Risk Engineering of Constructions

Puebla Campus, Puebla, Mexico

Shortlist

Engineering - Civil and StructuralMain Subject Area

Shortlist

Programme overview

Main Subject

Engineering - Civil and Structural

Degree

Other

Study Level

Masters

Study Mode

Blended

Knowledge

Describes the basic mathematical processes for characterizing uncertainty in natural hazard risk analysis.
Distinguishes geotechnical behavior.
Recognizes the behavior of structures.
Identifies fundamental concepts on planning and design.

Skills

Demonstrates oral and written communication skills.
Applies structural evaluation techniques.
Uses specialized software to solve practical problems in the construction industry.
Interprets basic mathematical models to characterize the behavior of constructions.
Manages the English language at a technical level.
Works in a collaborative and multidisciplinary manner.

Capabilities

Values the importance of ethics and planning in integral risk management.
Is aware of the importance of continuous training, which drives innovative development, seeking optimal results.
Responds to the social needs of the context in search of the common good.

Graduation Profile

Strategically assesses hazards and vulnerability of buildings to design action plans, mitigate risks and increase building resilience.
Implements state-of-the-art engineering techniques, models and tools for integral risk management and mitigation in civil engineering works.
Proposes applied engineering projects from an ethical and socially responsible approach to building sustainable and resilient cities in the face of geodynamic and hydrometeorological phenomena.

Programme overview

Main Subject

Engineering - Civil and Structural

Degree

Other

Study Level

Masters

Study Mode

Blended

Knowledge

Describes the basic mathematical processes for characterizing uncertainty in natural hazard risk analysis.
Distinguishes geotechnical behavior.
Recognizes the behavior of structures.
Identifies fundamental concepts on planning and design.

Skills

Demonstrates oral and written communication skills.
Applies structural evaluation techniques.
Uses specialized software to solve practical problems in the construction industry.
Interprets basic mathematical models to characterize the behavior of constructions.
Manages the English language at a technical level.
Works in a collaborative and multidisciplinary manner.

Capabilities

Values the importance of ethics and planning in integral risk management.
Is aware of the importance of continuous training, which drives innovative development, seeking optimal results.
Responds to the social needs of the context in search of the common good.

Graduation Profile

Strategically assesses hazards and vulnerability of buildings to design action plans, mitigate risks and increase building resilience.
Implements state-of-the-art engineering techniques, models and tools for integral risk management and mitigation in civil engineering works.
Proposes applied engineering projects from an ethical and socially responsible approach to building sustainable and resilient cities in the face of geodynamic and hydrometeorological phenomena.

Admission Requirements

Starting Month(s)

Jan

Scholarships

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