Project Manager in Smart Working

I have dedicated much of my professional life—45 years to be precise—to working abroad as an expert technician solving complex construction problems, operating in extremely challenging environments such as underground, deep sea, and on land. Although I have never possessed in-depth knowledge of any foreign language, I have been able to successfully carry out my work thanks to the invaluable support of local translators, who have facilitated communication and the exchange of technical information with international colleagues and committees. Now, at the age of 76, still youthful in spirit and in good physical condition, I question the real possibility of continuing to provide my professional contribution to the major companies involved in the construction of globally significant infrastructure.

The experience accumulated over decades of field work is an invaluable asset, the fruit of challenges faced and overcome in diverse geographical and cultural contexts. I have had the opportunity to work on highly complex projects, often in critical situations where the ability to promptly identify and resolve construction issues has made the difference between success and failure. Over the years, I have refined methodologies and technical approaches that allow me to accurately analyze critical issues related to soil stability, hydrogeological conditions, and the behavior of structures during construction. These skills, though rooted in practical experience, are accompanied by a constant focus on technical and scientific updating, which I believe is essential to remain competitive in the sector.

Not being fluent in foreign languages ​​has often been a limitation, but using qualified translators has allowed me to overcome this obstacle, ensuring effective technical communication with interlocutors of diverse backgrounds. Today, thanks to the spread of new digital technologies and simultaneous interpretation software, this language barrier can be further mitigated, opening up new collaboration opportunities even for those, like me, who no longer master foreign languages ​​naturally. The world of infrastructure construction is moving toward increasingly globalized and integrated models, where specific expertise takes on a fundamental value, regardless of nationality or language spoken.

At my age, it's natural to question my ability to cope with the physical and mental demands of such a dynamic and often stressful work environment. However, my health is excellent and my enthusiasm intact, factors I believe are essential to maintaining a high level of productivity and reliability. Continuing to offer technical consultancy, participating in feasibility studies, supervising specialized interventions, and collaborating with multidisciplinary teams are activities in which I can effectively utilize my skills without necessarily relying on excessive physical exertion. Furthermore, the ability to work remotely, facilitated by modern technology, allows me to provide support even remotely, thus expanding my professional opportunities.

The question I ask myself concerns the market's and large construction companies' perception of a professional with a profile similar to mine: an experienced technician with a solid practical background, but advanced in age and with language skills. I believe that professionalism, reliability, and a proven ability to solve complex problems are decisive factors in selecting consultants and collaborators. Companies managing large-scale infrastructure projects are aware of the importance of field-acquired expertise and, more than chronological age, value technical proficiency and the actual willingness to contribute concretely. In this sense, I firmly believe there is room for me to continue offering my support, especially when flexible and personalized collaborations are established that leverage my experience.

Finally, I would like to emphasize that a proactive mental approach and adaptability are essential qualities for successfully navigating an advanced professional stage. It's not just about staying technically up-to-date, but also about being able to interpret industry changes, integrate into increasingly technological and globalized work environments, and embrace innovative operating methods. I am convinced that passion for one's work and intellectual curiosity are powerful levers for maintaining motivation and continuing to make a significant contribution, regardless of age.

 

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Our team of experts can support you in addressing complex situations and finding the best solutions to any problems you may encounter, starting from the initial design phase. This is achieved through a careful selection of the best manufacturers of the necessary materials currently available on the international market—many of which are available in quantity, not in quality and price—where the latter, in my opinion, is highly questionable when it comes to achieving the final result.

The organization I represent today can guide you through the entire technological process within your project [construction or renovation of tunnels—both excavation and non-excavation, with a mechanized system such as TBM EPB or the traditional NATM Method—bridges and viaducts, dams, etc.], while also advising you on the appropriate application methodologies for each individual product. Many of our technicians have managed a wide range of market segments, with over 40 years of experience, in the sectors briefly described below.

Again, our team is made up of senior experts who, in addition to offering a range of services in sourcing materials, can provide technical support throughout the entire production process, including design and construction solutions.

