River Hydraulics

Hydrological modeling (SWMHYMO, HEC-HMS, etc.);
Water balance assessments;
Release rate calculations for runoff management;
Integration of anticipated climate change effects;
Estimation of flood-flow, low-flow frequency statistics and flow transposition to ungauged rivers;
Hydrological modeling incorporating combined processes (rain and snowmelt);
1D and 2D hydraulic modeling;
Floodplain mapping;
Surface water management plans;
Determination of the critical erosion threshold, the frequency of his exceedance and the sediment balance;
Geomorphic analysis of river systems (incision, scouring, lateral migration, sediment accumulation, etc.).

Hydraulic analysis and design of infrastructures (bridges, culverts, dams, reservoirs, etc.);
River ice process analysis (ice breakup, jam formation, flow under ice cover, etc.);
Impact assessment of works on river dynamics;
Sediment mobility and river corridor assessment).

Hydraulic analysis of existing conditions (velocities, shear stresses, turbulence, etc.) and proposal of solutions adapted to the issues and context;
Hydraulic analysis and design of erosion protection measures in waterways.

Water balance assessment through the project life cycle (design, operation and closure);
Design of retention ponds;
Design of drainage ditches for contact water and non-contact water;
Design of operational and emergency spillways and discharge canals;
Dam breach analysis;
Pump and pipe hydraulic calculations;
Climate studies.