CDR Report Sample for Environmental Engineers 233915
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CDR Report Sample for Environmental Engineering
Environmental engineers utilize the standards of designing, soil science, science, and science to create answers for natural issues. They work to improve reusing, garbage removal, general wellbeing, and water and air contamination control. They also address worldwide issues, such as dangerous drinking water, environmental change, and natural maintainability.
Project Name: Hydraulic Conductivity, Infiltration, and Runoff from No-till and Tilled Cropland
In first career episode, the author describes the project he did for the partial fulfillment of requirements for the Degree of Master of Science. The project’s name was “Hydraulic Conductivity, Infiltration, and Runoff from No-till and Tilled Cropland”. The responsibilities of the author were:
To quantify the satiated hydraulic conductivity and runoff on center pivot irrigated, long-term no-till systems
To quantify the satiated hydraulic conductivity and runoff on center pivot irrigated, long-term no-till systems
To determine the effect of slot, ridge, and disk planting on the satiated hydraulic conductivity in a furrow irrigated field and measure satiated hydraulic conductivity on dryland tilled and no-till plots
To investigate factors that may increase the satiated hydraulic conductivity and decrease runoff
To investigate four pedotransfer functions models: Crust Factor, ROSETTA, an equation used in the Water Erosion Prediction Project (WEPP) and Soil Water Characteristics tool (SWC) to determine which equation most accurately describes satiated hydraulic conductivity when both tilled and no-till fields are considered.
Project Name: Finding Robust Solutions Against Environmental Changes
In second Career Episode, the author prepared this thesis for the degree of Doctor of Philosophy. His duties and responsibilities in the project “Finding Robust Solutions Against Environmental Changes” were:
To describe ROOT problems and solutions to ROOT
To provide two benchmarks developed for ROOT
To propose a novel algorithm framework specially for solving ROOT
To demonstrate the advantage of the proposed framework by comparing a few representative TMO approaches with an instantiation of the proposed framework
To use dynamic handling strategy
Project Name: Environmentally Friendly Pultrusion
In third Career Episode, the author prepared this theses during his university study for the degree of Doctor of Philosophy. The Project was “Environmentally Friendly Pultrusion”. The key responsibility of the writer was:
To develop an environmentally-friendly pultrusion technique for the production of the fibre-reinforced composites
To analyse the physical, mechanical and thermo-mechanical properties of the composites pultruded
To design and evaluate a rig for the lateral spreading of the rovings
To design and evaluate resin impregnators to develop the clean pultrusion technique
To demonstrate the clean pultrusion technology in the laboratory and under industrial conditions
To compare the properties of the composites obtained using the clean and conventional pultrusion processes
To undertake an LCA on the clean and conventional pultrusion processes
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