The Master’s in Highway Maintenance and Road Engineering is an advanced specialization designed for professionals in the construction and civil engineering sectors who are seeking in-depth training in road network management. This program recognizes the strategic importance of transportation infrastructure as a fundamental asset for connectivity and development. It delves into road maintenance, covering everything from major maintenance projects to the optimization of the operational, energy, and environmental efficiency of these infrastructures. You will analyze general maintenance plans, the rationale behind each intervention, and methodologies for assessing the condition of pavements and structures. You will specialize in winter road maintenance, gaining detailed knowledge of de-icing agents, the management of specialized machinery, and the design of robust operational plans to ensure road passability in adverse weather conditions. In addition, the program addresses road safety, the analysis of accident rates on road networks, and the development of strategies to mitigate risks, integrating road operations into a comprehensive view of the road’s life cycle. You will develop a comprehensive perspective for making informed decisions and leading high-impact projects, ensuring the resilience and optimal performance of the road infrastructure in the face of current technical, economic, and administrative challenges.
Objectives
• You will lead the planning and execution of road maintenance activities, optimizing the operational, energy, and environmental efficiency of the infrastructure. • You will design advanced strategies for winter road maintenance, including the selection of de-icing agents and the implementation of effective operational plans. • You will assess the impact of accidents on road networks, developing and implementing road safety measures that improve infrastructure operations. • You will manage the technical and human resources involved in maintenance operations, ensuring the functionality and sustainability of the road network. • You will make strategic decisions to resolve complex problems in road maintenance contracts, applying specialized engineering procedures. • You will develop a comprehensive understanding of maintenance engineering, from an introduction to its objectives to the application of advanced techniques across the network. • You will develop robust criteria for the most appropriate response to deterioration and deficiencies, ensuring the service life and performance of the roads. • You will implement innovative solutions for maintenance management, adapting to the technical and administrative requirements of the sector.
Methodology
At Educa PHAROS, we use a highly practical methodology focused on the direct application of knowledge in the student’s professional environment, combining theoretical content with real-world cases, digital tools, and support from a team of specialized instructors.
Program
General Concepts.
Help with traffic control.
Routine maintenance or upkeep activities.
Activities to improve operational conditions and safety.
Activities related to the use and protection of the highway.
Mowing, pruning, and brush clearing.
Plantation Maintenance.
Cleaning of roadways and shoulders.
Road Safety.
Drain cleaning and repair.
Management of conservation activities.
Road Maintenance and Operations.
Routine Conservation Work (I.
Routine Conservation Operations (II).
Machinery.
Efficiency of Heavy-Duty Maintenance Vehicles.
Tunnel lighting.
Tunnel Facility Control and Management System.
Environmental Management in Integrated Conservation, Indicators, and Exploitation.
The Need for Winter Road Maintenance Services
History of Winter Road Maintenance
Meteorological Concepts Related to Winter Road Conditions
Types of Treatments
Service Levels
Types of Fluxes
Characteristics of Solid-State Flux Application
Characteristics of the Application of Pre-Moistened Solid-State Fluxes
Characteristics of the Application of Liquid Fluxes
Characteristics of the Application of Abrasives and Other Fluxes
Propulsion Elements (I)
Thrust Elements (II) and Dynamic Elements
Flux and/or Abrasive Spreaders
Liquid Flux Spreaders and Equipment Maintenance Requirements
Flux Management and Storage
Weather Factors: Ice
Weather Factors: Snow
Curative treatments using snow-like precipitation
Traffic Management. Implementation of Vehicle Traffic Restrictions
Winter Road Maintenance Operational Plan
Contributing factors.
Accident Rates.
Road safety programs. Audits and inspections.
On-site accident analysis. Mobility restrictions
Traffic Engineering (I).
Traffic Engineering (II).
Legislation. Public domain.
Advertising. Permits and Other Requirements.
Access Points
Violations and Penalties.
Arterial networks, thoroughfares, and urban sections.
Function and Purpose
Elements
Traffic Management: A Handbook of Examples
Installation and removal of construction signage.
Special cases, preservation, errors, and evolution.
Function and Purpose.
Procedure.
Vehicle Equipment and Markings.
