The FOUNDATION will create an INNOVATIVE INDUSTRIAL CENTER to support ECO-SUSTAINABLE and ECO-INNOVATIVE projects through research and development of new integrated architecture protocols for air, subsoil and seabed using sixth generation technologies involving participatory startups. The center's objectives are exclusively focused on research and development to innovate humanity and the planet through digital transformation and augmenting the human experience with new materials.
LABORATORIO NERVI
Summer School 2018
Knowledge, restoration and valorisation
of twentieth century architecture
Critical, structural, technological aspects
Lecco Campus, 20th – 25th of July, 2018
room B0.2, building 09 ground floor
The Lecco Campus of the Politecnico di Milano welcomes this year the first Summer School of the Laboratorio Nervi. Inspired by the work of the great Italian designer and builder Pier Luigi Nervi (Sondrio, June 21st 1891 - Rome, January 9th 1979), the Laboratorio Nervi is being developed as a centre for study and analysis on the great issues of knowledge and conservation as well as restoration and valorisation of the twentieth century architecture. As for 2018, the Laboratorio Nervi Summer School will explore all these themes focusing on the critical, structural and technological aspects, within the framework of the European
year of cultural heritage.
Promoted and organised by:
Politecnico Milano 1863 – Polo territoriale di Lecco
Department of Civil and Environmental Engineering
Implemented by:
P.L. Nervi Project Association
Do.Co.Mo.Mo. Italy
in cooperation with:
CTE – Collegio dei Tecnici della Industrializzazione
Edilizia
Ordine degli Ingegneri di Lecco
FIB – International Federation for Structural Concrete
https://www.scribd.com/document/381264704/Summer-School-Laboratorio-Nervi-2018
Presentations by:
Dario Marmo and Laura Martelloni. LAMA Agency. Firenze. Italy.
José Francisco Pelaez Peña. LABe Digital Gastronomy Lab. San Sebastián - Donostia. Basque Country. Spain.
Ariana Nastaseanu and Emanuela Flora. European Agency for SMEs -EASME-. European Commission. Europe.
Chair: Fernando Vilariño (ENoLL, CVC, Library Living Lab)
101123 Intelligent Innovative Educational by Giorgio Ponti (CISEM) ItalyFacil...giorgioponti
Presentation on powerpoint by Giorgio Ponti, Chiapas, Mexico for INIFED International Seminar.
Giorgio Ponti is the Co-ordinator of Architecture Educative Area of CISEM (Centre for Educational Innovation and Experimentation Milan, Italy)
LABORATORIO NERVI
Summer School 2018
Knowledge, restoration and valorisation
of twentieth century architecture
Critical, structural, technological aspects
Lecco Campus, 20th – 25th of July, 2018
room B0.2, building 09 ground floor
The Lecco Campus of the Politecnico di Milano welcomes this year the first Summer School of the Laboratorio Nervi. Inspired by the work of the great Italian designer and builder Pier Luigi Nervi (Sondrio, June 21st 1891 - Rome, January 9th 1979), the Laboratorio Nervi is being developed as a centre for study and analysis on the great issues of knowledge and conservation as well as restoration and valorisation of the twentieth century architecture. As for 2018, the Laboratorio Nervi Summer School will explore all these themes focusing on the critical, structural and technological aspects, within the framework of the European
year of cultural heritage.
Promoted and organised by:
Politecnico Milano 1863 – Polo territoriale di Lecco
Department of Civil and Environmental Engineering
Implemented by:
P.L. Nervi Project Association
Do.Co.Mo.Mo. Italy
in cooperation with:
CTE – Collegio dei Tecnici della Industrializzazione
Edilizia
Ordine degli Ingegneri di Lecco
FIB – International Federation for Structural Concrete
https://www.scribd.com/document/381264704/Summer-School-Laboratorio-Nervi-2018
Presentations by:
Dario Marmo and Laura Martelloni. LAMA Agency. Firenze. Italy.
José Francisco Pelaez Peña. LABe Digital Gastronomy Lab. San Sebastián - Donostia. Basque Country. Spain.
Ariana Nastaseanu and Emanuela Flora. European Agency for SMEs -EASME-. European Commission. Europe.
Chair: Fernando Vilariño (ENoLL, CVC, Library Living Lab)
101123 Intelligent Innovative Educational by Giorgio Ponti (CISEM) ItalyFacil...giorgioponti
Presentation on powerpoint by Giorgio Ponti, Chiapas, Mexico for INIFED International Seminar.
