This PhD thesis developes a technique to integrate version and variant management based on delta operations from delta modeling. The tool DeltaEcore can be used to define, for any Ecore-based language, typed delta modeling languages for evolution and varianting. In 2016, the thesis was rewarded with the SAP Best Price for the best industrially relevant PhD of the Fakultät Informatik.

Generic refactorings for quality smells and co-refactoring of several languages.

Linked-In home page: https://www.linkedin.com/in/jan-reimann-4673234a, Scholar page https://scholar.google.de/citations?user=X_frmzcAAAAJ.

Universal Invasive Software Composition based on reference attribute grammars. Scalable invasive software composition based on island parsing. Composition strategies based on attribute grammars. Generic map-reduce case study. Demonstrator Tool SkAT https://bitbucket.org/svenkarol/skat/wiki/Home.

Now at TU Dresden, chair of compiler construction https://www.cfaed.tu-dresden.de/index.php/ccc-staff-karol.html

A generic traceability technique for tools, in particular code generates who do not provide traceability. Metamodel-based matching is used to add traceability if it had not been available.

Linked-In home page: https://www.linkedin.com/pub/birgit-grammel/4/b33/990

This PhD thesis developes a technique for energy testing anf benchmarking of mobile phone apps and other embedded systems such as humanoid robots. For every app, energy models and energy labels are computed. In 2014, the thesis was rewarded with the SAP Best Price for the best industrially relevant PhD of the Fakultät Informatik.

Home page: http://www.claaswilke.de/. XING page: https://www.xing.com/profile/Claas_Wilke. Scholar page: https://scholar.google.de/citations?user=u2jJM7YAAAAJ&hl=de

Elucidative Modeling is a generalization of Elucidative Programming, in which models, code, and documentation are causally connected, and semi-automatically refreshed (updated) if something changes. It is tentatively much easier to maintain complex systems with Elucidative Modeling than without, because dependencies are tracked and dependent parts regenerated.

Linked-In home page: https://www.linkedin.com/pub/andreas-bartho/ba/922/8a4?trk=pub-pbmap. DEFT project: DEFTtoolpage.

This PhD thesis develops a new configuration technology for product lines, in particular, multi-tentant cloud-based applications, based on views on feature models.

Home page with PUMA tool suite http://juliaschroeter.de/puma.html

This PhD develops a goal-oriented requirements methodology based on ontologies. Reasoning is applied to check the consistency of requirements and goal models.

XING page: https://www.xing.com/profile/Katja_Siegemund

Energy contracts, quality contracts. Auto-tuning based on multiple qualities (MQuAT).

Home page: http://st.inf.tu-dresden.de/sgoetz/

This PhD defines language family engineering, the consistent engineering of many dialects of a language in a language family. The variability of the family is described by feature models, and the solution space component model is based on roles of metaclasses and metamodels.

Co-Founder of DevBoost http://www.devboost.de, EMFText project http://www.reuseware.org/

This PhD defines backpropagation-based round-trip engineering, a technology to trace back changes in generated code and models to their originals. It also shows how roles in models can improve the situation.

Co-Founder of DevBoost http://www.devboost.de, EMFText project http://www.reuseware.org/

This PhD thesis defines universal invasive software composition for XML languages. Slot markup languages are defined, based on XML schema and OCL.

Falk Hartmann coorganizes Java User Group Saxony http://www.jugsaxony.org/kontakt/. Linked-In home page https://www.linkedin.com/profile/view?id=2789738&authType=name&authToken=fg7E&trk=prof-connections-photo. Co-Founder of Ubigrate (2008-2012) http://www.ubigrate.com/.

This PhD thesis develops a new technology for metamodel and model matching and correlation. Based on metamodels, the trace link sets between models are narrowed down.

This PhD thesis develops a new technology for adaptive ad-hoc workflows. Based on a flexible meta-lvel architecture, several reconfiguration technologies are investigated, e.g., state machines and Believe-Desire-Intention reasoning. The architecture of the Open Service Process Plattform (OSPP) demonstrator framwork is based on roles, and therefore, easily extensible. OSPP http://ieeexplore.ieee.org/iel5/4578272/4578273/04578318.pdf?arnumber=4578318 won the international IEEE service computing contest in 2008 http://iscc.servicescomputing.org/2008/Results.htm.

Universal Invasive Software Composition for all kind of languages whose metamodels are given. The PhD thesis presents a meta-composition system and shows how to specify composition systems. ModelSOC technology for concern-based MDA.

Reuseware project http://www.reuseware.org/, EMFText project http://www.reuseware.org/

A technology for the generation of adapters for plugins whose frameworks are evolving. Definition of inverse refactorings called "comebacks".

Ilie has a second education as doctor for osteopathy http://www.savga.de/, Linked-In home page https://www.linkedin.com/in/ilisa

This PhD thesis proposed a technology to combine a set of domain-specific languages by an ontology connector. Their metamodels are mapped into interface ontologies, which are then related by a connecting ontology.

Founder of MentalMotive http://www.mentalmotive.de,

This PhD thesis develops a platform-independent reference architecture for software development processes, in the style of a Model-Driven Architecture (MDA) for software development processes.

This PhD thesis defines the first general approach to type-safe invasive software composition for any language. Based on generic grammars, type-safe composition operators for reuse languages can be developed. Embedded domain-specific languages can be developed as type-safe preprocessors.

Linked-In home page: https://www.linkedin.com/profile/view?id=6773973&authType=NAME_SEARCH&authToken=7R9J&locale=en_US&srchid=140048131422703366721&srchindex=1&srchtotal=3&trk=vsrp_people_res_name&trkInfo=VSRPsearchId%3A140048131422703366721%2CVSRPtargetId%3A6773973%2CVSRPcmpt%3Aprimary

Keywords: software composition, fragment composition, software modularization, semantic web; Softwarekomposition, Fragmentkomposition, Softwaremodularisierung, Semantisches Web