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ECG Management & Advisory Services

Name: ECG Management & Advisory Services
Address: Britz, Berlin, 12347, DE
Telephone: +4915901489113

Startseite
Deutschland
Berlin
ECG Management & Advisory Services

All partners spend a considerable amount of time in best of class consulting companies and served in leading positions of international companies. Martin G.

The ECG is specialized in selected Consulting, Coaching and Interim Management Services represents a selected number of partners with more than 25 years track record of experience. ECG is specialized in selected consulting services

ECG is a vendor-independent consulting company
The consulting topics of the ECG concentrate on the ranges
- strategy and organisational development
- information ma

nagement
- innovation management

ECG offers consulting services for the whole process:
„strategy - plan – implementation“

ECG represents a selected number of partners with a fifteen (or more) years track record of experience in industry and management consulting

Our power is not only based on ECG own skills and experience, it includes also the experience and skills (learning) of all our (& each) partner(s). The reference and experience do not lie alone in the company ECG, but with the ECG partner. Partners act as pilots to the enterprise by putting structure, processes, skills, people and systems in place to enable the enterprise to transform itself. ECG works economically for the client: In contrast to the classical consulting approach ECG discards the deployment of hierarchical teams (pyramids). The client acquires the comprehensive competence of a dedicated partner augmented by problem specific ECG resources. ECG gave more than 500 Seminars since 1998, e.g.: Management Circle AG, IIR Deutschland GmbH, Euroforum GmbH, etc. Practical experience was published in several specialized books & medias: - a digital library - more than 8 technical books

Due to the flexible office concept, the ECG – head quartered in Berlin - is at all times willing and prepared to accomplish project meetings and workshops outside of Berlin (e.g. in Frankfurt, Munich and other locations in Germany). Our Triple "E" Value Proposition: Empathy (!), Expertise and Experience

Empathy
The capability to scope and realise the emotional and social impact and its implications for solving the problem

Expertise
The capability to select and exploit best in class methodologies and process skills

Experience
The capability to proactively use accumulated knowledge for shaping an unknowable future

Impressum
ECG Management Consulting GmbH
Geschäftsführer: Dipl.-Ing. (Wirtschaftsing.) Bernhard

Kurfürstendamm 30
10719 Berlin

Tel.: +49 30 886200-410
Fax: +49 30 886200-200
E-Mail: [email protected]

Amtsgericht Berlin-Charlottenburg
Handelsregister-Nr.: 88096
Umsatzsteuer-Nr.: 37/270/20883
Umsatzsteuer-ID: DE216049145

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05/09/2026

Berlin Alt Britz: Wusstest du, dass mitten in Berlin ein jahrhundertealtes Dorf-Idyll versteckt liegt?

Abseits des turbulenten Großstadttrubels bewahrt der historische Ortsteil Alt-Britz ein charmantes, fast vergessenes Ensemble aus dem 13. Jahrhundert mit einem malerischen Dorfteich und einer alten Dorfkirche. Direkt daneben lädt das prachtvolle Schloss Britz mit seinem eleganten Rosengarten und den schattigen, historischen Parkwegen zu einer entspannten Reise in die Vergangenheit ein. Nur ein kurzer Spaziergang entfernt erstreckt sich der großzügige Britzer Garten, der perfekte Ort für alle, die eine erholsame Auszeit suchen und ein Stück lebendige Geschichte mitten in der Stadt erleben möchten.

04/09/2026

Did you know Berlin hides a secret fairy-tale village from the 13th century?

Tucked away on the edge of Berlin's bustling cityscape lies Alt-Britz, a peaceful historic oasis that dates all the way back to the year 1237. Here, you can discover Schloss Britz, a majestic Neo-Renaissance palace featuring a lush rose garden and a tranquil pond filled with birdsong. Just a short stroll away, the famous Britzer Garten offers nearly 10 hectares of sparkling lake waters and beautiful themed gardens built entirely on former farmland. From watching the historic twelve-sided Britzer Mühle windmill spin to exploring the colorful, UNESCO-recognized Hufeisensiedlung, this neighborhood is the ultimate scenic getaway.