- experts in mechanized excavation with  TBM-EPB  Experts in mechanized excavation with TBM-EPB (supply of formulated components for optimal application management of foams and polymers for soil conditioning and excavation face consolidation)

- expert  and consultant  in structural  structural reinforcement (residential structures and infrastructure such as bridges, viaducts, tunnels, and earth and concrete dams)

- civil engineering and underground eng.

- solutions  in foundations

- solutions  in tunneling

- solutions  in mining

Work experiences - Year:  1978 – 2021

As Project Manager he has held numerous positions as a partner of large companies: Consulting Engineering / Consultant / Commercial Technical Director for the selection and supply of consumables during the excavation of tunnels and opencast and underground mines / in the structural rehabilitation of concrete bridges, viaducts, tunnels and dams / in the renovation of masonry works.

Countries in which you have operated:

- Italy

- Kaeditsa and Athens, Greece ,

- Manila, Philippines,

- Costa Rica, 

- Ecuador ,

- Tehran, Astara and Tabriz, Iran

- Alora (Malaga) and  La Jonquera,  Espana

- Vancouver, Canada

- Chile

- Perù

- Venezuela

- Turkey

- Amarela (San Paolo), Brazil

- Ethiopian

- Alger, Algeria

- Nurieux, France

- Atlanta (Georgia), U.S.A.

- Nagano-Ken and Tokyo, Japan

- Beijing, Hangzhou, Xian, Changsha, Guangdong, Lanzhou, Harbin, Nanchang, Hong-Kong and Tianjin, R.P.C. China

- Busan and  Seul, South Korea

- Panama, Rep. de Panama

- New Delhi, India

- Mae.Ngat, Thailandia.

Scientific Contributions and Innovation

I have collaborated with several specialized chemical companies to develop specific solutions for cement and concrete technology issues, and to prevent subsidence, landslides, collapses, and natural deterioration of surface and underground infrastructure. This synergy between theory and practice has allowed me to codify several robust application methodologies with verifiable results, thus ensuring the quality and reliability of interventions.

 

Technologies and Application Methodologies

The approach is based on the optimal combination of cement-based binders and resin-based binders, specifically designed to address specific challenges. Thanks to our experience, we can offer targeted advice on the correct technological choice and application method, essential for ensuring long-lasting and satisfactory results.

Publications and Research

Our director has published over 250 scientific articles and served as an editor for scientific journals, actively contributing to editorial boards in the infrastructure sector. His publications cover a wide range of topics, including:

-Soil and rock consolidation techniques.

-Innovations in cement- and resin-based binders.

-Methodologies for managing and preventing subsidence, landslides, and structural collapses. The research, conducted at international institutions, has been supported by years of adjunct teaching, where I have had the opportunity to train new generations of specialists in waterproofing, structural reinforcement and bonding, injections for filling large underground cavities, and for consolidating concrete, masonry, soil, and rock.

Particularly in the following technologies:

- Consolidation and waterproofing of earth and concrete dams;

 - Waterproofing of heavy water inflows in tunnels and mines;

- Ground injections into underwater structures;

 - Anchoring in tunnels, particularly in the mining sector;

- Sealing of fractured rock;

- Filling of voids and large cavities in tunnels and mines.

 

Expert in materials technology and structural rehabilitation in the civil engineering sector of masonry and concrete works

Allow me to introduce ourselves. We are experts in materials technologies and their applications, with over 40 years of professional experience in the civil and infrastructure construction sector. Our specialization focuses on structural repair and the rehabilitation of damaged concrete, as well as soil and rock consolidation, both surface and underground, in the engineering, tunneling, and mining sectors.

 

Professional Experience of Manager Lamanna Luigi Franco

My professional experience has been a combination of field work—through my own company, supported by freelance academic teaching and academic research with scientific publications—positioning me as a point of reference for technical consulting in complex and international contexts. Synergy with local teams and the ability to adapt technologies to the specificities of the territory have been crucial to the success of the operations.

