HYDRAULIC ENGINEERING
Hydraulic studies and projects applied to the planning, design and analysis of the operation of drainage, supply and river management systems in territorial and urban environments.
- Hydrological studies and flood flow estimation
- Design and sizing of supply networks
- Design and dimensioning of sanitation and stormwater drainage networks
- Irrigation networks and agricultural hydraulic distribution
- Channeling and canalization of riverbeds
- Longitudinal and transverse drainage in road infrastructure
- Storage and hydraulic regulation tanks
- Flood studies and hydraulic analysis in ravines and riverbeds
- Hydrological and hydraulic modeling of basins and drainage systems
HYDRAULIC ENGINEERING
Hydraulic studies and projects applied to the planning, design and analysis of the operation of drainage, supply and river management systems in territorial and urban environments.
- Hydrological studies and flood flow estimation
- Design and sizing of supply networks
- Design and dimensioning of sanitation and stormwater drainage networks
- Irrigation networks and agricultural hydraulic distribution
- Channeling and canalization of riverbeds
- Longitudinal and transverse drainage in road infrastructure
- Storage and hydraulic regulation tanks
- Flood studies and hydraulic analysis in ravines and riverbeds
- Hydrological and hydraulic modeling of basins and drainage systems
HYDRAULIC ENGINEERING
Hydraulic studies and projects applied to the planning, design and analysis of the operation of drainage, supply and river management systems in territorial and urban environments.
- Hydrological studies and flood flow estimation
- Design and sizing of supply networks
- Design and dimensioning of sanitation and stormwater drainage networks
- Irrigation networks and agricultural hydraulic distribution
- Channeling and canalization of riverbeds
- Longitudinal and transverse drainage in road infrastructure
- Storage and hydraulic regulation tanks
- Flood studies and hydraulic analysis in ravines and riverbeds
- Hydrological and hydraulic modeling of basins and drainage systems
MARINE AND COASTAL ENGINEERING
Characterization of the marine climate and analysis of coastal dynamics for the design and evaluation of actions in the coastal environment and the estimation of project wave conditions.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
MARINE AND COASTAL ENGINEERING
Characterization of the marine climate and analysis of coastal dynamics for the design and evaluation of actions in the coastal environment and the estimation of project wave conditions.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
MARINE AND COASTAL ENGINEERING
Characterization of the marine climate and analysis of coastal dynamics for the design and evaluation of actions in the coastal environment and the estimation of project wave conditions.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
GEOGRAPHIC ENGINEERING
Geotechnical studies and stability analysis focused on the design of foundations, retaining structures and ground improvement solutions in complex infrastructures and environments.
- Geotechnical studies for buildings and infrastructure
- Design and dimensioning of shallow and deep foundations
- Analysis and design of containment structures
- Slope stabilization in road infrastructure and natural hillsides
- Ground improvement and geotechnical reinforcement treatments
- Stability analysis and geotechnical risk assessment
GEOGRAPHIC ENGINEERING
Geotechnical studies and stability analysis focused on the design of foundations, retaining structures and ground improvement solutions in complex infrastructures and environments.
- Geotechnical studies for buildings and infrastructure
- Design and dimensioning of shallow and deep foundations
- Analysis and design of containment structures
- Slope stabilization in road infrastructure and natural hillsides
- Ground improvement and geotechnical reinforcement treatments
- Stability analysis and geotechnical risk assessment
GEOGRAPHIC ENGINEERING
Geotechnical studies and stability analysis focused on the design of foundations, retaining structures and ground improvement solutions in complex infrastructures and environments.
- Geotechnical studies for buildings and infrastructure
- Design and dimensioning of shallow and deep foundations
- Analysis and design of containment structures
- Slope stabilization in road infrastructure and natural hillsides
- Ground improvement and geotechnical reinforcement treatments
- Stability analysis and geotechnical risk assessment
TRANSPORT AND MOBILITY ENGINEERING
Functional analysis and design of road infrastructure and mobility systems to improve accessibility, road safety and the operation of urban and interurban networks.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
TRANSPORT AND MOBILITY ENGINEERING
Functional analysis and design of road infrastructure and mobility systems to improve accessibility, road safety and the operation of urban and interurban networks.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
TRANSPORT AND MOBILITY ENGINEERING
Functional analysis and design of road infrastructure and mobility systems to improve accessibility, road safety and the operation of urban and interurban networks.