04/09/2026

🌿 Yesterday in Britz — Berlin’s Hidden Escape Through Nature and History

A couple takes us through a peaceful side of Berlin, where the sweeping landscapes of Britzer Garten combine colorful late-summer nature with a surprising sense of escape. Around historic Alt-Britz, the elegant Schloss Britz recalls the area’s manor-estate past and gives the neighborhood a distinctive historic character. Just nearby, the old village church, tranquil pond, and everyday life around the Fritz-Karsen-Schule reveal how centuries of history still coexist with modern Berlin. It is a journey through parks, palace grounds, village charm, and living history—all within one remarkably green corner of the city.

04/09/2026

Yesterday in Berlin Britz: Parks, Palace & Village Charm

Yesterday I took a long, unhurried walk through Britzer Park and the wide landscapes of Britzer Garten, following paths around the lake and flower beds that still felt full of late-summer color. Schloss Britz and its grounds in Alt-Britz looked especially elegant in the afternoon light, a quiet reminder of the old manor estate that once defined this corner of Berlin. Nearby, the Alte Britzer Dorfkirche sat peacefully on its rise above the village pond, while the Fritz-Karsen-Schule added a lived-in, everyday rhythm to the historic streets. The whole loop felt like a small escape inside the city — green, layered with history, and surprisingly calm.

02/09/2026

🫁 3D-Printed Lungs Just Took a Major Leap Forward

A new 3D-printed lung membrane shows how advanced mathematics and engineering could help reshape the future of artificial lung support. Researchers in Hannover and Aachen created a continuous TPMS-based structure that reportedly improved oxygen-transfer performance by up to 88% over conventional hollow-fiber designs in controlled laboratory tests. Its compact, printable architecture could also provide a surface suitable for future biological cell linings, potentially bringing engineered devices closer to the behavior of natural lungs. If these laboratory results translate successfully to larger and clinically viable systems, tomorrow’s lung-support machines could become smaller, more efficient, and better suited for longer-term use.

Literature sources:
Alabdullh, H. A., Pflaum, M., Mälzer, M., Kipp, M., Naghilouy-Hidaji, H., Adam, D., Kühn, C., Natanov, R., Niehaus, A., Haverich, A., & Wiegmann, B. (2023). Biohybrid lung development: Towards complete endothelialization of an assembled extracorporeal membrane oxygenator. Bioengineering, 10(1), 72. MDPI.
Barbian, K. P., Hirschwald, L. T., Linkhorst, J., Neidlin, M., Steinseifer, U., Wessling, M., Wiegmann, B., & Jansen, S. V. (2024). Flow and mass transfer prediction in anisotropic TPMS-structures as extracorporeal oxygenator membranes using reduced order modeling. Journal of Membrane Science, 690, 122160. Elsevier.
Barbian, K. P., Lemainque, T., Grunden, I., Iwa, R., Wiegmann, B., Linkhorst, J., Wessling, M., Heyer, J., Steinseifer, U., Neidlin, M., & Jansen, S. V. (2025). Tailored 3D lattice microstructures for enhanced functionality in blood-gas exchange. Advanced Science, 12(25), 2501162. Wiley-VCH.
Barbian, K. P., Neuhaus, F., Hirschwald, L. T., Linkhorst, J., Wessling, M., Wiegmann, B., Focke, J. M.,
Important Disclaimer – Please Read
This content is for informational and knowledge transfer purposes only. No claims are made about timelines for development, safety, effectiveness, or eventual regulatory approval. The described procedure remains in the experimental or testing stage.

02/09/2026

Science News: Could a 3D-Printed Membrane Enable Durable Breathing Support?

