A step-by-step Google Earth Engine workflow to extract event-month rainfall, temperature, surface pressure, and DEM-derived slope for GLOF point inventories with a direct CSV download link.
A practical CAD-to-Google-Earth workflow for converting engineering drawings to KML while taking care of Nepal MUTM projection issues.
A practical layer naming and color checklist for clean engineering drawings.
A simple VBA utility to export every visible worksheet as a separate PDF file inside a PDF_Exports folder next to the workbook.
A combined physical and computer-based project to study local scour around bridge piers.
A practical checklist for delineating catchment area from DEM in QGIS, from DEM preparation to outlet selection and area calculation.
A compact overview for preparing Civil 3D alignment and terrain data so it can be used for HEC-RAS river hydraulic modeling.
A concise workflow for creating Civil 3D cross sections and using them to position hydropower structures in terrain.
A design project that compares multiple road alignments and selects the best one based on earthwork and geometric constraints.
A structured overview of how a student can combine Civil 3D terrain work and HEC-RAS hydraulic analysis for a final year project.
A computer-based civil engineering project using mix proportions to estimate compressive strength trends.
A clean VBA module to generate an _Index sheet with hyperlinks to all visible sheets in a workbook.
A time-saving written workflow for converting DEM to contours in QGIS and preparing outputs for mapping or CAD use.
A step-by-step overview for estimating water levels for selected flood flows using terrain sections and HEC-RAS hydraulic modeling.
A short guide for selecting, downloading, checking, and preparing DEM data for engineering and hydrology analysis.
A modern surveying project comparing drone-derived volume with conventional survey or known geometry.
A ready VBA scanner that lists external workbook links from cells, defined names, charts, connections, pivot caches, validation, and conditional formatting without asking Excel to open missing source files.
A short overview of how to use a flood frequency calculator to estimate return-period floods and compare results with trusted tools.
A practical sequence for estimating design floods using annual maximum discharge data.
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 compact workflow for georeferencing scanned or downloaded topographic maps in QGIS and checking them against reference layers.
A practical checklist for starting a stable 1D steady flow model.
A classic but strong hydraulic engineering model showing energy dissipation after a sluice gate or spillway.
A concise engineering concept note summarizing diversion channels, floodways, and interbasin thinking for flood risk management.
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 overview for combining DEM tiles and clipping the final raster for hydrology, terrain, and contour analysis.
A practical mini-hydro project to test how jet diameter, head, and runner speed affect Pelton turbine output.
A dashboard structure for flood, landslide, earthquake, and exposure layers.
How to set up a practical overflow weir calculation after a settling basin or intake canal.
A college project idea for building a small headworks model with weir, intake, undersluice, gravel trap, and settling basin concepts.
A folder layout that keeps shapefiles, rasters, maps, and exports organized.
A fast written workflow for preparing a clean study area map in QGIS, including boundary loading, styling, labels, layout, and export.
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.
A short workflow for preparing a Topographic Wetness Index map from DEM and interpreting wet zones carefully.
A simple command sequence for preparing readable plan and section drawings.
How to clean flood incident or extent data before using it in analysis.
How to choose downstream and upstream boundary conditions for 1D models.
How to prepare rainfall intensity-duration-frequency curves for drainage and flood design.
A practical checklist for sizing side intake openings and checking safe submergence.
How to keep external references stable in a project drawing folder.
A checklist for preparing catchment area, river length, slope, and elevation inputs.
A field-based way to decide cross-section spacing and bank locations.
Input layer checks before preparing a landslide susceptibility model.
How to create line features from coordinate, azimuth, and distance data.
The core hydraulic checks for settling basin length, velocity, flushing, and overflow safety.
A checklist for CTB/STB, layout, viewport, and PDF export before drawing submission.
Recommended map layers and charts for an earthquake monitoring dashboard.
How to prepare and interpret a flow duration curve for hydropower projects.
A simple approach for calibrating Manning’s n with observed water level or high-water marks.
How to prepare a headloss budget across intake, trash rack, transition, canal, and settling basin.
How to avoid unknown or unstyled layers after exporting to KML.
Final drawing checks to run before issuing AutoCAD files or PDFs.
A simple way to check canal water level, freeboard, and side wall elevation.
How to decide which layers should appear first in a disaster risk dashboard.
A practical workflow for transferring water surface information into Civil 3D drawings.
A clean method to prepare monthly discharge tables for hydropower calculations.
DEM preparation and flow routing checks before finalizing a catchment boundary.
A short guide to applying unit hydrograph logic for flood hydrograph generation.
Core inputs for using the rational method in drainage and road culvert design.
How to approach design flood estimation in ungauged or poorly gauged catchments.
How to match design flood return periods with hydropower structures.
A final quality-control checklist before issuing hydrology calculations.
A new home for tutorials, project notes, and updates on the engineering calculators we ship at toolsforengineers.com.
Practical notes on combining Sentinel-1 VV/VH ratio change detection, Refined Lee filtering, Otsu thresholding, JRC permanent water masking, and slope/elevation gates inside Google Earth Engine.
A pragmatic checklist for choosing Manning's roughness coefficient — what to look at on site, when to trust Chow's tables, and how much error to budget for.