Bridge Pier Scour Physical Model and Calculator
A combined physical and computer-based project to study local scour around bridge piers.
A combined physical and computer-based project to study local scour around bridge piers.
A design project that compares multiple road alignments and selects the best one based on earthwork and geometric constraints.
A computer-based civil engineering project using mix proportions to estimate compressive strength trends.
A modern surveying project comparing drone-derived volume with conventional survey or known geometry.
A strong final-year project for creating flood extent maps from terrain, river cross-sections, and design discharges.
A renewable energy mapping project that ranks land parcels by slope, access road, settlement buffer, and solar potential.
A classic but strong hydraulic engineering model showing energy dissipation after a sluice gate or spillway.
A GIS-based college project using slope, aspect, land cover, geology, rainfall, and road proximity factors.
A practical prototype using sensors to monitor pH, turbidity, temperature, and basic water quality indicators.
A practical mini-hydro project to test how jet diameter, head, and runner speed affect Pelton turbine output.
A college project idea for building a small headworks model with weir, intake, undersluice, gravel trap, and settling basin concepts.
A computer-based project to transform rainfall into runoff hydrograph using a small watershed case study.
A college campus project estimating rooftop runoff, tank size, and non-potable water savings.
A survey-based project to rank school buildings using observable vulnerability indicators.
A combined model and spreadsheet project for checking sliding, overturning, bearing, and drainage effects.
A physical model project to compare sediment removal under different baffle layouts inside a settling basin.
A physical model that uses water level sensing and a servo gate to regulate canal flow.
A simulation project that changes signal timing based on traffic demand and queue length.
A laboratory project comparing soil properties before and after stabilization with different additives.