Giorgio Ponti is the Co-ordinator of Architecture Educative Area of CISEM (Centre for Educational Innovation and Experimentation Milan, Italy)
Presentation of iaqos by Federico Bomba, President, Sineglossa for Iaqos Rome & Massimiliano Gianotti, President, Cooperativa 19 for Iaqos Bolzano, Italy at the OECD Summer Academy on Cultural and Creative Industries and Local Development, 3rd edition, held in vitual format on 27-30 April 2020. More info: https://oe.cd/sacci
INNOBITE project’s “Biocomposites for Eco-construction Workshop” aims to disseminate the potential of biocomposites, based in new bio-thermosetting polymers and cellulose nanofibres as reinforcement, in the construction sector.
Onna project: a natural interaction installation and mobile solution for cult...Gianpaolo D'Amico
Presentation of the article about the design and development of a cross-modal multi-located framework for cultural heritage.
The paper was presented at the conference Built Heritage 2013, Monitoring Conservation Management, Politecnico di Milano, Milan, Italy, 18-20 November 2013.
Fra scienza e impresa: l’innovazione nei processi produttivi –Esempi di innov...Italeaf S.p.A.
L'Istituto Italiano di Tecnologia (IIT) è un centro statale di ricerca scientifica, governato da una fondazione di diritto privato, creato per l'avanzamento della scienza in Italia. La sede scientifica è a Genova Bolzaneto, mentre quella amministrativa si trova a Roma. Centri distaccati di ricerca sono inoltre attivi in diverse città (undici in Italia e due Boston negli Stati Uniti), in collaborazione con diverse università.
Polytech.Science.Art program launched with the start of the creative workshops project in 2014. It also contributed a video program to the Polytechnic Museum’s International Contemporary Science Film Festival 360° and organized a series of public talks by the prominent artists and art critics.
The program culminated with the year-end Polytech.Science.Art Week featuring lectures, workshops, panel discussions and the exhibition celebrating the results of the workshop program’s first year.
EPIC - European Photonics Industry Consortium, annual report highlighting major achievements for 2013. FOREWORD of the PRESIDENT: The past year has been a year of great achievements for EPIC. We celebrated our 10 year anniversary and could not have done it in a better way than by excelling in every activity area we embarked upon. I would like to take this opportunity to commend EPIC on its achievements in being the voice of the industry, reaching out to both the industry and policy makers, continuing its work on EU funded projects and of course on the publications and industry events that the Association has organised. In addition, the year has been marked by a major growth in membership of the Association, allowing us to deliver even stronger benefits to a wider audience. I hope that once you have had a chance to glance through this outline of the work carried out by EPIC in the past year that you join me in recognising that our sector is being powerfully represented by your Industry Association at both a European and a Global level. INTRODUCTION of the DIRECTOR GENERAL:
As EPIC celebrated its 10th anniversary it was encouraging to see that our industry combines ingenuity and creativity to further technology advancement and creates applications that are addressing our world’s most critical societal challenges. EPIC’s 148 member build on the richness and diversity of the industry; through fostering openness to explore collaboration opportunities. At the various EPIC events it is evident that a strong interlink and partnership among the companies exists. The collaboration that can been seen takes a great many forms: you collaborate on EU funded project proposals, you provide input in the development of market reports, you take part in commercial trade missions- all in all you make our industry a lively and very active community! EPIC is an ever-growing community representing the Photonics sector in all its variations and it was pleasing to review not only the work that was done by our Association so that we can present this report to you but also to see that our sector’s importance is recognised in many countries around the world e.g. France’s President François Hollande visited the laser manufacturer Amplitude Systèmes and in the UK Business Secretary Vince Cable visited Rofin-Sinar and SPI. Enjoy this snapshot of the activities of EPIC in 2013.
I state that I am not looking for candidate but for a "Trust Structure" such as "Trust Company" or "Brokerage Services" or similar that has the skills and knowledge to comunicate with the top management of the Board of two of the most important business credit institutions of the world by capitalization, in the top 10, for the liquidation of some very important "assets", in US currency which, this Foundation, holds the "Power of Attorney".
