personal statement for computing technology

Computer Science Personal Statement (Guide + Examples!)

Applying to study computer science can be quite a complicated programs. There are so many programs out there with so many application requirements. But don’t worry, we’re here to help.

In this blog post, we’ll give you some tips on how to write a computer science personal statement that will increase your chances of getting accepted into the program of your choice.

Table of Contents

What Is a computer science personal statement?

A computer science personal statement is a document that you submit as part of your application to study computer science.

In this statement, you’ll need to talk about your motivation for wanting to study computer science, as well as your skills and experience . This is your chance to sell yourself to the admissions committee and demonstrate why you’re the perfect candidate for their program.

Anatomy of a personal statement

Now that we’ve covered what a computer science personal statement is, let’s take a look at what it should include.

1. Introduction

Your computer science personal statement should start with a brief introduction . In this section, you’ll want to introduce yourself as a computer science applicant and explain why you’re interested in studying computer science. This is your chance to grab the attention of the admissions committee and make them want to read on.

2. Your motivation for wanting to study computer science

In this section, you’ll need to explain your motivation for wanting to study computer science. What is it about computer science that interests you? What are your long-term career aspirations? This is your chance to sell yourself to the admissions committee and demonstrate your commitment to the subject.

3. Your skills and experience

In this section, you’ll need to talk about your skills and experience . What computer science-related courses have you taken? Do you have any industry experience? This is your chance to show the admissions committee that you have the skills and experience necessary to succeed in their program.

4. Conclusion

Your computer science personal statement should end with a brief conclusion . In this section, you’ll want to restate your motivation for wanting to study computer science and reiterate your commitment to the subject. This is your chance to leave a lasting impression on the admissions committee.

Who reads my computer science personal statement?

The computer science personal statement is read by the admissions committee of the computer science department to which you’re applying.

This committee is made up of professors and industry professionals who are experts in the field of computer science. They will use your personal statement to determine whether or not you’re a good fit for their program.

Usually, the admission review process includes several rounds, and your computer science personal statement will be read by multiple members of the admissions committee.

How long should my computer science personal statement be?

Your computer science personal statement should be between 500 and 1000 words . This is enough space for you to introduce yourself, talk about your motivation for wanting to study computer science, and discuss your skills and experience.

Speaking in pages, your computer science personal statement should be one to two pages long . If your personal statement is longer than that, the admissions committee is likely to skim it, or even worse, not read it at all.

What should I include in my computer science personal statement?

There are a few things you will want to include in your computer science personal statement. In general, you should provide the admissions committee with convincing motivation and evidence that will portray you as someone both passionate and promising as a future computer science student.

Some things that you may want to include in your computer science personal statement are:

• Source of motivation for studying computer science
• Evidence of programming or quantitative abilities
• Competitions/olympiads
• Relevant work experience
• Relevant projects
• Accomplishments
• Future career aspirations

Your personal statement may also include other information that you feel is important for the admissions committee to know about you. However, make sure that whatever you include is relevant to computer science and will help you stand out as a strong candidate.

What should I not write in my computer science personal statement?

There are a few things you’ll want to avoid including in your computer science personal statement. First, avoid repeating information that is already available in your application . The admissions committee will already have access to your transcripts, test scores, and resume, so there’s no need to include this information in your personal statement.

Second, avoid including information that is not relevant to computer science . The admissions committee is looking for evidence that you’re passionate about computer science and have the skills and experience necessary to succeed in their program, so including information about your hobbies or extracurricular activities may not be the best way to go forward.

An exception to this is if you’re including information about extenuating circumstances that have impacted your academic performance, in which case you should briefly explain how these circumstances have affected you and why you’re still a strong candidate for their program.

Finally, avoid using cliches, quotes, or formulas in your computer science personal statement . The admissions committee is looking for an original and authentic voice, so be sure to write in your own words.

Tips on writing a top-notch computer science personal statement

Now that we’ve gone over what to include and what not to include in your computer science personal statement, let’s talk about how you can write a top-notch personal statement.

First, start by brainstorming a list of your computer science-related experiences, skills, and accomplishments . This will give you a good starting point for your personal statement and help you determine what information is most relevant to include.

