The EECS Department at the University of California, Berkley, has the best and the most comprehensive graduate programs for MS and PhD in Electrical Engineering. Berkeley’s EECS Department stands distinctively apart from other universities.
My research interest of working with coding theory, information theory, multiple access methods, and adaptive equalization, all match considerably with the research focuses of EECS Berkeley’s faculty. EECS Berkeley has the finest faculty and the most developed research facilities in the World of Electrical Engineering, and more specifically, in the field of wireless & mobile communications.
MY PREPARATIONS FOR FUTURE GRADUATE STUDIES AT BERKELEY:
I prepared myself thoroughly for the last two years at my undergraduate institution. To enable myself to apply at Berkeley, I worked hard during the last two years of my undergraduate studies, ultimately obtaining a CGPA of 3.88 in 4.00 and a rank of 8 among the 139 students graduating in February 2004. My GPA's in the last two terms were perfect 4’s.
I have excellent pre-undergrad background, with 10th position in SSC(public exam taken after US Equivalent Grades 9 & 10) and 4th position in HSC(taken after US Equivalent Grades 10 & 11,annual approx. 200000 takers). Then I applied for admission for a B.Sc.Engg. degree at Bangladesh University of Engineering and Technology(BUET). BUET annually enrolls its students after carefully selecting students who do tremendously well in its competitive admission test covering higher secondary Mathematics, Physics, Chemistry & English. In the test administered in 1998, I held the 6th position among approx. 3000 applicants. I selected, without hesitation, BUET’s Electrical & Electronic Engineering Depa...
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...ught the following courses there:
1. EEE 4307-Digital Electronics: taught to 2nd year B.Sc. in EE students (Winter Sem 2004)
2. EEE 4619-Peripherals & Microprocessor-based Design: taught to 3rd year B.Sc. in EE students (Summer Sem 2004)
3. EEE 4620: Lab for students of 3rd year B.Sc. in Elect. Engg. program, related with EEE 4619.(Summer Sem 2004)
4. EEE 4850-VLSI Design Lab: taught to 4th year B.Sc.EE students, related with EEE 4849, (Summer Sem 2004)
The medium of teaching at my department is invariantly English, because my classes include international students.
OTHER BACKGROUNDS:
Apart from academics, I personally maintain a website at http://jarirmf.tripod.com. I hold a Diploma in French from Alliance Française de Dhaka. I love traveling, and I have traveled extensively within the country and abroad, particularly in India and Singapore.
The EEPROM chip can store up to one kilobytes of data and is divided into 64 words with 16 bits each. Some memory is inaccessible or reserved for later us...
[15] Electronic Engineering Times, February 12, 2001, 1261 words, Engineers Week Aim: to Reach Schoolgirls, Terry Costlow
My knowledge of engineering is reasonable and includes transformer substations, power plants, power distribution and transmission systems, industrial motor control and PLC programming, protective relay coordination, FACTS devices, grounding systems, Matlab programming and project management. In addition, I possess practical experience performing power flow, short-circuit and relay coordination analyses while using a power system modelling software such as ETAP, EDSA, DigSilent and CYME. Consequently, the aforementioned experience and solid engineering education along with your training will allow me to provide support to operating and new
As this project was Franklin Electronics first attempt at utilizing EVM, it is plausible that the planning stage was not executed well, suggesting that the forecasted costs and schedules are not accurate. The simple fact that only four of forty-five work packages were being scheduled to be completed in the first four months, should have caused questions regarding the ability to complete more work as time continues, creating concern about the possibility of getting behind schedule.
Throughout my career at WHS, I have maintained nearly perfect grades and worked hard to excel – not just to earn an A, but to fully understand the material. I have taken every advanced course offered to me and more. I have taken 7 AP tests and earned 7 5’s. I scored nearly perfect on the SAT (superscore of 2380), nearly perfect on the ACT (raw score of 35.25), and have pushed myself by taking AP courses over the summer and performing well in ACP classes. The rigor of my classes has allowed me to earn a GPA of almost 4.6, and I’m still ready for more.