- Characterization of the marine climate in deep waters
- Evaluation of the consistency and representativeness of wave series from buoys and numerical models for estimating extreme waves
- Analysis of the average and extreme wave regime for marine engineering applications
- Wave propagation towards coastal and port areas
- Studies of coastal dynamics and coastal morphodynamics
- Analysis of coastal and pluvio-marine flooding
- Design of coastal defense measures
- Beach regeneration and stabilization
- Design and evaluation of submarine outfalls
- Processing of authorizations for discharge into the sea
- Studies of dilution and dispersion of spills in aquatic environments
STRUCTURAL ENGINEERING
Design and calculation of structures for buildings and civil infrastructure, including containment solutions and structures associated with hydraulic and road works.
- Design and calculation of reinforced concrete structures
- Design and calculation of metal structures
- Design and calculation of composite steel-concrete structures
- Analysis and design of containment structures
- Gravity and reinforced concrete retaining walls
- Buried structures and basement walls
- Structures associated with hydraulic and road infrastructure
STRUCTURAL ENGINEERING
Design and calculation of structures for buildings and civil infrastructure, including containment solutions and structures associated with hydraulic and road works.
- Design and calculation of reinforced concrete structures
- Design and calculation of metal structures
- Design and calculation of composite steel-concrete structures
- Analysis and design of containment structures
- Gravity and reinforced concrete retaining walls
- Buried structures and basement walls
- Structures associated with hydraulic and road infrastructure
STRUCTURAL ENGINEERING
Design and calculation of structures for buildings and civil infrastructure, including containment solutions and structures associated with hydraulic and road works.
- Design and calculation of reinforced concrete structures
- Design and calculation of metal structures
- Design and calculation of composite steel-concrete structures
- Analysis and design of containment structures
- Gravity and reinforced concrete retaining walls
- Buried structures and basement walls
- Structures associated with hydraulic and road infrastructure
ENVIRONMENTAL ENGINEERING
Environmental analysis applied to infrastructure and territorial actions, oriented to the environmental impact assessment of projects, the processing of discharge authorizations and territorial analysis through geographic information systems.
- Environmental impact assessment of projects (ordinary and simplified procedure)
- Territorial and environmental analysis using geographic information systems (GIS)
- Studies of dilution and dispersion of spills in aquatic environments
- Processing of discharge authorizations
ENVIRONMENTAL ENGINEERING
Environmental analysis applied to infrastructure and territorial actions, focused on the environmental impact assessment of projects, the processing of discharge authorizations and territorial analysis using geographic information systems.
- Environmental impact assessment of projects (ordinary and simplified procedure)
- Territorial and environmental analysis using geographic information systems (GIS)
- Studies of dilution and dispersion of spills in aquatic environments
- Processing of discharge authorizations
ENVIRONMENTAL ENGINEERING
Environmental analysis applied to infrastructure and territorial actions, focused on the environmental impact assessment of projects, the processing of discharge authorizations and territorial analysis using geographic information systems.
- Environmental impact assessment of projects (ordinary and simplified procedure)
- Territorial and environmental analysis using geographic information systems (GIS)
- Studies of dilution and dispersion of spills in aquatic environments
- Processing of discharge authorizations
DIRECTION AND MANAGEMENT OF WORKS
Technical direction and management of the execution of works, including technical, economic and administrative control of infrastructure and building projects.
- Construction management
- Construction management
- Technical assistance to the construction management
- Health and safety coordination
- Technical and economic control of works
- Preparation of technical reports on works
DIRECTION AND MANAGEMENT OF WORKS
Technical direction and management of the execution of works, including technical, economic and administrative control of infrastructure and building projects.
- Construction management
- Construction management
- Technical assistance to the construction management
- Health and safety coordination
- Technical and economic control of works
- Preparation of technical reports on works
DIRECTION AND MANAGEMENT OF WORKS
Technical direction and management of the execution of works, including technical, economic and administrative control of infrastructure and building projects.
- Construction management
- Construction management
- Technical assistance to the construction management
- Health and safety coordination
- Technical and economic control of works
- Preparation of technical reports on works