2021

Experience vs Data: A Case for More Data-Informed Retrospective Activities. Matthies, Christoph; Dobrigkeit, Franziska in Lecture Notes in Business Information Processing (2021). 130–144.
[ BibTeX ]
 
@incollection{Matthies2021LASD, abstract = {Effective Retrospective meetings are vital for ensuring productive development processes because they provide the means for Agile software development teams to discuss and decide on future improvements of their collaboration. Retrospective agendas often include activities that encourage sharing ideas and motivate participants to discuss possible improvements. The outcomes of these activities steer the future directions of team dynamics and influence team happiness. However, few empirical evaluations of Retrospective activities are currently available. Additionally, most activities rely on team members experiences and neglect to take existing project data into account. With this paper we want to make a case for data-driven decision-making principles, which have largely been adopted in other business areas. Towards this goal we review existing retrospective activities and highlight activities that already use project data as well as activities that could be augmented to take advantage of additional, more subjective data sources. We conclude that data-driven decision-making principles, are advantageous, and yet underused, in modern Agile software development. Making use of project data in retrospective activities would strengthen this principle and is a viable approach as such data can support the teams in making decisions on process improvement.}, author = {Matthies, Christoph and Dobrigkeit, Franziska}, booktitle = {Lecture Notes in Business Information Processing}, keywords = {imported}, pages = {130-144}, publisher = {Springer International Publishing}, title = {Experience vs Data: A Case for More Data-Informed Retrospective Activities}, year = 2021 }
Cherry Picking - Agile Software Development Teams Applying Design Thinking Tools. Dobrigkeit, Franziska; Matthies, Christoph; Pajak, Philipp; Teusner, Ralf in Agile Processes in Software Engineering and Extreme Programming textendash Workshops (2021). 201–206.
[ BibTeX ]
 
@incollection{Dobrigkeit_2021, abstract = {Design Thinking (DT) is an established approach to conceptualize software products before starting the product development work. Research suggests that software development can benefit from a continuous integration of DT throughout Agile development processes. However, practitioners and researchers lack an in-depth understanding of which tools from the ever-growing DT toolbox are suited to support software development teams and their processes and how these tools can be applied to the teams’ daily work. As initial steps towards closing this knowledge gap, we present our experiences from testing five different DT tools from a previously developed toolbox with four Agile software development teams. Each team chose three tools to apply to their product, problem, and context during a workshop. We present summarised findings regarding the use cases, benefits, and challenges of these tools as experienced by the participants. Overall, the teams welcomed the DT tools and were able to independently apply them to achieve the desired effects, e.g., to highlight user needs, find product issues, and discover team challenges.}, author = {Dobrigkeit, Franziska and Matthies, Christoph and Pajak, Philipp and Teusner, Ralf}, booktitle = {Agile Processes in Software Engineering and Extreme Programming {\textendash} Workshops}, keywords = {agile}, pages = {201--206}, publisher = {Springer International Publishing}, title = {Cherry Picking - Agile Software Development Teams Applying Design Thinking Tools}, year = 2021 }

2020

Towards Empirically Validated Remedies for Scrum Retrospective Headaches. Matthies, Christoph; Dobrigkeit, Franziska (2020).
[ BibTeX ]
 
@inproceedings{matthies2020HICSS, abstract = {Agile methods, especially Scrum, have become staples of the modern software development industry. Retrospective meetings are Scrum's instrument for process improvement and adaptation. They are considered one of the most important aspects of the Scrum method and its implementation in organizations. However, Retrospectives face their own challenges. Agile practitioners have highlighted common problems, i.e. headaches, that repeatedly appear in meetings and negatively impact the quality of process improvement efforts. To remedy these headaches, Retrospective activities, which can help teams think together and break the usual routine, have been proposed. In this research, we present case studies of educational and industry teams, investigating the effects of eleven Retrospective activities on five identified headaches. While we find evidence for the claimed benefits of activities in the majority of studied cases, application of remedies also led to new headaches arising.}, author = {Matthies, Christoph and Dobrigkeit, Franziska}, booktitle = {Proceedings of the 53rd Hawaii International Conference on System Sciences (HICSS)}, keywords = {imported}, title = {Towards Empirically Validated Remedies for Scrum Retrospective Headaches}, year = 2020 }
InnoDev Workshop: A One Day Introduction to Combining Design Thinking, Lean Startup and Agile Software Development. Dobrigkeit, Franziska; de Paula, Danielly; Carroll, Noel (2020). 1–10.
[ BibTeX ]
 
