Sample SOP for MS in Computer Architecture [with work experience]
Sample SOP for MS in Computer Architecture: The world of computers has always been a source of fascination for me. Even as a child, I marveled at their ability to carry out a diverse range of functions. I dedicated considerable time to disassembling and reassembling my first CPU, studying its hardware components in an attempt to comprehend their functions. Over the past few decades, computers have permeated every branch of science, enabling them to explore new frontiers. The emergence of fields like Machine Learning and Deep Learning promises even more exhilarating developments. This dynamic landscape, coupled with my eagerness to actively contribute to ongoing research, serves as a strong impetus for me to pursue a Master’s program in computer architecture.
I am a 2016 graduate from XYZ College with a bachelor’s degree in Electrical Engineering. After my graduation, I have been working as Formal Verification Engineer in XYZ Technology, which provides formal verification services to some of the top companies in semi-conductor industry. During my undergraduate study, I have acquired knowledge in various fields under the blanket of Electrical Engineering, which provides me with a strong background to explore and contribute in this field further. My academic interest in Computer Hardware was sparked right from my introduction to it through Digital Design in my first year where I familiarized myself with basics.
Sample SOP for MS in Computer Architecture
Following that, I delved deeper into Computer Architecture, gaining insights into fundamental components like cache and pipelining. This knowledge was further expanded upon in advanced courses such as Operating Systems and Digital Hardware Design. In my final year, I specialized in Embedded Systems. Alongside coursework that covered various Interface Protocols, I had the opportunity to design a functional model of an unmanned railway crossing using an Arduino Board under the guidance of Prof. XYZ. During the summer after my third year of undergraduate studies, I undertook an internship at XYZ, located in Tokyo, Japan. I collaborated with the printing R&D team for a period of nine weeks. One of my key contributions was the design and implementation of a circuit to facilitate the verification of a printer head’s functionality. This circuit, deployed on an ALTERA Cyclone III, efficiently stored incoming serial data in RAM, which could then be retrieved and transferred back to the computer via USB. This experience not only honed my proficiency in Verilog but also marked my inaugural independent project in circuit design. I conducted thorough verification through simulation. Furthermore, I crafted a user-friendly GUI using Visual Basics, enabling commands to be sent to the Altera board for the retrieval and storage of data in binary format within a text file. Throughout my third and fourth years of undergraduate studies, I collaborated closely with Prof. XYZ. Our focus was on creating and running simulations of fiber optic structures. Employing methodologies like FDTD and RCWA, I assessed the viability of utilizing various optical nanostructures as sensors for medical applications and conducted comprehensive comparative analyses among them.
After graduation I have been working with XXX Technology as Formal Verification Engineer. This has provided me an opportunity to work on industry grade circuits alongside some very experienced group in leading semi-conductor companies. It has helped me realize importance of verification in digital designs and more so the benefit of applying formal over simulation verification. Identifying many corner cases bugs over my 2.5 years, I have helped teams make their designs more robust and dependable. My first project was a networking switch that managed the incoming packets determining whether to forward it or drop it. It was a challenging project, having to handle it independently after going through 1 month of formal training. I was able to handle it quite comfortably and found some very intricate bugs. The formal verification environment created by me was checked into regression, enabling it be used
for new generation chips as well after updating it in accordance with new functionalities. My second project was again in a switching design where over a course of 10 months I was involved in verification of smaller blocks, which were part of the company’s first generation of networking chips.
Sample SOP for MS in Computer Architecture
This provided me opportunities to work on arbiters, pseudo dual ports and packet management units. I got to work with some of the smartest people working out of Silicon Valley. Around end of this project, I also got the opportunity to attend Digital Automation Conference, 2016 which was held in Austin, Texas. It was a profound experience where I met a lot of people who have been working in Semi Conductor industry for many years. Indulging in conversation with them about various upcoming fields, which they were working on like Car Automation, made me realize about the wide extent of applications of Digital Design.
Over the past eight months, I have been dedicated to the verification of the L1 cache for the inaugural chip of a novel GPU series. This endeavor has proven to be the most formidable project in comparison to my previous assignments. With an extensive design boasting approximately 100,000 flops, ensuring thorough verification necessitated the application of various abstraction models. Through these techniques, I managed to significantly reduce the Required Proof Depth to less than 15 cycles, down from the original 400 cycles. Throughout the course of this undertaking, I identified and addressed over ten corner case deadlock bugs, which had previously evaded detection in simulations. This experience has greatly bolstered my confidence in my proficiency within the realm of Computer Architecture.
However working as a Formal Verification Engineer has limited my visibility to other aspects of semi conductor industry. During graduation, I aim to learn more in depth about various processes that are part of Digital Design including but not limiting to Simulation, Chip layout, Architectural modeling and Emulation. Recently, I have become interested in Neural Networks
and Deep learning,which is attracting a lot of focus from many leading companies in industry. These fields are causing a sort of revolution in hardware, with companies competing against each other to provide the most suitable architecture, capable of running intensive algorithms. I am interested in learning more about these algorithms and how computer architecture can help
run these algorithms with better throughput and efficiency.
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