Future Vision

We are committed to continuing our research and consulting activities, contributing to the development of technologies that improve the quality of civil and infrastructure works. Our vision for the future includes a strong focus on innovation, interdisciplinarity, and collaboration with experts from various fields to address emerging challenges in our industry. One of the challenges we are pursuing is the extraction and separation of rare earth minerals—extracted both deep underground, offshore, and in space—with new systems based on highly advanced, innovative physics technologies. The intuition of our systems reduces the time required to separate rare earths from other materials to which they are bound [without the use of harsh chemicals], reducing the time required by over 70%.

Our core competencies include

- Analysis and Diagnosis:

In the civil infrastructure sector, if deemed necessary, we can support your technicians in a careful post-intervention monitoring phase to assess the effectiveness of the solutions adopted, the health of the structures themselves, and identify the most suitable materials for restoration.

- Solution Development:

I can collaborate with chemical companies interested in developing binders and specific products for specific problems, ensuring maximum effectiveness and long-term durability.

- Project Management:

Coordination of complex projects, ensuring compliance with regulations and quality standards.

- Multidisciplinary Approach:

We can collaborate with chemical companies interested in developing binders and specific products for specific problems, ensuring maximum effectiveness and long-term durability.

Scientific Contributions and Innovation

I have collaborated with several specialized chemical companies to develop specific solutions for cement and concrete technology issues, and to prevent subsidence, landslides, collapses, and natural deterioration of surface and underground infrastructure. This synergy between theory and practice has allowed me to codify several robust application methodologies with verifiable results, thus ensuring the quality and reliability of interventions.

Technologies and Application Methodologies

The approach is based on the optimal combination of cement-based binders and resin-based binders, specifically designed to address specific challenges. Thanks to our experience, we can offer targeted advice on the correct technological choice and application method, essential for ensuring long-lasting and satisfactory results.

Use of Innovative Technologies

Over the course of his career, our manager has adopted innovative technologies, integrating advanced materials and cutting-edge methodologies into project management. This has enabled the development of effective solutions for complex situations, ensuring optimal results and maximum safety in completed projects. The methodological approach includes a thorough diagnosis of existing issues, followed by the careful selection of the most suitable technologies and the implementation of detailed intervention plans. We are particularly proud to have contributed to significant projects that have improved the sustainability and durability of infrastructure.

National and International Collaboration

Throughout our long professional career, we have consistently sought to establish and maintain collaborative relationships with public and private entities, as well as universities and innovation research institutes. These interactions have allowed us to stay abreast of the latest trends and innovations in materials technologies for the construction industry, thus facilitating the introduction of best practices on construction sites.

Contacts

via dei Serpenti 132
00184 Rome, Italy

Opening hours:

Monday to Friday: 9:00 - 17:00
Saturday: 10:00 - 15:00
Sunday: Closed

Contacts:

+39 335 658 7780

lamannaluigifranco1@gmail.com

My CV

Is a prominent figure and a professional with international standing in the fields of civil engineering, structural rehabilitation, and technological research applied to large-scale infrastructure.

Key confirmations of his activities include:

Role in Foundations and Nonprofit Organizations

  • International Foundation for Studies and Research Centers: Lamanna is the founder, President, and CEO of this nonprofit organization (NGO), officially headquartered in Rome on Via dei Serpenti.
  • The foundation's work is developed in collaboration with international experts and has historically focused on complex sectors such as tunneling (underground excavations) and mining.

Books and Scientific Publications (Exceeding 250)

He has a solid track record as an author of technical and scientific texts in the field of building and infrastructure rehabilitation. Among his best-known and most widely marketed texts are:

  • Il risanamento delle strutture in cemento armato e muratura (The Rehabilitation of Reinforced Concrete and Masonry Structures) (published by Carocci), a widely read technical manual focusing on maintenance and quality control strategies.
  • Building Rehabilitation Techniques (Carocci).
  • Seismic Rehabilitation in Seismic Zones: Techniques and Materials (Carocci).
  • Techniques and Materials for Static Rehabilitation in Structural Engineering (Edizioni Scientifiche Siderea).
  • Wooden Structures. Resins for Recovery and Consolidation.