@inproceedings{dobrigkeit2020innodev, author = {Dobrigkeit, Franziska and de Paula, Danielly and Carroll, Noel}, booktitle = {2020 IEEE 32nd Conference on Software Engineering Education and Training (CSEE\&T)}, keywords = {imported myown thinking design teaching agile}, organization = {IEEE}, pages = {1--10}, title = {InnoDev Workshop: A One Day Introduction to Combining Design Thinking, Lean Startup and Agile Software Development}, year = 2020 }
Mining for Process Improvements: Analyzing Software Repositories in Agile Retrospectives. Matthies, Christoph; Dobrigkeit, Franziska; Hesse, Guenter in ICSEW’20 (2020). 189–190.
[ BibTeX ]
 
@inproceedings{matthies2020mining, abstract = {Software Repositories contain knowledge on how software engineering teams work, communicate, and collaborate. It can be used to develop a data-informed view of a team's development process, which in turn can be employed for process improvement initiatives. In modern, Agile development methods, process improvement takes place in Retrospective meetings, in which the last development iteration is discussed. However, previously proposed activities that take place in these meetings often do not rely on project data, instead depending solely on the perceptions of team members. We propose new Retrospective activities, based on mining the software repositories of individual teams, to complement existing approaches with more objective, data-informed process views.}, address = {New York, NY, USA}, author = {Matthies, Christoph and Dobrigkeit, Franziska and Hesse, Guenter}, booktitle = {IEEE/ACM International Conference on Software Engineering Workshops (ICSEW)}, keywords = {software_engineering ese agile}, pages = {189-190}, publisher = {ACM}, series = {ICSEW'20}, title = {Mining for Process Improvements: Analyzing Software Repositories in Agile Retrospectives}, year = 2020 }
DT@ IT Toolbox: Design Thinking Tools to Support Everyday Software Development. Dobrigkeit, Franziska; Pajak, Philipp; de Paula, Danielly; Uflacker, Matthias in Design Thinking Research: Investigating Design Team Performance, C. Meinel, L. Leifer (eds.) (2020). 201–227.
[ BibTeX ]
 
@incollection{dobrigkeit2020toolbox, author = {Dobrigkeit, Franziska and Pajak, Philipp and de Paula, Danielly and Uflacker, Matthias}, booktitle = {Design Thinking Research: Investigating Design Team Performance}, editor = {Meinel, Christoph and Leifer, Larry}, keywords = {imported}, pages = {201--227}, publisher = {Springer}, series = {Understanding Innovation}, title = {{DT}@ {IT} Toolbox: Design Thinking Tools to Support Everyday Software Development}, year = 2020 }

2019

Doing it Right - Critical Success Factors for Design Thinking Implementation. De Paula, Danielly; Dobrigkeit, Franziska; Cormican, Kathryn (2019). 1(1) 3851–3860.
[ BibTeX ]
 
@article{depaula2019doing, author = {De Paula, Danielly and Dobrigkeit, Franziska and Cormican, Kathryn}, keywords = {imported}, number = 1, pages = {3851--3860}, title = {Doing it Right - Critical Success Factors for Design Thinking Implementation}, volume = 1, year = 2019 }
Counteracting Agile Retrospective Problems with Retrospective Activities. Matthies, Christoph; Dobrigkeit, Franziska; Ernst, Alexander A. Walker, R. V. O’Connor, R. Messnarz (eds.) (2019). (Vol. 1060) 532–545.
[ BibTeX ]
 
