An open paper proposal is a preliminary plan submitted to an instructor, director, or funding committee that outlines the goals, scope, and direction of a research project. It is “open” because it acts as a flexible working blueprint, allowing you to modify your exact focus or methodology as your research evolves.
To present a formal inquiry paper proposal, you document my include the following aspects.
| Key aspect | Scope |
|---|---|
| Proposed Title and Abstract | A working title and a brief 150–350 word summary of your objective. |
| Research Question or Hypothesis | The core inquiry or thesis statement you want to investigate. |
| Background and Rationale | The context of your topic and why the study is significant or necessary. |
| Literature Review Overview | A mention of the existing key sources or a discussion of the “research gap” your paper aims to fill. |
| Methodology | The planned approach (e.g., qualitative, quantitative, or interdisciplinary) for gathering and analyzing data. |
| Timeline and References | A rough schedule of milestones and a preliminary bibliography. |
The current list may include related rcfdtools product links.
| Title | Scope and related rcdtools products | Status |
|---|---|---|
| “NRCS or SCS Curve Number (CN) Map in Colombia South America” Mapa del Número de Curva (CN) del NRCS o SCS en Colombia, Sudamérica |
Researcher: rcfdtools Requires: • Detailed research report • R.HydroTool / CN |
In Progress |
| “Population and public services demand projections in Colombia - South America. Proyecciones de población y demanda de servicios públicos en Colombia - Sudamérica |
Requires: • Integrated census • Global projection tools • Drinking Water Treatment Plant and Wastewater Treatment Plant evaluation by countie with installed capacities • R.HydroTool / Population |
Open |
| “Hydro-climatological analysis of Colombia - South America hydrographic areas, zones, and sub-zones using ERA5 reanalysis data. Análisis hidro-climatologico de las áreas, zonas y subzonas hidrográficas de Colombia - Sudamérica utilizando datos de reanálisis ERA5 |
Requires: • Validation and correlation fit values with ground local stations • Upscaling and downscaling with elevation and complementary variables |
Open |
| “Analysis of the spatial and temporal distribution of land-based climatological stations in Colombia, South America. Análisis de la distribución espacial y temporal de las estaciones climatológicas terrestres de Colombia - Suramérica |
Requires: • Hypothetical vs. real temporal length analysis per station |
Open |
| “Digital hydraulic open ditch 2D prototypes: straigth and curve sinuosoidal and mendrithic. Prototipos hidráulicos digitales 2D de canales abiertos: rectos, curvos, sinusoidales y meándricos |
Requires: • HEC-RAS 2D prototypes |
Open |
| “Estimation of hydrological Areal Reduction Factors (ARF) for the Bogotá River basin – Colombia – South America.” Estimación de factores hidrológicos de redución por area simultánea (ARF) en la Cuenca hidrográfica del Rio Bogotá (Colombia, Sudamérica) |
Requires: • HEC-HMS model and simulation |
Open |
| “Computational hydrological model of the level-5 sub-basins of the Bogotá River basin – Colombia – South America.” Modelo hidrolĂłgico computacional de las subcuencas de nivel 5 de la cuenca hidrográfica del RĂo Bogotá (Colombia, SudamĂ©rica) |
Requires: • Tributaries (level 4) analysis: RĂo ChicĂş, RĂo FrĂo, RĂo Muña (E. Muña), RĂo Neusa (E. Neusa), RĂo Siecha (E. TominĂ©), Rio Sisga (E. Sisga), RĂo Soacha, RĂo Subachoque (R. Bojacá), RĂo Teusaca (E. San Rafael), RĂo Tunjuelo (E. Chisacá, E. La Regadera) |
Open |
| “Hydraulic 1D/2D modeling of roadway crossings over Bogotá’s free-surface storm drainage system using conventional surveying and Lidar data. Modelado hidráulico 1D/2D de cruces viales sobre el sistema de drenaje pluvial de superficie libre de Bogotá, utilizando topografĂa convencional y datos LiDAR |
Requires: • HEC-RAS model and simulation • Integration with HydroBogota |
Open |
| “Hydraulic characterization of roadway crossings over Bogotá’s free-surface storm drainage system using conventional surveying and LiDAR technologies. CaracterizaciĂłn hidráulica de los pasos de via sobre el sistema de drenaje pluvial a superficie libre de la Ciudad de Bogotá - Colombia utilizando topografĂa convencional y tecnologĂa lidar |
Requires: • Surveying structures with kinematic total stations and LiDAR technologie • Automatization wth AI • Integration with HydroBogota |
Open |
| “Compilation and analysis of sudden flow release patterns in reservoirs, with application to reservoirs in the Bogotá River basin – Colombia – South America.” CompilaciĂłn y análsis de patrones de descarga sĂşbita de flujo en embalses con aplicaciĂłn a los embalses de la cuenca hidrográfica del RĂo Bogotá (Colombia, SudamĂ©rica) |
Requires: • Patter analysis • Geolocalization and characterización • Integration with HydroBogota |
Open |
| “Annual Land Cover Evolution and Hydrologic response in Bogotá Basin River - Colombia South America” EvoluciĂłn anual de la cobertura del suelo y respuesta hidrolĂłgica en la cuenca del RĂo Bogotá (Colombia, SudamĂ©rica) |
Requires: • HEC-HMS model • Yearly Manning’s roughness map • Integration with HydroBogota |
Open |
#
| :house: Home | |———————————————-|