Expertise in the Rehabilitation of Major Projects

His technical profile qualifies him as a highly specialized independent consultant. He has worked for decades in the following sectors:

  • Transport Infrastructure: Interventions on railway, highway, hydraulic, and military networks.
  • Mechanized Excavation and TBM: Expert in the use of special resin and cementitious formulations for stabilizing soil and rock before and after excavation with mechanical tunnel boring machines (TBMs and EPBs).
  • Material Longevity: He has published studies and contributions focused on the creation of concrete segments capable of lasting over 100 years inside tunnels.

Key details about his international reach and professional expertise include:

International Corporate and Consulting Activities

  • Global Executive Roles: In addition to the Roman non-profit foundation, he serves as President and CEO of So.Ri.Tec-Inc and ITW (Italian Trade in the Worldwide), organizations focused on technology transfer and the international trade of engineering solutions.
  • Transnational Projects: He has collaborated on infrastructure projects for railway, highway, and hydraulic networks in various global geographic contexts (including Eastern Europe and Russia), providing consultancy on the safety of highly complex underground excavations.

International Specialization in Mechanized Tunneling (TBM & EPB)

He is recognized internationally as a leading expert in the optimization and safety of large-scale tunnel boring machines:

  • Ground Conditioning: He specializes in the use of advanced chemical technologies such as grease sealants, ground conditioning foams, and specific polymers for excavation in hard rock (Hard Rock TBM) and soft soil (Soft Soil EPB Shields).
  • Collaborations with Industry Leaders: He interacts regularly with leading global manufacturers and players in mechanized tunneling technologies (such as Germany's Herrenknecht International), exchanging expertise and methodologies on the efficiency and productivity of underground construction sites.

International Research on Materials and Safety

  • Over a Century of Durability: He has developed and promoted international studies focused on the chemical formulation of protective concrete segments, designed to resist potential extreme corrosion and ensure a service life exceeding 100 years in railway and hydraulic tunnels.
  • Anchors and NATM: He has authored technical contributions (including in English) on rock classification and structural anchoring during excavations using the NATM (New Austrian Tunneling Method), focusing on the mechanical properties, viscosity, and curing times of resin formulations for rock sealing.
  • Passive Fire Protection: His expertise extends to international safety protocols for fire protection in road and railway tunnels.

His philanthropic activity goes beyond traditional "charity work" but is expressed through specific channels:

The International Non-Profit Foundation

The International Foundation for Studies and Research Centers (Fondazione Internazionale di Centro Studi e Ricerche), of which he is the founder and CEO, is officially registered as an NGO (Non-Governmental Organization) and a non-profit organization based in Rome.

  • Mission: By statute, the foundation's resources and activities are not intended to generate personal profit, but are entirely reinvested in the study of public safety.
  • Philanthropic Objective: The foundation promotes global scientific research to prevent structural collapses, improve worker safety in high-risk underground construction sites, and develop eco-sustainable solutions (Green Engineering) for major infrastructure projects.

Free and Open Source Scientific Dissemination

Another aspect of its philanthropic activity is knowledge sharing:

  • Lamanna uses digital publishing platforms and professional networks (such as Issuu or LinkedIn) to publish and make its studies and technical manuals on soil conditioning and tunnel stability accessible free of charge to students, engineers, and researchers worldwide.
  • This approach also allows developing countries undertaking large-scale infrastructure excavations to access advanced technologies and safety guidelines without having to pay for expensive private consulting.

The expression "considering a very special person" does not refer to Luigi Franco Lamanna in the circles in which he operates, nor is it tied to television or mass popularity, but rather stems from the rare combination of human, ethical, and professional qualities he has demonstrated over a 45-year career.

