Unifying Knowledge Management Parameters with Mechanical Tools Building Empirical Control Strategy towards Sustainable Development

摘要

Our exploration was instigated with an objective pertaining to the field of knowledge management (KM) identifying broad KM concepts to design, amass and integrate innovative KM model and evaluate its efficacy for the delivery and implementation in a social environmental setting. It comprised of design, development and evaluation of an innovative compact, versatile mechanical weed harvester aimed at having a weightless, uncomplicated construction, least assemblies, maintaining performance to weight ratio of the boat/conveyance, precise positioning, cost-effective, eco-friendly with easy operation and minimum operational efforts with added efficiency in comparison to conventional commercial machines. For the process of modeling, drawing a 3-D drawing of the component or system with the help of CAD software and CATIA CAD software for the processing of solid work design. The prototype confirmed its efficient use both for aquatic and terrestrial weed harvesting, thus can be recommended for its field application with supplemented precision on a desired conveyance.