Manufacturing proposals for gearbox and square Screw Research Proposal

Manufacturing proposals for gearbox and square Screw - Research Proposal Example In every research work there is a motivation behind it. The major motivation towards undertaking any research work is to find a solution to some unique and unanswered question. Addressing such question requires both explicit and implicit engagement into the field of study in order to elicit information that would in the end lead to the answer of that subject in question. Therefore the question this project is intended to answer is to develop a design of gearbox and square screw that can be used in the manufacture of pneumatic cowl actuator. The significance of this project is that it helps in developing a gearbox and a screw at a little cheaper and economically viable cost. This project will act as a partial fulfillment of my degree course requirements and also help towards improvements in the engineering industry and technology as a whole. The project is also meant to help in improving the aviation industry by helping produce cheaper and affordable aircraft parts. Several goals and set objectives are the driving force behind this research work. This is because there cannot be a journey without destination. The goals and objectives of this project is therefore, to the development of a square screw and gearbox, manufacture a cost-effective square screw and gearbox, to make a device that will make, to explore the field of engineering and aviation especially in the line of engine manufacturing, to assess the economic implications of developing an aircraft engine, to investigate the composition of an aircraft engine and to explore and understand the composition and components of a gearbox and square screw. Engineering and aviation industries have undergone several evolutionary developments since the invention of an aircraft several years ago. Operating the pneumatic cowl doors had been an uphill task due to lack of proper modernized ways of cowl actuation. This prompted the discovery of a control system that is electronic. The actuator is an embodiment that