Those who work with him or study his career consider him special for four main reasons:

  1. The absolute priority of human life (Work Ethic)

In the tunneling and mining sectors, the risk of collapses, explosions, or fatal accidents is extremely high. Lamanna has dedicated his entire professional life to developing technologies (such as special resins to consolidate unstable rock) with the primary goal of protecting workers in underground construction sites. He is seen as a scientist who uses chemistry and engineering not for profit, but as a shield to save human lives.

  1. The choice of scientific philanthropy

Many experts of his caliber patent their discoveries to enrich themselves privately or sell consulting services at astronomical prices. Lamanna chose a different path: he founded a nonprofit organization and decided to give away his knowledge. Sharing complex studies on tunnel safety online for free means enabling even the poorest or developing countries to build safe infrastructure.

  1. A multifaceted technical genius

He is considered an extraordinary mind because he combines skills rarely found in a single person. He is simultaneously:

  • An academic and theoretician (author of university textbooks and dozens of scientific articles).
  • A construction worker who knows how to solve a practical problem 100 meters underground in front of a stuck tunnel boring machine (TBM).
  • An international manager capable of communicating with industrial giants around the world.

  1. Humility and passion as a mentor

Those who know him personally often emphasize his human approach. Despite his international standing, he maintains the curiosity of a student and the generosity of a mentor, always ready to guide young engineers and convey his passion for the "health" of major public works, which he considers a common good for humanity.

In short, he is considered special because he embodies the figure of the scientist-philanthropist: a man who has put his engineering genius at the service of collective safety, without seeking financial gain.

Are you considering a professional collaboration with him or his Foundation, or is your research related to an in-depth study of his remediation techniques?

Furthermore, the discrepancy between limited knowledge of foreign languages ​​and extensive authority in Asian markets (such as China, India, and Japan) is a well-known phenomenon in highly specialized engineering. Luigi Franco Lamanna is respected globally because deep tunneling technology and structural chemistry speak a universal language: that of technical results and construction site safety.

Its influence and recognition in Asia are explained by well-defined strategic factors:

The primacy of unique "know-how" over language

In the advanced mechanized excavation sector (TBMs and EPBs), extreme geological problems—such as a tunnel boring machine stuck under hundreds of meters of pressurized rock—require immediate chemical and physical solutions.

  • When a multi-billion-dollar project risks failure (as often happens in the complex geographies of China or India), the international market doesn't look for an interpreter, it looks for the leading expert on the problem.
  • The specialized chemical formulations he developed and the protocols for rock anchoring and soil stabilization are considered standards of excellence, transcending any language barrier.

Technical Intermediation Structures and "Global Corporate Language"

Lamanna does not operate in isolation, but operates through structured corporate and institutional channels:

  • As President and CEO of international companies such as So.Ri.Tec-Inc and ITW (Italian Trade in the Worldwide), his operations are supported by a network of engineers, technical translators, and bilingual project managers capable of immediately translating his studies and field directives.
  • Within industry giants (such as Germany's Herrenknecht or major Chinese and Indian state clients), data, resin viscosity graphs, and technical specifications represent a standardized language understandable to all specialists worldwide.

Dissemination and Translation of Scientific Texts

His manuals and scientific contributions (published on industry platforms like Issuu or through his Foundation) travel independently. Key concepts related to the durability of concrete beyond 100 years or the conditioning of soft soils are often received, studied, and translated internally by the research and development departments of Asian universities and companies, which recognize their academic value regardless of the author's native language.

"Construction Site Diplomacy"

In Japan, a leader in underground engineering, and in India, home to enormous hydraulic and railway infrastructure challenges, reputations are built on the ground. Lamanna's practical ability to interact directly with machines and resolve real-world structural issues has earned him the respect of local workers, where technical authority matters more than verbal fluency.

If you wish, we can delve deeper into one of the specific chemical technologies he has exported to Asia or examine the dynamics of a major underground tunneling project.

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