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 data and information I have collected is directly from the team of Australian Hardware team so this information is valid enough to be used for research of the given
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.
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...
For a year and half after my graduation in December 2014, I have taken the time to strengthen my application. I worked as a dental assistant at Dr. Veroncia Chang’s office and Berkeley Orinda Oral Surgery to gain hands-on experience and better understanding of the profession. While working part-time, I took 21 units of upper division biology courses at UC Berkeley Extension to raise my undergraduate GPA and to equip myself better with broader biological knowledge. Furthermore, I retook my DAT and improved on both of the academic average and total science scores (AA 23, TS 25). Volunteer opportunities at the Lawrence Hall of Science and YWCA were both very rewarding times to stay connected to the local community.
...f hard work. I cared about this program, just as I do about math, computer science and a plethora of other subject areas, and so I excelled.
"Freshman Admissions at Berkeley: A Policy for the 1990s and Beyond." Academic Senate |. N.p., n.d.
Banking on an excellent academic record coupled with a keen interest in the ever-growing field of science and technology motivated me to take up engineering. In school, I consistently secured one of the top positions of the class. I have always been attracted towards subjects that draw upon one's analytical abilities. Thus, Mathematics and Physics were my favorite subjects and I secured 89% marks in my 12th class. I am among the top 3 percent in Engineering entrance test to UG schools out of two and half lakh students and I could get into the top ranked college of the state and one of the most reputed universities in the country, K L Uni...
...), 2012. Principles and Practices of Teaching English as an International language. Bristol: Multilingual Matters.
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.
Experiencing those days where people would laugh at other for the broken English; the grammar and pronunciation are the toughest parts of the language. People with English as a second language always stumble upon difficulties; however, the determination of learning a new language do not decrease easily as the motivation is still surrounding one’s mind. Today, English has become an international communication; even the teaching and learning of the language has already spread throughout the world. English is known as one of the most common use language and has been offering classes everywhere for years especially around Asia; additionally, the world common language has now become the number one language uses in every fields of career that is being offer everywhere. Non-American students should be required to take English class as a second language in school
After get understanding with the basic definition of electrical engineering, it is time to find out that is this major right for me. ' If you enjoy taking things apart, seeing how they work, and then putting them back together again, this major should suit you very well'. Additionally, an engineering degree should be a serious consider...
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 academic background consists of two phases. My first college attempt, 1997-2002, was unsuccessful due largely to distraction caused by my father’s illness. The second phase started in 2009 with a new major, Consumer Economics, which better suited my interests. I was able to narrow the scope of my degree further and focused on policy creation, analysis, and implementation. During this phase, I earned a 3.7 GPA while working full-time at the University of Georgia. Although it took longer than normal to complete my undergraduate education, it is to date my greatest success; however, my educational growth is not finished. I have goals and ambitions that inspire me to continue onward until I am in possession of my graduate degree. My journey to a college education has been filled with experiences that have stunted but not stopped my growth. I am confident that, come what may, I will accomplish the goals that I’ve set. It is this perseverance that qualifies me as an excellent candidate for the Master’s in Public Administration at Columbus State University.
At the Univ. of Manchester, I got more opportunities to sharpen my research and practical abilities. In the coursework of VLSI design: logic gates circuit design, I designed schematic diagram and layout, and constructed models for simulations. Subsequently, I constantly adjusted relevant parameters based on the simulations and theoretical knowledge. In two weeks of continuous testing, I ultimately designed a chip circuit with a high response speed. Additionally, in the alarm clock design project based on Microchip PIC18F6722, I not only achieved the fundamental alarm functions on the basis of the limited circuit components and a microcontroller, but independently designed extra functions so that users can load music files via USB port. The clock could produce the corresponding melody as the alarm simply through a single buzzer. Although these are simple practices, the process of applying knowledge to actual applications brings me closer to my dream of becoming an