Researchers at Hannover Medical School and RWTH Aachen University have developed a 3D-printed silicone membrane based on triply periodic minimal surfaces (TPMS) to improve gas exchange in artificial lungs.In laboratory tests, this continuous three-dimensional network transferred up to 88 percent more oxygen than standard hollow-fiber designs while providing a more even flow and lower resistance. The biocompatible silicone lattice is designed to be seeded with living endothelial cells, copying the natural inner lining of blood vessels to support longer, calmer blood contact. By packing more exchange area into a smaller volume, this laboratory breakthrough could eventually pave the way for compact, durable breathing support systems that improve patient recovery and mobility.

Literature sources:
Alabdullh, H. A., Pflaum, M., Mälzer, M., Kipp, M., Naghilouy-Hidaji, H., Adam, D., Kühn, C., Natanov, R., Niehaus, A., Haverich, A., & Wiegmann, B. (2023). Biohybrid lung development: Towards complete endothelialization of an assembled extracorporeal membrane oxygenator. Bioengineering, 10(1), 72. MDPI.
Barbian, K. P., Hirschwald, L. T., Linkhorst, J., Neidlin, M., Steinseifer, U., Wessling, M., Wiegmann, B., & Jansen, S. V. (2024). Flow and mass transfer prediction in anisotropic TPMS-structures as extracorporeal oxygenator membranes using reduced order modeling. Journal of Membrane Science, 690, 122160. Elsevier.
Barbian, K. P., Lemainque, T., Grunden, I., Iwa, R., Wiegmann, B., Linkhorst, J., Wessling, M., Heyer, J., Steinseifer, U., Neidlin, M., & Jansen, S. V. (2025). Tailored 3D lattice microstructures for enhanced functionality in blood-gas exchange. Advanced Science, 12(25), 2501162. Wiley-VCH.
Barbian, K. P., Neuhaus, F., Hirschwald, L. T., Linkhorst, J., Wessling, M., Wiegmann, B., Focke, J. M.,

Important Disclaimer – Please Read
This content is for informational and knowledge transfer purposes only. No claims are made about timelines for development, safety, effectiveness, or eventual regulatory approval. The described procedure remains in the experimental or testing stage.

02/09/2026

Science News: Wie kann ein unscheinbares 3D-Muster das Überleben auf Intensivstationen revolutionieren?

Forschende der Medizinischen Hochschule Hannover und der RWTH Aachen haben eine neuartige, im 3D-Drucker hergestellte Silikonmembran entwickelt, deren spezielle mathematische Struktur den Gasaustausch in künstlichen Lungen massiv verbessert.
In Laborversuchen konnte dieses durchgängige Kanalnetz den Sauerstofftransfer im Vergleich zu herkömmlichen Hohlfasern um bis zu 88 Prozent steigern und gleichzeitig den Strömungswiderstand senken.
Dank dieser hohen Effizienz lässt sich extrem viel Austauschfläche auf kleinstem Raum unterbringen, wodurch zukünftige Atemunterstützungssysteme deutlich kompakter und mobiler werden könnten.
Da sich das biokompatible Material zudem mit körpereigenen Zellen besiedeln lässt, ebnet dies den Weg für eine besonders schonende und dauerhafte Unterstützung.

Literaturquellen:
Alabdullh, H. A., Pflaum, M., Mälzer, M., Kipp, M., Naghilouy-Hidaji, H., Adam, D., Kühn, C., Natanov, R., Niehaus, A., Haverich, A., & Wiegmann, B. (2023). Biohybrid lung development: Towards complete endothelialization of an assembled extracorporeal membrane oxygenator. Bioengineering, 10(1), 72. MDPI.
Barbian, K. P., Hirschwald, L. T., Linkhorst, J., Neidlin, M., Steinseifer, U., Wessling, M., Wiegmann, B., & Jansen, S. V. (2024). Flow and mass transfer prediction in anisotropic TPMS-structures as extracorporeal oxygenator membranes using reduced order modeling. Journal of Membrane Science, 690, 122160. Elsevier.
Barbian, K. P., Lemainque, T., Grunden, I., Iwa, R., Wiegmann, B., Linkhorst, J., Wessling, M., Heyer, J., Steinseifer, U., Neidlin, M., & Jansen, S. V. (2025). Tailored 3D lattice microstructures for enhanced functionality in blood-gas exchange. Advanced Science, 12(25), 2501162. Wiley-VCH.
Barbian, K. P., Neuhaus, F., Hirschwald, L. T., Linkhorst, J., Wessling, M., Wiegmann, B., Focke, J. M.,