Presentation of iaqos by Federico Bomba, President, Sineglossa for Iaqos Rome & Massimiliano Gianotti, President, Cooperativa 19 for Iaqos Bolzano, Italy at the OECD Summer Academy on Cultural and Creative Industries and Local Development, 3rd edition, held in vitual format on 27-30 April 2020. More info: https://oe.cd/sacci
INNOBITE project’s “Biocomposites for Eco-construction Workshop” aims to disseminate the potential of biocomposites, based in new bio-thermosetting polymers and cellulose nanofibres as reinforcement, in the construction sector.
Onna project: a natural interaction installation and mobile solution for cult...Gianpaolo D'Amico
Presentation of the article about the design and development of a cross-modal multi-located framework for cultural heritage.
The paper was presented at the conference Built Heritage 2013, Monitoring Conservation Management, Politecnico di Milano, Milan, Italy, 18-20 November 2013.
Fra scienza e impresa: l’innovazione nei processi produttivi –Esempi di innov...Italeaf S.p.A.
L'Istituto Italiano di Tecnologia (IIT) è un centro statale di ricerca scientifica, governato da una fondazione di diritto privato, creato per l'avanzamento della scienza in Italia. La sede scientifica è a Genova Bolzaneto, mentre quella amministrativa si trova a Roma. Centri distaccati di ricerca sono inoltre attivi in diverse città (undici in Italia e due Boston negli Stati Uniti), in collaborazione con diverse università.
Polytech.Science.Art program launched with the start of the creative workshops project in 2014. It also contributed a video program to the Polytechnic Museum’s International Contemporary Science Film Festival 360° and organized a series of public talks by the prominent artists and art critics.
The program culminated with the year-end Polytech.Science.Art Week featuring lectures, workshops, panel discussions and the exhibition celebrating the results of the workshop program’s first year.
EPIC - European Photonics Industry Consortium, annual report highlighting major achievements for 2013. FOREWORD of the PRESIDENT: The past year has been a year of great achievements for EPIC. We celebrated our 10 year anniversary and could not have done it in a better way than by excelling in every activity area we embarked upon. I would like to take this opportunity to commend EPIC on its achievements in being the voice of the industry, reaching out to both the industry and policy makers, continuing its work on EU funded projects and of course on the publications and industry events that the Association has organised. In addition, the year has been marked by a major growth in membership of the Association, allowing us to deliver even stronger benefits to a wider audience. I hope that once you have had a chance to glance through this outline of the work carried out by EPIC in the past year that you join me in recognising that our sector is being powerfully represented by your Industry Association at both a European and a Global level. INTRODUCTION of the DIRECTOR GENERAL:
As EPIC celebrated its 10th anniversary it was encouraging to see that our industry combines ingenuity and creativity to further technology advancement and creates applications that are addressing our world’s most critical societal challenges. EPIC’s 148 member build on the richness and diversity of the industry; through fostering openness to explore collaboration opportunities. At the various EPIC events it is evident that a strong interlink and partnership among the companies exists. The collaboration that can been seen takes a great many forms: you collaborate on EU funded project proposals, you provide input in the development of market reports, you take part in commercial trade missions- all in all you make our industry a lively and very active community! EPIC is an ever-growing community representing the Photonics sector in all its variations and it was pleasing to review not only the work that was done by our Association so that we can present this report to you but also to see that our sector’s importance is recognised in many countries around the world e.g. France’s President François Hollande visited the laser manufacturer Amplitude Systèmes and in the UK Business Secretary Vince Cable visited Rofin-Sinar and SPI. Enjoy this snapshot of the activities of EPIC in 2013.
I state that I am not looking for candidate but for a "Trust Structure" such as "Trust Company" or "Brokerage Services" or similar that has the skills and knowledge to comunicate with the top management of the Board of two of the most important business credit institutions of the world by capitalization, in the top 10, for the liquidation of some very important "assets", in US currency which, this Foundation, holds the "Power of Attorney".
In my long professional career of almost 45 years, in addition to underground structures, I also had to deal with the structural rehabilitation of bridges, viaducts, embankments, earth and concrete dams.
Therefore, through this new post, I would like to begin to address the problems inherent in the degradation of the concrete of our above-ground infrastructures, using particular resinous and cementitious formulations for the construction, repair and restoration of bridges.
Commonly an anti-nuclear shelter, equipped with particular technological systems, which ensure the complete aseptic air inside it, is indicated as a housing solution to avoid contamination by nuclear radiation during an armed conflict with the use of unconventional weapons. .
