Vertical Engineering — A New Engineering Discipline for the 21st Century

"Dedicated to Civil Engineers, Architects, and Built Environment Professionals, and addressed to universities and academic institutions engaged in Civil Engineering, Architecture, and related disciplines."

Vertical Engineering represents a decisive turning point in modern engineering: the transition from building exclusively on land to building responsibly on top of the existing built environment. In a world where most structures are already in place, vertical expansion without demolition or territorial consumption is no longer optional—it is a structural necessity and a new chapter in engineering history.

For decades, urban growth relied on two limited strategies: sprawl or demolition. Increasing density, sustainability demands, and land scarcity have exposed the inadequacy of this approach. Traditional engineering frameworks were never designed to treat an existing building as a structural foundation. There were no definitions, no standards, and no discipline capable of governing this reality.

This gap was addressed with the creation of Vertical Engineering as a formal discipline. Through the establishment of the first complete technical, methodological, ethical, and governance framework, Vertical Engineering gained structure, language, and scientific grounding—transforming what was once improvised practice into a regulated professional field.

Why Vertical Engineering Matters Now

Vertical Engineering introduces a paradigm shift:
the ground is no longer the only structural foundation—the building itself becomes the support.

This enables cities to:

increase density without sprawl,
preserve and reuse existing structures,
avoid unnecessary demolition,
reduce carbon emissions,
expand housing and infrastructure in saturated areas, and
extend the lifecycle of the built environment.

It is one of the most transformative developments in contemporary engineering, urbanism, and sustainability.

Foundations and Impact

Vertical Engineering integrates engineering sciences, architecture, decision engineering, economics, risk governance, and urban responsibility. As a discipline, it influences:

universities and academic programs (new disciplines, research lines, postgraduate education),
governments and municipalities (densification and preservation policies),
engineers and architects (new professional standards and certification),
industry and construction (advanced materials and execution models), and
society (safer buildings and more sustainable cities).

This marks the beginning of a responsible and evidence-based evolution of the built environment.

Proposed Minimum Core Academic Program

To promote the academic establishment of Vertical Engineering, this program supports universities in introducing Vertical Engineering first as a discipline and progressively as a full postgraduate degree.

Core domains include:

Structural Continuity & Existing-Building Diagnostics
Load Propagation & Structural Interdependency
Uncertainty & Evidence-Based Decision Engineering
Decision Engineering, Ethics & Professional Accountability
Materials, Technologies & Value Engineering
Building Pathology, Aging & Lifecycle Engineering
Risk Engineering & Safety Management
Economic & Financial Engineering
Legal, Urban & Governance Frameworks
Vertical Preservation Engineering
Live-Operation Vertical Engineering
Computational & Digital Systems
IVEXSI Standards, Normative Frameworks & Professional Practice

Estimated duration: 4 semesters (2 years), designed as a complementary pathway toward Master’s-level programs in Europe, the United States, and other regions.

Professional Qualification

Upon completion of the Master’s program in Vertical Engineering, graduates are awarded the professional title of:

Vertical Expansion Engineer

Graduates meet all academic and technical prerequisites required for IVEXSI certification.

IVEXSI recognizes Master-level Vertical Engineers as qualified to perform, audit, supervise, and support training activities in Vertical Engineering. Certified professionals are incorporated into the IVEXSI professional framework and registered accordingly.

Academic Collaboration

Universities worldwide are consulting with IVEXSI to introduce Vertical Engineering, initially as an academic discipline and subsequently as a full degree program.