Wichtiger Hinweis – bitte lesen
Dieser Inhalt dient ausschließlich zu Informationszwecken und zur Weitergabe von Wissen. Es werden keine Aussagen darüber gemacht, wann die Entwicklung abgeschlossen sein wird, ob die Sicherheit und Wirksamkeit garantiert sind, oder ob eine spätere regulatorische Zulassung erfolgen wird. Das beschriebene Verfahren befindet sich weiterhin im experimentellen oder Teststadium.

02/09/2026

Science News: 3D Printed lungs just jumped in the lab

A quiet geometry from mathematics now sits inside a silicone lung membrane and the oxygen numbers moved. Hannover and Aachen printed a continuous TPMS network that beat hollow fibers by up to 88 percent in controlled tests. The piece is small, printable, and open to a living cell lining. That mix is rare in organ-support hardware. If scale-up holds, rescue machines shrink and longer support stops looking like science fiction.

Important Disclaimer – Please Read
This content is for informational and knowledge transfer purposes only. No claims are made about timelines for development, safety, effectiveness, or eventual regulatory approval. The described procedure remains in the experimental or testing stage.

30/08/2026

Philosophy - 🔥 When One Grand Story No Longer Defines the Truth

Two thinkers in a Paris university courtyard explore Lyotard’s provocative idea that knowledge is no longer secured by universal “grand narratives,” but emerges through diverse local perspectives, language games, and competing forms of legitimacy. Born from the transformations of late-20th-century society, this postmodern philosophy challenges us to question who defines knowledge—and why one story should ever.

References:
Lyotard, J.-F. (1984). The postmodern condition: A report on knowledge. University of Minnesota Press.
Lyotard, J.-F. (1988). The differend: Phrases in dispute. University of Minnesota Press.
Malpas, S. (2003). Jean-François Lyotard. Routledge.

Important Disclaimer – Please Read
This content is for informational and knowledge transfer purposes only. No claims are made about timelines for development, safety, effectiveness, or eventual regulatory approval. The described procedure remains in the experimental or testing stage.

30/08/2026

Philosophy - The Death of the Master Narrative: Lyotard’s Postmodern Shift

In his landmark 1979 work The Postmodern Condition, philosopher Jean-François Lyotard famously defined the postmodern condition as an "incredulity toward metanarratives," signaling the decline of belief in totalizing stories of human progress, emancipation, or absolute scientific truth. Instead of relying on a single, universal explanation of history or truth, Lyotard argued that advanced computerized societies have transitioned toward local "language games" and localized "small narratives" (petits récits). This philosophical shift was deeply motivated by the historical failures of totalitarian systems and master discourses, which shattered the credibility of overarching modern stories. While the collapse of these grand narratives opens up a vital space for pluralism, diversity, and different forms of knowledge, it also presents persistent challenges for how institutions and science justify their own authority.

References:
Lyotard, J.-F. (1984). The postmodern condition: A report on knowledge. University of Minnesota Press.
Lyotard, J.-F. (1988). The differend: Phrases in dispute. University of Minnesota Press.
Malpas, S. (2003). Jean-François Lyotard. Routledge.

Important Disclaimer – Please Read
This content is for informational and knowledge transfer purposes only. No claims are made about timelines for development, safety, effectiveness, or eventual regulatory approval. The described procedure remains in the experimental or testing stage.

Adresse

Britz
Berlin
12347

Öffnungszeiten

Montag	09:00 - 17:00
Dienstag	09:00 - 17:00
Mittwoch	09:00 - 17:00
Donnerstag	09:00 - 17:00
Freitag	09:00 - 17:00

Telefon

+4915901489113

Webseite

http://Www.ecg-advisory.com/

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