@inproceedings{matthies2019EuroSPI, abstract = {Retrospective meetings are a fundamental part of Agile software development methods. Effective retrospectives can positively impact teamwork, productivity, and work satisfaction. In this paper, we focus on problems that commonly occur during these meetings. To address them, we suggest retrospective activities that are already used in practice. These activities provide structure and guide the team through the meeting. We created a mapping between a selection of these activities and the problems they attempt to solve. We evaluated the created mapping through multiple case studies with software development teams in educational and professional contexts. Our results verify the existence of a relationship between specific retrospective activities and connected retrospective problems. Furthermore, using observational studies we could verify parts of the created problem-activity mapping.}, author = {Matthies, Christoph and Dobrigkeit, Franziska and Ernst, Alexander}, booktitle = {Systems, Software and Services Process Improvement. EuroSPI 2019. Communications in Computer and Information Science.}, editor = {Walker, Alastair and O'Connor, Rory V. and Messnarz, Richard}, keywords = {imported}, pages = {532-545}, publisher = {Springer International Publishing}, title = {Counteracting Agile Retrospective Problems with Retrospective Activities}, volume = 1060, year = 2019 }
Design thinking in practice: understanding manifestations of design thinking in software engineering. Dobrigkeit, Franziska; de Paula, Danielly (2019). 1059–1069.
[ BibTeX ]
 
@inproceedings{dobrigkeit2019design, abstract = {This industry case study explores where and how Design Thinking supports software development teams in their endeavour to create innovative software solutions. Design Thinking has found its way into software companies ranging from startups to {SMEs} and multinationals. It is mostly seen as a human centered innovation approach or a way to elicit requirements in a more agile fashion. However, research in Design Thinking suggests that being exposed to {DT} changes the mindset of employees. Thus this article aims to explore the wider use of {DT} within software companies through a case study in a multinational organization. Our results indicate, that once trained in {DT}, employees find various ways to implement it not only as a pre-phase to software development but throughout their projects even applying it to aspects of their surroundings such as the development process, team spaces and team work. Specifically we present a model of how {DT} manifests itself in a software development company.}, author = {Dobrigkeit, Franziska and de Paula, Danielly}, booktitle = {Proceedings of the 2019 27th {ACM} Joint Meeting on European Software Engineering Conference and Symposium on the Foundations of Software Engineering - {ESEC}/{FSE} 2019}, keywords = {imported}, pages = {1059--1069}, publisher = {{ACM} Press}, title = {Design thinking in practice: understanding manifestations of design thinking in software engineering}, year = 2019 }
An Additional Set of (Automated) Eyes: Chatbots for Agile Retrospectives. Matthies, Christoph; Dobrigkeit, Franziska; Hesse, Guenter (2019). 34–37.
[ BibTeX ]
 
@inproceedings{matthies2019BotSE, abstract = {With the recent advances in natural-language processing, combined with the ability to analyze large amounts of data across various domains, software bots can become virtual team members, providing an additional set of automated eyes and additional perspectives for informing and supporting teamwork. In this paper, we propose employing chatbots in the domain of software development with a focus on supporting analyses and measurements of teams' project data. The software project artifacts produced by agile teams during regular development activities, e.g. commits in a version control system, represent detailed information on how a team works and collaborates. Analyses of this data are especially relevant for agile retrospective meetings, where adaptations and improvements to the executed development process are discussed. Development teams can use these measurements to track the progress of identified improvement actions over development iterations. Chatbots provide a convenient user interface for interacting with the outcomes of retrospectives and the associated measurements in a chat-based channel that is already being employed by team members.}, author = {Matthies, Christoph and Dobrigkeit, Franziska and Hesse, Guenter}, booktitle = {IEEE/ACM International Workshop on Bots in Software Engineering (BotSE)}, keywords = {software_engineering}, month = {may}, pages = {34-37}, publisher = {IEEE}, title = {An Additional Set of (Automated) Eyes: Chatbots for Agile Retrospectives}, year = 2019 }

2018

InnoDev - A Software Development Methodology Integrating Design Thinking, Scrum and Lean Startup. Dobrigkeit, Franziska; de Paula, Danielly; Uflacker, Matthias in Design Thinking - Research Looking Further: Design Thinking Beyond Solution-Fixation, H. Plattner, C. Meinel, L. Leifer (eds.) (2018). 199–228.
[ BibTeX ]
 
