Master of Science in Environmental Engineering – Resilience to Climate Change Effects (REACH)
Pavia, Italy
MSc
DURATION
2 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
14 Sep 2026
TUITION FEES
EUR 400 / per year **
STUDY FORMAT
On-Campus
* 1st call dedicated to EU and NON-EU applicants
** students may be eligible to apply for a flat rate or to tuition fees calculated according to their family income
Key Summary
The academic activities planned for the Master’s Degree in Environmental Engineering – Resilience to Climate Change Effects (REACH) aim at training expert professionals capable of operating in a reality where climate change increasingly impacts the management of water resources, on the safeguard of the environment, and on soil protection.
Environmental Engineering focuses on the planning, design, and management of: complex water systems; hydraulic defense systems for protecting the territory; water, air, and soil decontamination projects; energy resource exploitation projects in line with sustainable environmental and territorial policies; environmental quality control and monitoring systems; and the assessment of environmental impacts and compatibility for plans and infrastructure projects.
The environmental engineers graduating in this curriculum will be able to analyse problems, build models to support decisions, plan and design actions and operations of natural and territorial interest to mitigate the effects of climate change, as well as in ordinary contexts, using modern, innovative and interdisciplinary approaches, techniques and tools.
Starting from a reinforcement of previous bases in mathematics, hydraulics, sanitary engineering, applied geology, and hydraulic constructions, in this curriculum the topics related to climate dynamics, the impact of climate changes on aquatic ecosystems, the sustainable use of water resources in urban and agricultural environments, fluvial hydraulics and related hydraulic protection works and the use of satellite data are especially developed.
Funding opportunities: students accepted to this study programme are eligible to apply for a dedicated scholarship. Relevant information will be sent in due time to all admitted students.
EDiSU Pavia scholarship: Edisu scholarship is open to all level applicants which includes accommodation in a Residence; one meal per day at the canteens; a sum of money, according to the student’s economic situation.
Several scholarship options are available. Please visit the institute's website for more information.
Programme Structure
Learning activities are organized in a study plan by an appointed committee. The study plan shows a total of 120 credits to complete in a minimum of 2 years dedicated to resilience to climate change effects.
Renewable Energy Path
First Year
Compulsory
- Elements Of Mathematics
- Introduction To Power Systems And Electrical Machines
- Environmental Physics And Hydraulic Systems
- Fluid Mechanics And Advanced Hydraulics
- Planning Of Energy Conversion Systems
- Waterworks And Sewerage Systems Project
- Valorization And Optimization Of Residues From Water And Waste Treatment
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Energy Conversion And Renewable Energy Sources
- General Microbiology
Second Year
Compulsory
- Climate Dynamics And Changes
- Fluvial Hydraulics
- Solar And Biomass Energy Systems
- Hydroelectric And Wind Power Plants
- Final Exam
- Waste Energy Recovery
- Water Energy Sustainable Urban Development
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Building Acoustics
- Computational Fluid Dynamics
- Elements Of Offshore Engineering And Maritime Hydraulics
- Flood Propagation
- Fluvial Protection Works
- Photogrammetry, Lidar And GIS
- Design Of Shell Structures
- Hydraulic Measurements
- Hydrological Modeling And Climate Change
- Design Of Wastewater And Drinking Water Treatment Plants
- Reliable Design And Management Of Urban Hydraulic Infrastructures
- Safety In Engineering And Technology
- Sustainability Science In The Built Environment
- Urban Planning Techniques
- Wastewater Treatment And Resource Recovery Technologies
Installation Path
First Year
Compulsory
- Elements Of Mathematics
- Environmental Physics And Hydraulic Systems
- Hydrological Modeling And Climate Change
- Fluid Mechanics And Advanced Hydraulics
- General Microbiology
- Waterworks And Sewerage Systems Project
- Valorization And Optimization Of Residues From Water And Waste Treatment
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Technical Architecture
- Photogrammetry, Lidar And GIS
- Safety In Engineering And Technology
- Sustainability Science In The Built Environment
- Urban Planning Techniques
- Trenchless Technologies For Hydraulic Infrastructures
Second Year
Compulsory
- Climate Change Impacts On Water Ecosystems
- Design Of Shell Structures
- Hydraulic Measurements
- Hydroelectric Plants