...IEEE IBM Journal of Research and Development Volume 31, July 1987, Issue 4 pg. 464-474
Throughout my school career I have accomplished a perfect, 4.0 GPA. I have straight A’s and I have participated in many advanced school programs. Last year I received the presidential award for a perfect GPA. During this school year I am in two advanced classes (GT and Honors Math).
After speaking with Dr. Kelly Sass and Byron Bork about my application this past application cycle, the weakest parts of my application are my GRE score and GPA. We had discussed how they were below average and that re-taking the GRE and taking a graduate-level course would be two good options. While I did work hard and diligently throughout college, always improving my GPA each semester, I knew when I was applying that my science GPA was lower than Iowa’s accepted average. That alone did not stop me from applying to a school that I wish so badly to attend. I did what I could control from the moment I sent in my application last July and I strived to get A’s in all my courses my senior year. I ended my senior year with my highest semester GPA
My academic background consists of a four-year undergraduate education (major in international economics) and a two-year graduate education (major in finance). During my undergraduate program, I passed courses on calculus, intermediate microeconomics, intermediate macroeconomics, statistics, and econometrics. Within my graduate program I passed applied statistics, business research methods, modeling and decision analysis, and managerial economics. My GPA in bachelor’s degree program was 4.62/5.00, and my GPA in the master’s degree program was 86/100 (%).
Within the guidelines of this admissions policy, regardless of a student’s previous achievements ranging from straight A’s, perfect attendance or even high potential, the only factor that counts is their score.
As a Computer Science student in Computer Engineering/Computer Science 285, I’ve grown to appreciate using a prototype board to get through the class. As a person more inclined to software than to hardware, the sixteen-week journey has been a process. Part of my appreciation comes from my curiosity in the equipment of this class, in learning about other components and the potential the board had. Learning not only about the 8051 microcontroller and board but also how to deal with it.
I wanted to continue my career abroad. Therefore, I made a detailed research and ended up going to the United States because of its worldwide reputation in academics. My initial research showed me that Southern part of United States would be most education friendly due to social, climate and financial reasons. Besides, a field like Public Administration requires one to be involved in a more diverse environment as it is any government’s job to provide service to its citizens from diverse background. Grambling State University, with its diverse environment and friendly atmosphere was the most suitable one. Due to this reason, after completing the English as Second Language Program of ELS center in Ruston, I applied to Grambling State University. At the beginning I was required to take some undergraduate level classes to improve my knowledge and skills. I have successfully completed fifteen cou...
Being the top student in my secondary school (with 85.5%), I got admitted into Electronics & Instrumentation Engineering at MIT, Ujjain. My curriculum enhanced my knowledge in Microprocessors, Digital Signal Processing, and Analytical and Industrial Instrumentation. Having a strong zeal towards Information System and Computer Programming, I have also learned different languages like C, C++, SQL and PL/SQL.
The Electronics Engineering Technician program focuses on preparation of technicians for all industries that are related to electric circuits, systems and applications. People who study this program get knowledge about electronic products, control systems and telecommunications. Students learn electric circuits, technical mathematics, programming, electric machines, etc. Also, they spend 50 per cent of their time in laboratory rooms. Students get practical skills and abilities for operations with electronic, analog, digital and programmable circuits and learn how to apply these circuits in various devices (Humber College, n.d.).
My aspirations to work at the frontiers of electronics and communication engineering and to delve into the unknown depths of electronic engineering have led me to apply to the university of Cincinnati. I consider that a comprehensive knowledge and understanding is essential for a career in industry/scientific research. I firmly believe that graduate studies in electrical engineering will help me realize this objective. Therefore I, Srinivas Narne wish to seek admission into the master’s program at University of Cincinnati. I have convincing reasons to believe that I will be a successful graduate student.