@incollection{dobrigkeit2018innodev, author = {Dobrigkeit, Franziska and de Paula, Danielly and Uflacker, Matthias}, booktitle = {Design Thinking - Research Looking Further: Design Thinking Beyond Solution-Fixation}, editor = {Plattner, Hasso and Meinel, Christoph and Leifer, Larry}, keywords = {imported}, pages = {199--228}, publisher = {Springer}, series = {Understanding Innovation}, title = {{InnoDev} - A Software Development Methodology Integrating Design Thinking, Scrum and Lean Startup}, year = 2018 }
DESIGN THINKING CAPABILITY MODEL (DTCM): A FRAMEWORK TO MAP OUT DESIGN THINKING CAPACITY IN BUSINESS ORGANISATIONS. De Paula, Danielly; Dobrigkeit, Franziska; Cormican, Kathryn (2018). 557–566.
[ BibTeX ]
 
@inproceedings{depaula2018design, abstract = {It has been suggested that organisations can derive value from a design thinking ({DT}) capability. However, there is still a very limited understanding of how to integrate and assess {DT} strategy. Our study aims to develop a conceptual framework – Design Thinking Capability Model ({DTCM}) - to map out the {DT} capability in business organisations. The model was developed based on an exploratory research design combining empirical investigations and industry practice. This study can lead to valuable insights into how having a {DT} strategy can support competitive advantage in organisations.}, author = {De Paula, Danielly and Dobrigkeit, Franziska and Cormican, Kathryn}, keywords = {imported}, pages = {557--566}, title = {{DESIGN} {THINKING} {CAPABILITY} {MODEL} ({DTCM}): A {FRAMEWORK} {TO} {MAP} {OUT} {DESIGN} {THINKING} {CAPACITY} {IN} {BUSINESS} {ORGANISATIONS}}, year = 2018 }
Verbal focus shifts: Forms of low coherent statements in design conversations. Menning, Axel; Grasnick, Bastien M; Ewald, Benedikt; Dobrigkeit, Franziska; Nicolai, Claudia in Design Studies (2018). 57 135–155.
[ BibTeX ]
 
@article{menning2018verbal, author = {Menning, Axel and Grasnick, Bastien M and Ewald, Benedikt and Dobrigkeit, Franziska and Nicolai, Claudia}, journal = {Design Studies}, keywords = {imported myown conversations design}, pages = {135--155}, publisher = {Elsevier}, title = {Verbal focus shifts: Forms of low coherent statements in design conversations}, volume = 57, year = 2018 }
Adding Scrum-style project management to an advanced Design Thinking class. Dobrigkeit, Franziska; Wilson, Molly; Nicolai, Claudia; others in DS 91: Proceedings of NordDesign 2018, Linköping, Sweden, 14th-17th August 2018 (2018).
[ BibTeX ]
 
@article{dobrigkeit2018adding, author = {Dobrigkeit, Franziska and Wilson, Molly and Nicolai, Claudia and others}, journal = {DS 91: Proceedings of NordDesign 2018, Link{ö}ping, Sweden, 14th-17th August 2018}, keywords = {myown thinking management design project scrum}, title = {Adding Scrum-style project management to an advanced Design Thinking class}, year = 2018 }
Breaks with a Purpose. Dobrigkeit, Franziska; de Paula, Danielly; Uflacker, Matthias in Design Thinking Research (2018). 59–76.
[ BibTeX ]
 
@incollection{dobrigkeit2018breaks, author = {Dobrigkeit, Franziska and de Paula, Danielly and Uflacker, Matthias}, booktitle = {Design Thinking Research}, keywords = {imported}, pages = {59--76}, publisher = {Springer}, title = {Breaks with a Purpose}, year = 2018 }
From team collaboration to product success-the domino effect of design thinking. Paula, Danielly de; Dobrigkeit, Franziska; Cormican, Kathryn; others in DS 91: Proceedings of NordDesign 2018, Linköping, Sweden, 14th-17th August 2018 (2018).
[ BibTeX ]
 
@article{paula2018team, author = {Paula, Danielly de and Dobrigkeit, Franziska and Cormican, Kathryn and others}, journal = {DS 91: Proceedings of NordDesign 2018, Link{ö}ping, Sweden, 14th-17th August 2018}, keywords = {myown thinking design collaboration}, title = {From team collaboration to product success-the domino effect of design thinking}, year = 2018 }