- Design Of Wastewater And Drinking Water Treatment Plants
- Final Exam
- Waste Energy Recovery
- Advanced Treatments Of Drinking Water And Wastewater
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Building Acoustics
- Computational Fluid Dynamics
- Contamination And Remediation Technologies For Soils And Groundwater
- Public Economics
- Ethics For Sustainable Projects
- Fluvial Protection Works
- Foundation Systems And Earth-Retaining Structures
- Coastal Hydrodynamics
- Wind Power Plants
- Reliable Design And Management Of Urban Hydraulic Infrastructures
- Structural Engineering And Mechanics C
- Water Energy Sustainable Urban Development
Territorial Path
First Year
Compulsory
- Elements Of Mathematics
- Contamination And Remediation Technologies For Soils And Groundwater
- Environmental Physics And Hydraulic Systems
- Photogrammetry, Lidar And GIS
- Hydrological Modeling And Climate Change
- Landslide Hazard And Risk
- Fluid Mechanics And Advanced Hydraulics
- Waterworks And Sewerage Systems Project
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Technical Architecture
- Climate Dynamics And Changes
- Satellite Eyes On Water: Tracking Human & Natural Impacts
- Sustainability Science In The Built Environment
- Urban Planning Techniques
- Trenchless Technologies For Hydraulic Infrastructures
Second Year
Compulsory
- Flood Propagation And Design Of Hydraulic Structures For Environmental Protection
- Fluvial Hydraulics
- Fluvial Protection Works
- Hydraulic Measurements
- Hydroelectric Plants
- Final Exam
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Building Acoustics
- Computational Fluid Dynamics
- Foundation Systems And Earth-Retaining Structures
- Geotechnical Earthquake Engineering
- Coastal Hydrodynamics
- Wind Power Plants
- Road Infrastructure Design And Management
- Waste Energy Recovery
- Reliable Design And Management Of Urban Hydraulic Infrastructures
- Safety In Engineering And Technology
- Structural Engineering And Mechanics C
- Snow Avalanches And Related Mountain Natural Hazards
- Valorization And Optimization Of Residues From Water And Waste Treatment
Resilience to Climate Change Effects Path
First Year
Compulsory
- Climate Dynamics And Changes
- Contamination And Remediation Technologies For Soils And Groundwater
- Continuum Mechanics
- Groundwater Resources
- Hydrological Modeling And Hydraulic Infrastructures
- Numerical Methods In Engineering Sciences
- Satellite Data Analysis
- Sustainable Management Of Water Resources In Agriculture
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Computational Fluid Dynamics
- Geomatics For Precision Agriculture
- Landslide Hazard And Risk
- Planning Of Energy Conversion Systems
- Satellite Eyes On Water: Tracking Human & Natural Impacts
- Sustainability Science In The Built Environment
- Thermal Management For Industrial And Space Applications
Second Year
Compulsory
- Climate Change Impacts On Water Ecosystems
- Environmental Planning And Assessment
- Fluvial Hydraulics And Flood Propagation
- Master Thesis
Choose 6 ECTS (CFU) (6 CFU)
- Design Of Hydraulic Structures For Environmental Protection
- Hydraulic Measurements
- Italian Language For Foreign Students
6 Elective ECTS to be selected among the entire available academic offer of the university. The degree programme recommends: (6 CFU)
- Design Of Hydraulic Structures For Environmental Protection
- Snow Avalanches And Related Mountain Natural Hazards
Master's degree
Among the possible career opportunities for graduates in Environmental Engineering, we can mention:
- Freelance in the field of planning, design, executive supervision and testing of public infrastructures
- Freelance in the field of environmental monitoring and environmental impact analysis
- Jobs in companies operating in the building and maintenance of civil plants and infrastructures (water systems, hydroelectric plants, land reclamation and flood protection systems, sewer connection and treatment plants for urban and industrial wastewater, solid waste treatment plants)
- Jobs in companies, authorities, consortia and agencies for the management of infrastructures and services (integrated water service companies, land reclamation and irrigation consortia, companies related to waste management)
- Jobs in public authorities for the planning, design and management of urban and environmental systems (municipalities, provinces and regions)
- Jobs in environmental control and safeguard authorities (river basin authorities, environmental protection agencies, public health agencies, etc.)
- Jobs in the public administration at national and international levels (authorities, institutions and agencies devoted to the management and planning of natural and urban areas) as an expert in the control and management of measures for the mitigation of climate change effects
- Jobs in insurance and consultancy companies for estimating the risks induced by climate change