Maintenance work using temporary signage.
Handbook of Examples: The Evolution of Technique
Classification of Pavements.
Pavement Inspection.
Surface rehabilitation of road pavements.
Extensive Pavement Rehabilitation (I).
Extensive Pavement Rehabilitation (II).
Pavement Management.
Maintenance activities.
Studies on the evolution of a road surface.
Operational Efficiency in Pavement Maintenance.
Software for road management and maintenance.
Structural inspection.
Structural monitoring.
Maintenance Plan.
Types of damage to a structure.
Repair Catalog.
Slope inspection.
Anchors and guide meshes on slopes.
Screens to prevent rockfalls.
Protective guardrails.
Slope control and monitoring.
Definition, Design, and Characteristics of Vertical Signage.
Retroreflection and Criteria for Installing Traffic Signs.
Vertical Signage Operations.
Definition, Purpose, and Characteristics of Road Markings.
Materials, selection criteria, and application of road markings.
Definition, Classification, and Navigation Aids.
Installation and Operation of Navigation Aids
Fencing.
Vehicle containment systems. Safety barriers and guardrails.
Arrangement of barriers and guardrails. Other vehicle containment systems.
Facility Diagnostics.
Diagnosis and Treatment of Tunnel Syndromes.
Tunnels—Facilities.
Tunnels—Structural Elements.
Tunnels—Condition of the linings.
General Information.
Organization of winter road maintenance operations.
Founding materials and machinery.
Acting Techniques.
Meteorology and Management Systems.
Introduction
Inspection and Maintenance Process
Examples of some regulations.
Underground construction projects.
Construction systems and their specific defects
Definitions and Methodology for Assessing Pathologies.
Assessment of the tunnel's condition. General information applicable to all tunnels.
Assessment of Tunnel Condition Based on Construction Materials (I)
Assessment of Tunnel Condition by Construction Material (II). Changes Over Time
Analysis of the causes.
Inspection Phases and Visual Inspection.
Detailed visual inspection.
Non-destructive testing.
Destructive inspection.
Inspection Analysis.
Need for Service. Maintenance and Repairs
Some Intervention Techniques. Examples of Actions
Acoustic Monitoring of Tunnels in Service
Analysis of Specific Cases (I)
Analysis of Specific Cases (II)
Introduction and Background
Methodology for Environmental Management Systems
EMS Planning (I). Environmental Actions and Aspects
EMS Planning (II). Legal Requirements and Environmental Objectives
Support within the EMS
WMS Operation: Controls and Accidents
Evaluation of the EMS's Performance (I). Monitoring and Analysis
Evaluation of EMS Performance (II). Audits and Reviews
Process for Improving the Environmental Management System
Certification Process for Companies and Products
Introduction to Waste Management
Basics of Non-Hazardous Waste (NHW)
Fundamentals of Hazardous Waste (HW)
Other Specific Wastes: Treatment and Management
Hazardous substances or mixtures (or preparations)
Application of Herbicides
Installation of Fuel Tanks
Other Authorizations
Environmental Impacts of Conservation and the Use of «Good Environmental Practices»
Sustainable Activity Worksheets
Classification and Hierarchy of the Urban Road Network
Infrastructure Design
Unique Configurations
Traffic Bottlenecks
Intersections, Traffic Prioritization, and Traffic Lights
Educa PHAROS is a training solution for businesses that centralizes learning, simplifies user management, and allows you to track progress through dashboards and reports.
It is designed for organizations that want to develop internal skills, standardize role-based training, and have traceability and learning metrics.
It includes learning paths by profile, user and permission management, progress reports, certification, and access to masterclasses or live sessions (depending on the plan).
It is based on best practices in security, access control, learning traceability, and implementation support. Customize this text according to your commitments (SLA, compliance, etc.).
Educa PHAROS is a next-generation training model that places a company’s human capital at the forefront. Through a platform that adapts to each company’s corporate identity and offers a total of more than 900 courses, it provides tailored training for each organization. The unlimited flat-rate plan provides each company with the number of courses that best suits its needs, as well as the ability to determine which employees will have access.
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Civil Engineering 
Spanish 
Credits: 60 ECTS
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