2017

Combining computational and human analysis to study low coherence in design conversations. Menning, Axel; Grasnick, Bastien Marvin; Ewald, Benedikt; Dobrigkeit, Franziska; Nicolai, Claudia in Analysing Design Thinking: Studies of Cross-Cultural Co-Creation (2017). 291.
[ BibTeX ]
 
@article{menning2017combining, author = {Menning, Axel and Grasnick, Bastien Marvin and Ewald, Benedikt and Dobrigkeit, Franziska and Nicolai, Claudia}, journal = {Analysing Design Thinking: Studies of Cross-Cultural Co-Creation}, keywords = {myown design analysis computational conversation}, pages = 291, publisher = {CRC Press}, title = {Combining computational and human analysis to study low coherence in design conversations}, year = 2017 }
The Best Of Three Worlds - The Creation Of InnoDev a Software Development Approach that Integrates Design Thinking, Scrum and Lean Startup. Dobrigkeit, Franziska; de Paula, Danielly Ferreira Oliveira (2017). 319–328.
[ BibTeX ]
 
@inproceedings{dobrigkeit2017three, author = {Dobrigkeit, Franziska and de Paula, Danielly Ferreira Oliveira}, booktitle = {Proceedings of the 21st International Conference on Engineering Design ({ICED}17), Vol. 8: Human Behaviour in Design}, keywords = {imported}, pages = {319 -- 328}, title = {The Best Of Three Worlds - The Creation Of {InnoDev} a Software Development Approach that Integrates Design Thinking, Scrum and Lean Startup}, year = 2017 }
Combining Computational and Human Analysis to Study Low Coherence in Design Conversations. Menning, Axel; Grasnick, Bastien Marvin; Ewald, Benedikt; Dobrigkeit, Franziska; Nicolai in Analysing Design Thinking: Studies of Cross-Cultural Co-Creation, B. T. Christensen, L. J. Ball, K. Halskov (eds.) (2017). (1st ed.) 291–309.
[ BibTeX ]
 
@inbook{menning2017combining, abstract = {This paper presents a mixed computational and manual procedure to systematically probe for distinct low coherent turns in design conversations. Existing studies indicate that focus shifts and their linguistic equivalent, low coherent turns, positively influence ideational productivity. Because coherence is a versatile phenomenon, we contribute a classification of low coherent turns to enable future research to further investigate the influence of low coherence turns on creativity. We analyze the {DTRS}11 corpus, comprising 16 sessions of design conversation that contain 9830 sentences, with automated Latent Semantic Analysis ({LSA}) to identify potential low coherent turns. We argue that an additional manual coherence analysis with the Topic Markup Scheme ({TMS}) further qualifies preselected turns. This mixed method procedure constitutes a promising pragmatic instrument for locating low coherent turns in large corpora. 297 distinct low coherent turns out of a total amount of 6072 turns were successfully retained. The selected data contains twice as much turns that shift the focus of attention within an existing design issue as turns that interrupt and introduce a new design issue. Based on an interpretative analysis of low coherent turns, we suggest distinguishing between turns that interrupt the focus of attention and turns that shift the focus of attention through either diversifying, reframing, or selective tendencies.}, author = {Menning, Axel and Grasnick, Bastien Marvin and Ewald, Benedikt and Dobrigkeit, Franziska and Nicolai}, booktitle = {Analysing Design Thinking: Studies of Cross-Cultural Co-Creation}, edition = 1, editor = {Christensen, Bo T. and Ball, Linden J. and Halskov, Kim}, keywords = {imported}, pages = {291--309}, publisher = {{CRC} Press}, title = {Combining Computational and Human Analysis to Study Low Coherence in Design Conversations}, year = 2017 }

2016

Case Studies on End-User Engagement and Prototyping during Software Development. Dobrigkeit, Franziska; Meyer, Sebastian; Uflacker, Matthias in Design Thinking Research, H. Plattner, C. Meinel, L. Leifer (eds.) (2016). 183–213.
[ BibTeX ]
 
