Having thoroughly enjoyed the hardware aspect of computing at A level and GCSE, I have developed a deep enthusiasm and curiosity for computer hardware. My choice of A-level computing project takes the form of a single-board computer, paired with tools and exploits that allow you to test devices and networks for vulnerabilities. Connected to this is a further passion for ethical hacking and programming, which I do as a hobby in my free time. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original Essay I've touched on industry-level programming through freelance projects and programming books like Andrei Alexandrescu's Modern C++ Design, with my most proficient language being C++. One unintended benefit of learning C++ that became apparent was the ability to use it for robotics. I explored my interest in electronics at the beginning of year 12, where I had the chance to compete in VEX Robotics (In the Area) as an elective. As a lead engineer/programmer, I thoroughly enjoyed the experience of building a robot and competing with a group. Initially, we built a simple robot with a basic 4-bar lift and an arm for pushing moving targets. As we competed more, we gained hands-on experience and feedback from experts like the judges. As a result we iterated versions until we developed a moving target roller suction and 4-bar reverse lift. With our final iteration, I finished developing a standalone feature that allowed us to score extra points. Our dedication as a team was made evident after we won Regionals, allowing us to go to Nationals. I got an accidental push into electrical engineering by visiting a website called EEWeb, where there happened to be an article on the front page about self-parking cars in 1933. – which led me to read the site. I eventually came across engaging articles about electromagnetism and electronics used to process information and transmit energy which led me to give a talk within our school's physics and engineering society on "Wireless Electricity." My interest in computer hardware and its functionality was consolidated following research into building my own PC, where I learned how to use logic gates to create an ALU; as well as memory to store inputs and results of operations via the Internet. Outside of school, I am a keen practitioner of combat sports, engaging in Judo and Muay Thai as they provide a sense of freedom and fulfillment through competition. Through this, I have improved my self-discipline, grit and commitment to succeed. I regularly attend my local toastmasters to develop public speaking and social skills. These skills are essential in engineering due to the amount of team work that takes place, particularly in projects; in addition to the presentations that must be provided. I feel like one of the biggest ways I developed my skills was through puzzle-based video games (like portals), where problems are initially seen as insurmountable; however, by analyzing the problem and thinking logically about the environment, you can usually determine what needs to be done next. This led me to develop a great deal of patience, which is something I noticed was essential while attending a workshop that taught how to create a calculator without logic gates. Please note: this is just an example. Get a document now 2019.