The envelope is usually made from a load-bearing structure in reinforced concrete and built directly underground, in depth, to make the most of the shielding action of the ground to defend itself from contamination by chemical weapons and biological weapons and thus avoid contact with every source of pollution and ensure the survival of the occupants for a very variable period of time.
In the event of a nuclear disaster, the release of radioactive substances [radioisotopes] does not happen all at once, but continues over time in the form of gases, vapors and dust. Hence, our exposure to radioactivity is prolonged and depends on the strength and direction of the winds and on our proximity or distance from the place where the nuclear disaster occurred.
In 2005, through the pages of a prestigious Italian trade magazine, I turned to readers, if they were aware of how many methods of excavating underground tunnels, with mechanized cutters, could exist in the complex world of mechanical engineering of the subsoil.
Even today, after 17 years, I have received only a few positive feedbacks.
Up to now, the advantage of excavating with circular mechanized cutters arises from the guarantee because we are able to know the structural stability for any type of tunnel. In practice, it has been possible for many years to create tunnels with different cross sections, rather than circular ones.
In fact, it is possible to design, and at the same time excavate, tunnels with rectangular and oval sections, taking into account that, in the underground excavation, there are always stress states that are little known to most of us, even if we are technicians in the sector.
New emerging problems linked to sustainability and innovation are the development of a new concept of underground excavation, developed in the last 30 years, with particular mechanized cutters to create very versatile tunnels, with different types of configurations. The 3 types of excavation machines most used and known today, for the type of soil on which they must operate, are illustrated below, in figure 01) [Silt & Clay, Sand, Gravel and Rock]
As a technician I try to illustrate my geopolitical vision on why there is a lack of raw materials worldwide, recalling that today the technologies used in the mining sector are very advanced compared to yesterday despite the fact that mining companies lack a unified vision and often struggle to use the scarce resources made available on digital investments.
However, despite the mistrust of many mining companies, I would like to point out that it is still possible, especially in this world scenario, to complete any process of technological innovation that is constantly evolving, as is digitization, which is now possible even in 6G mode [where, compared to 5G, speeds of about 206.25 gigabits per second can be reached] as well as artificial intelligence, on which I urge you to pay your attention, because these are the technologies that will help us change many things quickly to get more efficient mines.
In fact, by integrating more access technologies, covering a larger physical space, it is by providing the best basic capacity, such as communication, to be able to go up to the great depths of the subsoil and the sea, with modern equipment that will be increasingly mechanized, in robotic mode, supporting multiple services, not only necessary for excavation, but all this also contributes to greater operator safety and all in "Green" mode.
This is where the policy must be concentrated, towards the company, helping it, with new targeted investments and new regulations, to evolve its organizational characteristics over time and therefore its ability to manage innovation processes, through the modification of new proposals of law to help us coordinate research and innovation on a global level and not for the conquest of new territories, through absurd wars.
The earth's subsoil and the seabed are the resources of all of us and, starting with the creation of a virtual union, worldwide, in which we will all be interconnected and, if we can manage the flow of data in reproducing any object, created to support the reproduction of mixed mining environments between real and virtual, with human-machine interaction in real time, we can really have a significant reduction in costs and very reduced times, in a controlled way, in search of all those minerals that we need, including the "Rare Earths", even without the use of manpower and with the use of fewer and fewer components.
However, my intent is only to begin to do some clarity with you, to make environmental friends better understand and not only that the ways in which environmental issues are addressed today are currently only instrumental, borrowed from some politicians and from politics, because, these gentlemen still have not realized what we are talking about and discussing.
Mr. LAMANNA Luigi Franco Mr. LAMANNA Luigi Franco has worked in these 45 years as a professional consultant and technical management activity in the various civil, industrial, military, hydraulic, railway, motorway sectors and in the last 25 years in the "Tunneling" sector for land consolidation. , their stabilization in excavation, etc.
For the "Mining" sector, in recent years it has been dealing with the extraction of "Rare Earths" and for the stabilization of slopes [open pit mines], consolidation of the rock support, shotcrete, particular
injections with cements or formulations resinous while, in the "Engineering" of particular "Technologies", for the rehabilitation of deteriorated reinforced concrete structures, following earthquakes or other causes, in particular concrete or earth dams.
Particular attention is paid to the use of special and formulated "resinous" cements and related technologies for the consolidation and repair of masonry, iron and wood.