@incollection{dobrigkeit2016studies, abstract = {Today software reaches into almost every aspect of our lives, with mobile devices and their apps a major source of our everyday software experience. This trend has shifted our expectations toward a more user-friendly, intuitive and easy to use user experience. Thus appealing user interfaces and an excellent usability become key to successful software products and services.}, author = {Dobrigkeit, Franziska and Meyer, Sebastian and Uflacker, Matthias}, booktitle = {Design Thinking Research}, editor = {Plattner, Hasso and Meinel, Christoph and Leifer, Larry}, keywords = {imported}, pages = {183--213}, publisher = {Springer International Publishing}, title = {Case Studies on End-User Engagement and Prototyping during Software Development}, year = 2016 }
Time Management Practice in educational Design Thinking Projects. Haeger, Franziska; Uflacker, Matthias (2016). 319–328.
[ BibTeX ]
 
@inproceedings{hager2016management, author = {Haeger, Franziska and Uflacker, Matthias}, booktitle = {{DS} 85-2: Proceedings of {NordDesign} 2016, Volume 2}, keywords = {imported}, pages = {319--328}, title = {Time Management Practice in educational Design Thinking Projects}, year = 2016 }
FINDING THE APPROPRIATE TEST CONTEXT FOR MOBILE APPLICATION PROTOTYPES-A DECISION MODEL BASED ON A CASE STUDY. Meyer, Sebastian; Haeger, Franziska; Uflacker, Matthias (2016).
[ BibTeX ]
 
@inproceedings{meyer2016finding, author = {Meyer, Sebastian and Haeger, Franziska and Uflacker, Matthias}, booktitle = {{DS} 84: Proceedings of the {DESIGN} 2016 14th International Design Conference}, keywords = {imported}, title = {{FINDING} {THE} {APPROPRIATE} {TEST} {CONTEXT} {FOR} {MOBILE} {APPLICATION} {PROTOTYPES}-A {DECISION} {MODEL} {BASED} {ON} A {CASE} {STUDY}}, year = 2016 }
Enhancing Early Mobile Prototype Testing: Requirements Analysis through Interviews and a System Design. Meyer, Sebastian; Haeger, Franziska; Uflacker, Matthias (2016).
[ BibTeX ]
 
@article{meyer2016enhancing, author = {Meyer, Sebastian and Haeger, Franziska and Uflacker, Matthias}, keywords = {imported}, title = {Enhancing Early Mobile Prototype Testing: Requirements Analysis through Interviews and a System Design}, year = 2016 }

2015

Experience and Knowledge Transfer Through Special Topic Coaching Sessions. Haeger, Franziska; Kowark, Thomas; Uflacker, Matthias in Design Thinking Research - Making Design Thinking Foundational, H. Plattner, C. Meinel, L. Leifer (eds.) (2015). 187–201.
[ BibTeX ]
 
@inbook{Franziska2015a, author = {Haeger, Franziska and Kowark, Thomas and Uflacker, Matthias}, editor = {Plattner, Hasso and Meinel, Christoph and Leifer, Larry}, keywords = {imported}, month = 8, pages = {187-201}, series = {Design Thinking Research - Making Design Thinking Foundational}, title = {Experience and Knowledge Transfer Through Special Topic Coaching Sessions}, year = 2015 }

2014

Scaling Design Thinking - Using a multi-team design thinking workshop to kick start software projects. Haeger, Franziska; Teusner, Ralf (2014).
[ BibTeX ]
 
@inproceedings{hager2014scaling, author = {Haeger, Franziska and Teusner, Ralf}, keywords = {imported}, title = {Scaling Design Thinking - Using a multi-team design thinking workshop to kick start software projects}, year = 2014 }
GDriveMonitor: A Tool for Analysing Information Sharing in Virtual Engineering Design Teams Using the Google Drive API. Illi, Cornelius; Haeger, Franziska; Uflacker, Matthias (2014).
[ BibTeX ]
 
@article{illi2014gdrivemonitor, author = {Illi, Cornelius and Haeger, Franziska and Uflacker, Matthias}, keywords = {imported}, title = {{GDriveMonitor}: A Tool for Analysing Information Sharing in Virtual Engineering Design Teams Using the Google Drive {API}}, year = 2014 }
Innovations for Personalized Medicine. Plattner, Hasso; Schapranow, Matthieu-P; Haeger, Franziska in High-Performance In-Memory Genome Data Analysis (2014). 1–27.
[ BibTeX ]
 
