracle problem • Risk based testing • Embedded unit testing for microcontrollers • Performance testing for medical systems • Safety analysis • Hazard description and semi-automatic analysis • Tool support for traceability in systems development • System requirements • Boilerplate requirements • The importance of domain knowledge • Outsourcing and software quality

  20. Project: 3D augmented reality applications for immersive visitor book experience in libraries • RA: Technology for creativity and culture • Results: a tested XVR 3D application for the MUBIL project with focus on augmented books • Working method: programming, testing • Theory courses: TDT69, TDT71 Project: Tool support for Android application development (Aad): Eclipse or Processing a comparison. RA Software engineering Results: Android app example; Descriptive statistics about different tools for Aad. Working method: programming, analysis of open project information Theory courses: TDT10, TDT48 Project: open source software and creativity RA: Technology for creativity and culture Results: Planning, running, and evaluation of creativity workshops (hacker space) with open source software and hardware Working method: development of examples, workshop organization, analysis of collected data, EU LGRU Theory courses: TDT10, TDT69 Prof. Letizia Jaccheri letizia@idi.ntnu.no

  21. A service-centric, user-driven view Supporting cooperation among mobile users A device-centric, technology-driven view Prof. Monica Divitini,divitini@idi.ntnu.no • Research areas: • Cooperation Technologies • Mobile and ubiquitous computing • Pervasive Social media • Collaborative Serious games • Courses: • TDT4245, TDT29, IT2901 • Check: teseolab.org • Project/master thesis available • MIRROR: Reflective learning@work • FABULA: learning in the city • CoCreat: Creativity in learning • Games and storytelling in museums • Games for emergency work • Embodied social interaction

  22. Professor Alf Inge Wang alfw@idi.ntnu.no • Research areas: • Game technology • Game-based learning/training • Social gaming • Software architecture • Software engineering • Project/master thesis topics • Develop/explore new game technology • Develop/explore new game concepts • Apply games to new domains

  23. Associate professor Ekaterina Prasolova-Førland ekaterip@idi.ntnu.no • Research interests: • 3D virtual worlds for education and training • 3D visualizations • Serious games • Project/master thesis topics • Virtual Campus of NTNU in Second Life • "Discover NTNU" game for international students • Simulations/games (3D) for professional and military training

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