During the excavation of underground tunnels with TBM of the EPB type (Earth Pressure Balance), with the possibility of being convertible into a Slurry TBM (for use with bentonite mud) to be used for excavation in rock, it is one of the largest problems for the conditioning of the soil, along its entire route, in particular in front of the rotating excavation head, especially when one is in the presence of mixed alluvial soils of the sandy-gravelly type and many times, under the aquifer.
Alluvial soils are composed of a variously assorted mixture of clay, silt or silt, sand and gravel.
These types of soils are very present in river valleys, alluvial plains and in the areas of the mouth of rivers. These are formed thanks to the deposition, during episodes of flooding, of the sediments transported by the flooded watercourses outside their riverbed.
In general, EPB-type TBMs are suitable for making tunnels in the presence of low-permeability soils and with a content of fine particles (diameter <0.075 mm) of at least 15-20%, which require an equilibrium pressure of less than 5 -6 bar. In addition, the EPB-type mechanized milling cutter is more suitable than the bentonite mud [slurry] face counter-pressure machine in the event that numerous inspections in the excavation chamber are required, as the emptying of the excavation chamber takes place through the screw conveyor takes place, in a much faster time.
In 2005, through the pages of a prestigious Italian trade magazine, I turned to readers, if they were aware
of how many methods of excavating underground tunnels, with mechanized cutters, could exist in the
complex world of mechanical engineering of the subsoil.
Even today, after 17 years, I have received only a few positive feedbacks.
Rock Reinforcement is used to indicated method of enhancing the rock mass strength and hence improving the ability of rock mass to contain the engineering excavation without deforming excessively.
Rock Support is used to indicated method of applying supporting loads or displacement constraints as additional structural elements, so that the engineering excavation retains its integrity.
Commonly an anti-nuclear shelter, equipped with particular technological systems, which ensure the complete aseptic air inside it, is indicated as a housing solution to avoid contamination by nuclear radiation during an armed conflict with the use of unconventional weapons. .
The envelope is usually made from a load-bearing structure in reinforced concrete and built directly underground, in depth, to make the most of the shielding action of the ground to defend itself from contamination by chemical weapons and biological weapons and thus avoid contact with every source of pollution and ensure the survival of the occupants for a very variable period of time.
In the event of a nuclear disaster, the release of radioactive substances [radioisotopes] does not happen all at once, but continues over time in the form of gases, vapors and dust. Hence, our exposure to radioactivity is prolonged and depends on the strength and direction of the winds and on our proximity or distance from the place where the nuclear disaster occurred.
Usually the lining, for this type of excavation, using TBM-EPB, is made with prefabricated concrete segments, and through this memory, I would like to suggest a new technology and related methodology using, instead of the "Pel-Gravel", of the lightweight cellular concrete / concrete CLC [Reported by ACI Committee 523].
What is very important is that even this type of proposed material must also be able to influence the interaction between the support [which is the rock] and the excavation behavior along the tunnel layout.
Let's start this article with the problems of water infiltration through cracks that occur in prefabricated segments after the assembly phase in a new tunnel under construction.
As illustrated several times, in tunnels, especially in metropolitan areas, it very often happens that excavation works must be carried out below the aquifer level, sometimes at quite high pressures. This is a problem that requires a lot of attention on the part of the designer and the executors, since due to the presence of a pitch, the following can occur:
- problems during the excavation phase;
- problems related to alteration of the aquifer;
- problems with infiltration through the joints and / or cracks that occur in the prefabricated segments due to poor execution of the same or for other reasons.
According to Japanese researchers from the Japan Agency for Marine-Earth Science and Technology there are between 80 and 100 billion tons of rare earths at a depth of between 3,500 and 6,000 meters below the botton of the Pacific Ocean in an area that lies beneath the jurisdiction of Hawaii, east of Tahiti in an area under the jurisdiction of French Polynesia and in the Japanese seabed.
At this depth, between 4 and 6 thousand meters, in addition to the presence of rare earths, there are expanses of polymetallic nodules [1], which are chemical sedimentary rocks, siliceous-metalliferous, spherical or lenticular, characterized from a dark crust of black, bluish or brown color, and from an average diameter of 5 cm and which may contain different percentages of minerals depending on the magma from which the degassing originates (they continuously form where clack-smokers are present) .
I would like to point out that in the vicinity of these black-smokers, typical of the oceanic ridge areas, the temperature goes from 400° C up to 1,000° C and the acidity of the sea water is so low that it touches a pH of 2, 8.