@incollection{plattner2014innovations, author = {Plattner, Hasso and Schapranow, Matthieu-P and Haeger, Franziska}, booktitle = {High-Performance In-Memory Genome Data Analysis}, keywords = {imported}, pages = {1--27}, publisher = {Springer}, title = {Innovations for Personalized Medicine}, year = 2014 }
In-Memory Computing Enabling Real-time Genome Data Analysis. Schapranow, Matthieu-P.; Haeger, Franziska; Fähnrich, Cindy; Ziegler, Emanuel; Plattner, Hasso in International Journal on Advances in Life Sciences, Vol 6, Nr 1-2 (2014).
[ BibTeX ]
 
@article{Franziska2014a, author = {Schapranow, Matthieu-P. and Haeger, Franziska and Fähnrich, Cindy and Ziegler, Emanuel and Plattner, Hasso}, journal = {International Journal on Advances in Life Sciences, Vol 6, Nr 1-2}, keywords = {imported cp}, title = {In-Memory Computing Enabling Real-time Genome Data Analysis}, year = 2014 }
DT@Scrum: Integrating Design Thinking with Software Development Processes. Haeger, Franziska; Kowark, Thomas; Krüger, Jens; Vetterli, Christophe; Übernickel, Falk; Uflacker, Matthias in Understanding Innovation - Building Innovators (2014).
[ BibTeX ]
 
@inbook{Franziska2014a, author = {Haeger, Franziska and Kowark, Thomas and Krüger, Jens and Vetterli, Christophe and Übernickel, Falk and Uflacker, Matthias}, keywords = {imported}, series = {Understanding Innovation - Building Innovators}, title = {DT@Scrum: Integrating Design Thinking with Software Development Processes}, year = 2014 }
Pay it forward - Planning and Assessment of a Coaching Seminar for Global-Design Team Alumni. Haeger, Franziska; Kowark, Thomas; Uflacker, Matthias (2014).
[ BibTeX ]
 
@conference{Franziska2014a, author = {Haeger, Franziska and Kowark, Thomas and Uflacker, Matthias}, booktitle = {The 10th NordDesign Conference, Espoo, Finland}, keywords = {imported}, title = {Pay it forward - Planning and Assessment of a Coaching Seminar for Global-Design Team Alumni}, year = 2014 }

2013

A Research Plan for the Integration of Design Thinking with Large Scale Software Development Projects. Kowark, Thomas; Haeger, Franziska; Gehrer, Ralf; Krüger, Jens in Design Thinking Research - Building Innovation Eco-Systems (2013).
[ BibTeX ]
 
@inbook{Thomas2013a, author = {Kowark, Thomas and Haeger, Franziska and Gehrer, Ralf and Krüger, Jens}, keywords = {imported}, series = {Design Thinking Research - Building Innovation Eco-Systems}, title = {A Research Plan for the Integration of Design Thinking with Large Scale Software Development Projects}, year = 2013 }
High-Performance In-Memory Genome Project: A Platform for Integrated Real-Time Genome Data Analysis. Schapranow, Matthieu-P.; Haeger, Franziska; Plattner, Hasso (2013). 5–10.
[ BibTeX ]
 
@conference{Franziska2013a, author = {Schapranow, Matthieu-P. and Haeger, Franziska and Plattner, Hasso}, booktitle = {Proceedings of the 2nd International Conference on Global Health Challenges}, keywords = {imported}, pages = {5-10}, title = {High-Performance In-Memory Genome Project: A Platform for Integrated Real-Time Genome Data Analysis}, year = 2013 }
Jumpstarting Scrum with Design Thinking Vetterli, Christophe; Übernickel, Falk; Brenner, Walter; Haeger, Franziska; Kowark, Thomas; Krüger, Jens; Müller, Jürgen; Plattner, Hasso; Stortz, Barbara; Sikka, Vishal (2013).
[ BibTeX ]
 
@techreport{Christophe2013a, author = {Vetterli, Christophe and Übernickel, Falk and Brenner, Walter and Haeger, Franziska and Kowark, Thomas and Krüger, Jens and Müller, Jürgen and Plattner, Hasso and Stortz, Barbara and Sikka, Vishal}, institution = {Electronic Colloquium on Design Thinking Research}, keywords = {imported}, title = {Jumpstarting Scrum with Design Thinking}, year = 2013 }