As you’re drafting your computer science personal statement, be sure to keep the following tips in mind:

• Write in clear, concise, and easy-to-understand language
• Use active voice
• Be honest and authentic
• Personalize your statement to the program you’re applying to
• Proofread your statement for grammar, spelling, and punctuation errors

By following these tips, you can write a computer science personal statement that is sure to impress the admissions committee and increase your chances of getting into your dream program.

Computer science personal statement examples

Now that we’ve covered the basics of what a computer science personal statement should include, let’s take a look at some computer science personal statement examples.

“I have been programming since I was 12 years old, and ever since then I have been fascinated by the possibilities that computer science offers. I am motivated by the idea of being able to create something from scratch and see it come to life, and I know that computer science will allow me to do just that. In addition, I have experience in working with code from different languages, which has taught me how to think critically and solve problems. My skills in critical thinking and problem solving are essential for studying computer science, as they will allow me to tackle complex challenges head-on.

Apart from my skills and experience, I am also passionate about learning new things. This is why during my free time I volunteered for Code for America, where I worked with a team of designers and developers to build a civic engagement platform. This experience showed me the importance of collaboration when it comes to creating something amazing, and it solidified my belief that teamwork is key to success.

Another project I got involved with was the development of a computer game for blind children. This project was important to me because it allowed me to use my skills for something good, and it also showed me how computer science can be used to create inclusive technologies.

Last year, I also had the opportunity to intern at Lyft, where I worked on a team that developed a new feature for the Lyft app. This experience was invaluable, as it gave me insights into the inner workings of one of the world’s most successful companies. It also showed me how computer science can be used to solve real-world problems.

Ultimately, I believe that I would be an excellent candidate for your computer science program because of my passion for the field combined with my skills and experience. I am confident that I have what it takes to succeed in computer science, and I hope to use my skills and knowledge to make a difference in the world.”

“I have always been interested in the way computers work and how they can be used to solve problems. This interest began when I was very young and has continued to grow as I have gotten older. My father is a computer scientist, so I have been exposed to computer science my entire life. In high school, I took several computer science courses and really enjoyed them. I also competed in several programming competitions and did well in them. In the following essay, I want to highlight my accomplishments as a computer science candidate and express my passion for this exciting field.

I am a computer science major at *NAME* University. I have taken several computer science courses and have gotten exceptional grades. My favorite course so far has been Introduction to Algorithms, for which I worked as a teaching assistant during my third year. I also competed in the Association for Computing Machinery International Collegiate Programming Contest, and our team placed in the top 100 out of 6,000 teams worldwide. This experience showed me that I have the ability to solve complex problems and work well under pressure.

As a student, I also worked as a part-time research assistant in the AI and Robotics laboratory, where I assisted in the development of a computer vision system for an autonomous robot. This experience allowed me to develop my skills in programming and computer science. In addition, I have also been a member of the Student Senate and have served on the Executive Board of the Student Government Association. These experiences have allowed me to develop leadership skills and learn how to work with others.

I am interested in computer science because it is a field that is constantly changing and evolving. There are always new problems to solve and new ways to solve them. I find this challenge exciting and invigorating. I am also interested in computer science because it is a field that combines creativity with logic. I enjoy using both my creative and logical sides when solving problems.

I am applying to your program specifically because I believe that it will allow me to further develop my skills in computer science. I am looking forward to taking classes from renowned professors and working with other talented students. I believe that your program will provide me with the skills and knowledge that I need to become a successful computer scientist.”

“Computers have always been a part of my life. As a toddler, I would watch my father work on computer programs for his business. Fascinated by the blinking cursor on the screen, I would ask him what he was doing and how it worked. My parents bought me my first computer when I was in grade school and I taught myself how to program in BASIC.

Since then, computer science has been my passion. I have pursued every opportunity to learn more about it, including taking computer science courses in high school and college and working as a research assistant for a computer science professor. I am excited to continue learning about computer science at the graduate level and to pursue a career in this field.

One of my biggest accomplishments in the field of computer science so far has been developing a computer program that can generate 3D models of human faces. This program has the potential to be used in a variety of applications, such as video game development, computer-aided design, and even law enforcement. I am currently working on submitting this program to a computer science conference for publication.