Según investigadores japoneses de la Agencia Japonesa de Ciencia y Tecnología Marina-Terrestre, hay entre 80 y 100 mil millones de toneladas de tierras raras a una profundidad de entre 3,500 y 6,000 metros por debajo del fondo del Océano Pacífico en un área que se encuentra debajo de la jurisdicción. de Hawai, al este de Tahití en un área bajo la jurisdicción de la Polinesia Francesa y en el fondo marino japonés.
A esta profundidad, entre 4 y 6 mil metros, además de la presencia de tierras raras, existen extensiones de nódulos polimetálicos [1], que son rocas sedimentarias químicas, silíceo-metalíferas, esféricas o lenticulares, caracterizadas por una corteza oscura de De color negro, azulado o marrón, y de un diámetro medio de 5 cm y que pueden contener diferentes porcentajes de minerales en función del magma del que se origina la desgasificación (se forman de forma continua donde hay clac-fumadores).
Me gustaría señalar que en las cercanías de estos fumadores negros, típicos de las zonas de cordilleras oceánicas, la temperatura va desde los 400 ° C hasta los 1.000 ° C y la acidez del agua de mar es tan baja que toca un pH de 2, 8.
The immediate future of humanity, in my opinion, must not be projected towards the conquest of space but must be directed towards the subsoil of the earth. From now until 2050, the demand for minerals will increase by more than 300% and extraction will grow at unprecedented rates.
Worldwide there is already a real "hunting" for new materials, in particular those called "rare earths", because they can replace, as already happens in certain industrial and strategic sectors [1] those that are normally used as a source of energy together with other minerals [2], always present in the subsoil, but less valuable.
Before moving on to the repair techniques and materials to be used for the reinforcement of the "cortical layer" of concrete, inside a railway tunnel, it is necessary to make a premise premising that, although many repair techniques are known, they are very different from each other when you are in the presence of a road tunnel, made of traditional or fiber-reinforced concrete, and a hydraulic or railway tunnel, made of prefabricated self-supporting ashlars or traditional reinforced concrete, where, overall, in particular, the concept of durability is enormously different.
PUBLICATION IN ITALIAN AND ENGLISH
In the construction and design of a tunnel, the preliminary study of the rock mass along its route cannot be ignored because it is necessary, first of all, even in the first phase of the design, to consider the various aspects: functional, environmental, social, economic, etc. .
However, the fundamental part is given by the behavior of the geological formations, also in relation to water, which must be studied and analyzed both from a geological and geotechnical point of view. These are the most important factors to consider both in the design and construction phase of a tunnel. In particular:
- crossing of faults and milonitized areas with the presence of fluid-plastic soil;
- strong floods of water;
- gas inflows.
NAME:
-Luigi Franco LAMANNA,
SOCIAL POSITION:
-Independent Consultant Tunneling , mining and Oil specialized in mechanized tunneling with Hard Rock TBM and Soft Soil EPB Shields, -Expert and consultant in structural reinforcement (wood, masonry and concrete),
-Chief Executive Officer the FONDAZIONE INTERNAZIONALE DI CENTRO STUDI E RICERCHE - NGO,
ADDRESS:
- Via dei Serpenti 132, 00184 Rome, Italy,
-Phone: +39 06 4742581,
-e-mail: lamannaluigifranco1@gmail.com
Brief description on the anchoring and nailing of the rock during the excavation of railway tunnels with the traditional NATM Method (New Austrian Tunneling Method).
In Italian and English
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Cracking the Workplace Discipline Code Main.pptxWorkforce Group
Cultivating and maintaining discipline within teams is a critical differentiator for successful organisations.
Forward-thinking leaders and business managers understand the impact that discipline has on organisational success. A disciplined workforce operates with clarity, focus, and a shared understanding of expectations, ultimately driving better results, optimising productivity, and facilitating seamless collaboration.
Although discipline is not a one-size-fits-all approach, it can help create a work environment that encourages personal growth and accountability rather than solely relying on punitive measures.
In this deck, you will learn the significance of workplace discipline for organisational success. You’ll also learn
• Four (4) workplace discipline methods you should consider
• The best and most practical approach to implementing workplace discipline.
• Three (3) key tips to maintain a disciplined workplace.
