Pedro Manso

EPFL ENAC IIC PL-LCH
Station 18
1015 Lausanne

Office: GC A3 514
EPFLENACIICPL-LCH

Website: https://lch.epfl.ch/

EPFLENACENAC-SGCSGC-ENS

Expertise

Dams & hydraulic structures, Hydropower (large/small/pumped-storage), Hydrology & Water Resources, Hydraulic modelling

Rock scour, Sediment management, Air-water-rock interaction, Fluid-structure/interface interaction

Feasibility studies, Project & Team Management

Expertise

Dams & hydraulic structures, Hydropower (large/small/pumped-storage), Hydrology & Water Resources, Hydraulic modelling

Rock scour, Sediment management, Air-water-rock interaction, Fluid-structure/interface interaction

Feasibility studies, Project & Team Management

Mission

1) Carry out research in hydraulic structures and water resources
2) Engineer, proof and diffuse innovative solutions on water infrastructure
3) Foster sustainable hydropower as renewable energy source worldwide.

Current work

Swiss Competence Centre for Energy Research - Supply of Electricity (SCCER-SoE)
1) Lead researcher in Hydropower infrastructure adaptation
2) Coordinator of the Demonstrator for large hydropower schemes
Dr. Pedro MANSO is a civil engineer with 20+ years of experience in the Water and Energy sectors, both in academia and in engineering practice.
His main research interests are on fluid-structure interaction, dam behaviour, hydraulic transients and multiphase flows in hydraulic structures and water infrastructure.
He graduated from IST Lisbon in 1998, started his career at DHV Portugal in the water & environment department. In 2001 he joined the Laboratory of Hydraulic Constructions (LCH) at the Ecole Polytechnique Fédérale de Lausanne (EPFL) where he conducted several engineering and research projects. In 2006 he obtained a PhD on the field of rock scour downstream dams. In 2003 he received ICOLD honor certificate for the Next Generation and in 2006 he was granted the ASCE J. C. Stevens Award. From 2006 to end 2014 he worked in Stucky Ltd in Lausanne as project engineer & manager for greenfield hydro projects and rehabilitation and upgrading of existing hydropower schemes and dams in Europe, Africa and Asia, from the study phase till commissioning.
He is an expert in hydraulic structures, dam safety, feasibility studies, design optimization and catchment hydrology. He joined the SCCER-SoE late 2014 as Senior Research Associate on "Hydropower Infrastructure Adaptation", seconded to LCH-EPFL. He is founder of several spin-off associations and companies from IST and EPFL.

Education

Exec. Educ. Judge Business School

| General Management Program

2014 – 2014 Cambridge University, UK

Docteur es sciences (Dr Eng.)

| Dam safety, water-rock-air interactions

2002 – 2006 EPFL, Switzerland
Directed by Anton Schleiss

Advanced Master

| Hydraulic Schemes

1999 – 2002 EPFL & ETHZ, Switzerland

Master thesis (Erasmus)

| Coastal Engineering

1998 – 1998 TU Delft, The Netherlands

Master

| Civil Engineering

1993 – 1998 IST Lisbon, Portugal

Professionals experiences

Lecturer

Senior Associate

Awards

ASCE JC Stevens Award

Best Discussion

2006

ICOLD Next Generation

Honors

2003

Selected publications

Stress intensity factors for axial semi-elliptical surface cracks and embedded elliptical cracks at longitudinal butt welded joints of steel-lined pressure tunnels and shafts considering weld shape

Pachoud A., Manso P., Schleiss A.
Published in Engineering Fracture mechanics (accepted 18.04.2017) in

Infoscience

Under

Teaching & PhD

Past EPFL PhD Students as codirector

Alexandre Jean Pachoud

Courses

Dam engineering

CIVIL-411

Dams are paramount for human development around the world. The course is an introduction to the fascinating domain of dam engineering, from design to construction, for water storage and regulated supply, including for renewable energy generation (hydropower), flood protection and drought prevention

Hydropower schemes and pumped-storage

CIVIL-469

The course deals with the conception and design of hydraulic structures used for production and/or storage of electric energy, including pumped hydro energy storage (PHES). We also discuss their technical/social/economical/environmental feasibility in the Swiss/European/Global energy transition.