Dr.-Ing. Agnetha Flore Director ZDIN

Dr.-Ing. Agnetha Flore
Contact
Activities

Position at OFFIS

Director ZDIN

Research and Developement Division

ZDIN - Zentrum für digitale Innovationen Niedersachsen

Competence Cluster

Architecture Frameworks (AF)

Research Focus

Digitization across domains; AI; Clouds
News

+49 441 9722-189

agnetha.flore(at)offis.de

www.offis.de

O45

OFFIS - Institut für Informatik
Escherweg 2
26121 Oldenburg
GERMANY

Publications
of Dr.-Ing. Agnetha Flore

2022

A Systemic Approach to Agile Management and Self-Organization for a Sustainable Transformation of Organizations

Hubertus C. Tuczek; Agnetha Flore; Helge F. R. Nuhn;and Norbert Schaffitzel; Research on Project, Programme and Portfolio Management; Januar / 2022

DOI

2021

enera - Projektmagazin/Project Magazine (deutsch/englisch)

Das enera-Projektkonsortium; Februar / 2021

URL

2020

A Reference Architecture for Maturity Model Design Frameworks

Agnetha Flore; Jan Elmar Krauskopf; MIRDEC 2020; August / 2020

A systemic approach to agile management and self-organization for a sustainable transformation of organizations

Hubertus C. Tuczek; Agnetha Flore; Helge F.R. Nuhn; Norbert Schaffitzel; IPMA 8th Research Conference 2020; September / 2020

Development and comparison of migration paths for smart grids using two case studies

Agnetha Flore; Jorge Marx Gómez; Heliyon; September / 2020

URL DOI
Development of Migration Paths for Smart Grids Using a Case Study

Agnetha Flore; Jorge Marx Gómez; ICEEE 2020 International Conference on Economics, Energy and Environment; June / 2020

Economic Evaluation and Comparison of Migration Paths for the Smart Grid using two Case Studies

Agnetha Flore; Jorge Marx Gómez; Mathias Uslar; Heliyon; November / 2020

URL DOI
Entwicklung von Migrationspfaden für Smart Grids anhand eines Fallbeispiels

Agnetha Flore; Thomas Kumm; Zukünftige Stromnetze 2020; Januar / 2020

Maturity Model as an Instrument for Planning socio-technical Innovations in the Smart Grid

Agnetha Flore; Julia Köhlke; Johann Schütz; ICEEE 2020 International Conference on Economics, Energy and Environment; June / 2020

Procedure Concept for the Development of Migration Paths for Smart Grids: from Model to Practice

Agnetha Flore; Jorge Marx Gómez; Mathias Uslar; ICEEE 2020 International Conference on Economics, Energy and Environment; June / 2020

Reifegradmodell für Smart Grids: Bewertung der Migrationspfade anhand von zwei Fallstudien

Agnetha Flore; Dezember / 2020

URL
Reifegradmodelle als Instrument zur Planung von sozio-technischen Innovationen im Smart Grid

Agnetha Flore; Julia Köhlke; Johann Schütz; Zukünftige Stromnetze 2020; Januar / 2020

URL
Requirements on Dimension for a Maturity Model for Smart Grids based on two Case Studies: Disciplined vs. Agile Approach

Agnetha Flore; Jorge Marx Gómez; Balancing Agile and Disciplined Engineering and Management Approaches for IT Services and Software Products; July / 2020

DOI
Sustainability of Migration Paths for Smart Grids

Agnetha Flore; Jorge Marx Gómez; ICEEE 2020 International Conference on Economics, Energy and Environment; June / 2020

The Maturity Model Designetz-Partner as a Tool for decision-making in the Smart Grid Domain

Agnetha Flore; Jorge Marx Gómez; ICEEE 2020 International Conference on Economics, Energy and Environment; June / 2020

Vergleich von hybridem Management - Weder gut noch schlecht

Agnetha Flore; Norbert Schaffitzel; Projektmanagement Aktuell; Mai / 2020

URL

2019

Migration Paths for Smart Grids and their Evaluation using a Case Study

Agnetha Flore; Marie Clausen; Mathias Uslar; Enabling High-penetration Renewable Integration into a Smarter Grid; November / 2019

DOI
Nachhaltigkeit von Migrationspfaden für Smart Grids

Agnetha Flore; Jorge Marx Gómez; enviroinfo; September / 2019

Organisationsentwicklung mit Smart Grid Reifegradmodellen für Versorger

Agnetha Flore; Mathias Uslar; Realisierung Utility 4.0; September / 2019

2018

Reifegradmodell - Konzeption für netzdienliche IKT

Agnetha Flore; Mathias Uslar; Postersession des 2. Statusseminar "Zukunftsfähige Stromnetze"; November / 2018