Sample Statement of Purpose for MS Mechanical Engineering I wish to pursue a career in research that involves creative thinking‚ challenging problems and is also relevant to the industry in particular and society in general. My keen interest in Manufacturing and Design field accompanied by good analytical skills‚ problem solving capabilities and visualization which are the heart and core of research have prompted me to go in for graduate studies. As a child‚ I was always intrigued by the working
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machine. I‚ Ayush Sharma‚ have earned a bachelor’s degree in Aerospace engineering and working as an Engine Externals Designer for Tata consultancy services-Engineering and Industrial Services‚ Bangalore‚ India.
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References: (2011). (ICCCET)‚ 18th & 19th March (2011). (UPFC)”‚ IEEE Electric Utility International Conference on Deregulation and Restructuring and Power Technologies (DRPT)‚ China‚ (2011). on Emerging Trends in Engineering and Technology (ICETET)‚ (2010). International Journal of Engineering Science and Technology‚ vol.2 (7)‚ (2010). Controller”‚ IEEE International Conference on Power Electronics Drives and Energy System‚ pp.1- 7‚ 12th -15th December (2006). Various Control Strategies”‚ International
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watching my brother work on his 1967 Ford Mustang. To me‚ they have and always will be apart of me‚ weather it be the passion or the goal I’m setting out to do‚ working at Ford Motor Company as a engineer for the performance division‚ specifically engineering the aerodynamics of the next generation Mustang. My focus has always been to do well in school. Pushed by my parents and siblings to work hard and learn. I always was taught to focus in class and work my best because even if I didn’t have the
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Diploma in Mechanical Engineering (N41) > 2 key selling points about the course Design(AutoCad/Pro E/Design Thinking/ED/ESD) Options (BMA/EEC/ATMS/DI) > Link the activities to the course Link Language of ME & RP to Design option and Eco Car to ATMS Option > What is it so unique in NP? The only poly diploma in Mech Eng to offer a specialization option in Automotive Technology & Motorsports Diploma in Automation & Mechatronic Systems (N50) > 2 key selling points about the
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A New Method for Placement of DG Units in Distribution Networks H.Hedayati‚ S.A.Nabaviniaki‚ Senior Member‚ IEEE‚ and A.Akbarimajd Abstract-- In this paper a new method for placement of DG (distributed generation) units in distribution networks has been presented. This method is based on two factors: analysis of power flow continuation and determination of the most sensitive voltage buses to collapse voltage. This method has been executed on a typical 34-Bus test system. Efficiency of proposed
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If there was a career field that I could go into space wise‚ I would pick Aerospace Engineering‚ or Aeronautical Engineering. It would be the greatest feeling in the world to design an aircraft‚ test it‚ then have someone actually go out and fly it. To see my own design out and flying‚ to me‚ would be about the same feeling that Armstrong had when he stepped onto the moon. This feeling of accomplishment is the kind of satisfactory feeling I seek out in my everyday life‚ and striving toward that as
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1 Power Analysis of CIGRE HVDC Benchmark System Rectifier Station Haroon Rashid‚ M.Eng Student‚ University of Toronto‚ Department of Electrical and Computer Engineering‚ ECE 1055 – 2013 – Assignment #1 Abstract—This assignment is based on the CIGRE HVDC benchmark system and deals with understanding and simulating this system in PSCAD/EMTDC. The focus is on the rectifier station of the CIGRE system which has been idealized and simulated in PSCAD. The AC-side real and reactive power and DC-side
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ABSTRACT This paper now consists over all view of power systems. This paper contains introduction about power system‚ superiority of electrical energy‚ Generating of electrical power using by different natural sources i.e (Hydro electrical plant‚ thermal power plant‚ nuclear power plants); Transfer the electrical power by using transmission and distribution lanes. And what are the main parts in transmission lines. i.e (conductors‚ insulators‚ poles) etc.‚ define grid input
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Harvesting is proposed to convert mechanical to eleclterical energy based on reverse electrowetting [1] . This energy generates through a novel microfluidic phenomenon. Reverse electrowetting is a process by which liquid motion is converted into electrical energy. It can generate a power up to 103Wm−2‚ by this technology. Reverse electrowetting (REWOD) concept At first‚ The principle of electrowetting is defined in here. The shape of a liquid droplet on a solid layer is characterized by the contact
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