Enterprise Excellence is Inclusive Excellence.pdfKaiNexus
Enterprise excellence and inclusive excellence are closely linked, and real-world challenges have shown that both are essential to the success of any organization. To achieve enterprise excellence, organizations must focus on improving their operations and processes while creating an inclusive environment that engages everyone. In this interactive session, the facilitator will highlight commonly established business practices and how they limit our ability to engage everyone every day. More importantly, though, participants will likely gain increased awareness of what we can do differently to maximize enterprise excellence through deliberate inclusion.
What is Enterprise Excellence?
Enterprise Excellence is a holistic approach that's aimed at achieving world-class performance across all aspects of the organization.
What might I learn?
A way to engage all in creating Inclusive Excellence. Lessons from the US military and their parallels to the story of Harry Potter. How belt systems and CI teams can destroy inclusive practices. How leadership language invites people to the party. There are three things leaders can do to engage everyone every day: maximizing psychological safety to create environments where folks learn, contribute, and challenge the status quo.
Who might benefit? Anyone and everyone leading folks from the shop floor to top floor.
Dr. William Harvey is a seasoned Operations Leader with extensive experience in chemical processing, manufacturing, and operations management. At Michelman, he currently oversees multiple sites, leading teams in strategic planning and coaching/practicing continuous improvement. William is set to start his eighth year of teaching at the University of Cincinnati where he teaches marketing, finance, and management. William holds various certifications in change management, quality, leadership, operational excellence, team building, and DiSC, among others.
Discover the innovative and creative projects that highlight my journey throu...dylandmeas
Discover the innovative and creative projects that highlight my journey through Full Sail University. Below, you’ll find a collection of my work showcasing my skills and expertise in digital marketing, event planning, and media production.
The world of search engine optimization (SEO) is buzzing with discussions after Google confirmed that around 2,500 leaked internal documents related to its Search feature are indeed authentic. The revelation has sparked significant concerns within the SEO community. The leaked documents were initially reported by SEO experts Rand Fishkin and Mike King, igniting widespread analysis and discourse. For More Info:- https://news.arihantwebtech.com/search-disrupted-googles-leaked-documents-rock-the-seo-world/
3.0 Project 2_ Developing My Brand Identity Kit.pptxtanyjahb
A personal brand exploration presentation summarizes an individual's unique qualities and goals, covering strengths, values, passions, and target audience. It helps individuals understand what makes them stand out, their desired image, and how they aim to achieve it.
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Attending a job Interview for B1 and B2 Englsih learnersErika906060
It is a sample of an interview for a business english class for pre-intermediate and intermediate english students with emphasis on the speking ability.
Digital Transformation and IT Strategy Toolkit and TemplatesAurelien Domont, MBA
This Digital Transformation and IT Strategy Toolkit was created by ex-McKinsey, Deloitte and BCG Management Consultants, after more than 5,000 hours of work. It is considered the world's best & most comprehensive Digital Transformation and IT Strategy Toolkit. It includes all the Frameworks, Best Practices & Templates required to successfully undertake the Digital Transformation of your organization and define a robust IT Strategy.
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It is crucial for the taxpayers to understand about the TDS Return Filing Due Date, so that they can fulfill your TDS obligations efficiently. Taxpayers can avoid penalties by sticking to the deadlines and by accurate filing of TDS. Timely filing of TDS will make sure about the availability of tax credits. You can also seek the professional guidance of experts like Legal Pillers for timely filing of the TDS Return.
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Proyests
1. The FOUNDATION will participate directly with its "ECO-SUSTAINABLE"
and "ECO-INNOVATIVE" projects through the creation of an
"INNOVATIVE INDUSTRIAL CENTER" in the process of innovation of the
human being and our planet earth through new integrated architecture
protocols of " air, subsoil and seabed "of the sixth generation involving"
Participatory Startups ", with objectives based exclusively on" research
"and" development ".
Luigi Franco, LAMANNA
Independent Technical Consultant in the sector of Tunnelling, Mining and Underground Technology
President of the Fondazione Internazionale di Centro Studi e Ricerche, ONG
132, via dei Serpenti, 00184 ROMA, Italy, U.E.
Email: lamannaluigifranco1@gmail.com
Industry 4.0
6 G
Digital Transformation
Augment Human
Biochip
Rare Earths 6.0
Control of SPC Earthquakes
OUR CHALLENGES
Mining, land and marine sectors 6.0
Research and Development Center for new materials