vinayaksoni
Dec 14, 2014
Graduate / "Archaeopteryx" - why graduate study, why Purdue, career goals, research interests - SOP [15]
Hi Vangiespen.
I have tried to keep in mind all that you told and edited the essay. Unfortunately, i could not get my paper published then due to financial reasons. Here is my essay.
The MS in Electrical and Computer Engineering (ECE) program at Purdue University, with its rigorous course structure involving both research and coursework is of great interest to me. The breadth of the curriculum with courses from Computer Architecture to Advanced Computer Systems will give me a thorough knowledge in an area of research that fascinates me- Computer engineering. The inter-disciplinary approach in the various research areas such as the Automatic Control and Communications, Networking, Signal & Image Processing would provide opportunities as well as challenges to create innovative solutions to the immediate problems prevailing in the world. The state of the art laboratories such as Embedded Systems Laboratory and Dependable Computing Systems Laboratory would help me in achieving my research interests in the field of Embedded Systems. Being a cultural melting pot, Purdue University would provide an environment of diverse ideas and innovation.
I am particularly interested in the work of Prof. Vijay Raghunathan on project "AVEKSHA", which has increased the applicability of wireless embedded nodes and the fidelity of the collected data. The prospect of working at the Embedded Systems Lab on projects such as "AVEKSHA" really excites me. The conference paper by Prof. Anand Raghunathan on "Best-effort Computing" with its best effort approach to parallel computing has driven me to study the intricacies of this concept on my own.
At Purdue, I would like to pursue my research in the field of pervasive computing and multi-core architectures. "Cooperating Objects" which combines three seminal domains-embedded systems, pervasive computing and wireless sensor networks is another field I would like to explore. Researching on these would help me achieve my goal of designing low power wireless embedded nodes with high computational abilities.
My tenure at my undergraduate University's robotics team SRM Team Robocon and Satellite prototyping team WelkinSat exposed me to a plethora of algorithms and mechanisms and I worked with numerous sensors, interfaced them with microcontroller and executed long-distance communication using ZigBee protocol. Working on these projects veered me towards research in embedded systems.
Being the finance manager and the programming lead of both the teams, burnished my managerial and leadership skills. Working long hours on these projects while maintaining high academic grades, led to the enhancement of my time management skills.
The paper I wrote with my colleagues on a modern surveillance vehicle "Archaeopteryx" capable of traversing over land, water and air, and controllable through the Internet got selected in the International Conference on Control, Mechatronics and Automation (2013) in Sydney. While working on the paper and testing quad-rotors, I researched extensively on the architectures of various microcontrollers suitable for applying the complex algorithms to stabilize the surveillance vehicle.
Along with my past research, MS in ECE program will help me achieve the goal of building a professional career in research and development in embedded systems industry and solve industrial level problems in the field of pervasive computing and wireless embedded systems with the knowledge gained during my graduate study.
Hi Vangiespen.
I have tried to keep in mind all that you told and edited the essay. Unfortunately, i could not get my paper published then due to financial reasons. Here is my essay.
The MS in Electrical and Computer Engineering (ECE) program at Purdue University, with its rigorous course structure involving both research and coursework is of great interest to me. The breadth of the curriculum with courses from Computer Architecture to Advanced Computer Systems will give me a thorough knowledge in an area of research that fascinates me- Computer engineering. The inter-disciplinary approach in the various research areas such as the Automatic Control and Communications, Networking, Signal & Image Processing would provide opportunities as well as challenges to create innovative solutions to the immediate problems prevailing in the world. The state of the art laboratories such as Embedded Systems Laboratory and Dependable Computing Systems Laboratory would help me in achieving my research interests in the field of Embedded Systems. Being a cultural melting pot, Purdue University would provide an environment of diverse ideas and innovation.
I am particularly interested in the work of Prof. Vijay Raghunathan on project "AVEKSHA", which has increased the applicability of wireless embedded nodes and the fidelity of the collected data. The prospect of working at the Embedded Systems Lab on projects such as "AVEKSHA" really excites me. The conference paper by Prof. Anand Raghunathan on "Best-effort Computing" with its best effort approach to parallel computing has driven me to study the intricacies of this concept on my own.
At Purdue, I would like to pursue my research in the field of pervasive computing and multi-core architectures. "Cooperating Objects" which combines three seminal domains-embedded systems, pervasive computing and wireless sensor networks is another field I would like to explore. Researching on these would help me achieve my goal of designing low power wireless embedded nodes with high computational abilities.
My tenure at my undergraduate University's robotics team SRM Team Robocon and Satellite prototyping team WelkinSat exposed me to a plethora of algorithms and mechanisms and I worked with numerous sensors, interfaced them with microcontroller and executed long-distance communication using ZigBee protocol. Working on these projects veered me towards research in embedded systems.
Being the finance manager and the programming lead of both the teams, burnished my managerial and leadership skills. Working long hours on these projects while maintaining high academic grades, led to the enhancement of my time management skills.
The paper I wrote with my colleagues on a modern surveillance vehicle "Archaeopteryx" capable of traversing over land, water and air, and controllable through the Internet got selected in the International Conference on Control, Mechatronics and Automation (2013) in Sydney. While working on the paper and testing quad-rotors, I researched extensively on the architectures of various microcontrollers suitable for applying the complex algorithms to stabilize the surveillance vehicle.
Along with my past research, MS in ECE program will help me achieve the goal of building a professional career in research and development in embedded systems industry and solve industrial level problems in the field of pervasive computing and wireless embedded systems with the knowledge gained during my graduate study.