I have also been involved in a number of extracurricular activities related to computer science. I am a member of the Association for Computing Machinery and the Institute of Electrical and Electronics Engineers. I have also volunteered my time to teach computer science to elementary and middle school students through a local program called Girls Who Code.

Besides this, I have worked on several personal coding projects of my own. For example, I created a computer program that can solve Sudoku puzzles by using a technique called constraint satisfaction. I also developed a website for a local business called Joe’s pizzeria. My skills in computer science have also helped me in my other hobbies, such as photography and video editing. For the latter, I made a light correction tool that can automatically color-correct a video based on the primer of a still image.

I believe that my passion for computer science, as well as my experience in the field, makes me an ideal candidate for a graduate program in computer science. I am excited to continue learning and expanding my skills in computer science so that I can make an impact in this field. For this reason, I am excited to submit an early decision application to your computer science graduate program.”

What should I do after I have my first draft?

After you have completed the first draft of your computer science personal statement, you should follow these steps to edit, polish, and finalize your computer science personal statement:

1. Check the word count : Most programs will give you a word or a page limit for your computer science personal statement. Make sure you stay within that limit, as going over it can make you seem like you can’t follow instructions.

2. Proofread and edit it : This step is crucial. A well-written and error-free computer science personal statement will make you look more professional and competent. Use spell check and grammar check , and then have someone else proofread it for you.

3. Ask for feedback : Once you’ve proofread and edited your computer science personal statement, ask a few people for their feedback. Choose people whose opinions you trust and who will be honest with you.

4. Repeat steps 2 and 3 as needed : After you’ve received feedback, make the necessary changes to your computer science personal statement. Then, proofread and edit it again. Repeat this cycle until you’re happy with your statement.

5. Modify personal statement for each program : Don’t just submit the same computer science personal statement to every program you apply to. Tailor it to each individual program, highlighting why you’re a good fit for that specific school.

6. Submit : Once you’re happy with your computer science personal statement, submit it along with the rest of your application.

Make sure you give yourself enough time to do all of the steps above so that you can submit a strong statement. Remember, this is just one part of your overall application package, so make sure all other elements are strong as well—such as your grades, letters of recommendation , and resume.

We hope that this guide has been helpful and that you feel more confident in your ability to write a stellar computer science personal statement. Remember, the most important thing is to be yourself and let your passion for computer science shine through. As long as you are genuine and articulate your interest in the field, you are sure to impress admissions officers. Best of luck!

Elmar Mammadov is a software developer, tech startup founder, and computer science career specialist. He is the founder of CS Careerline and a true career changer who has previously pursued careers in medicine and neuroscience.

Due to his interest in programming and years of past personal experience in coding, he decided to break into the tech industry by attending a Master’s in Computer Science for career changers at University of Pennsylvania. Elmar passionately writes and coaches about breaking into the tech industry and computer science in general.

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Writing the Perfect Computer Science Personal Statement

How to write a perfect computer science personal statement

Introduction.

Securing a place in a prestigious university computer science course can be highly competitive. If you are aiming for a Russell Group University or even an Oxbridge University, you need to know that they expect high standards. With numerous applicants vying for limited seats, it's crucial to present yourself as an exceptional candidate. One powerful tool at your disposal is the personal statement. This blog post will guide you through the process of crafting a winning personal statement, showcasing your passion for computer science, unique experiences, and future goals. By following these tried-and-tested techniques, you will be equipped to impress admissions committees, increase your chances of acceptance, and embark on an exciting academic journey.

1. Know Your Audience

Before diving into writing your personal statement, it's crucial to understand the expectations and values of the university admissions committee. Research the university's mission, vision, and curriculum to align your goals with theirs. Familiarize yourself with the specific requirements of the computer science program, highlighting key characteristics and skills they are seeking in applicants. This knowledge will enable you to tailor your personal statement to resonate with the selection panel and demonstrate your suitability for the course.

2. Reflect on Your Journey

To create a compelling personal statement, delve into your personal and academic experiences that have shaped your passion for computer science. Reflect on any challenges you have faced and how these have reinforced your determination. Highlight standout moments, such as participation in coding contests, internships, or research projects, that have nurtured your interest in the field. Articulate how these experiences have driven your decision to pursue a computer science course at the university.

3. Showcase Your Skills and Achievements

Highlighting your relevant skills and achievements is essential to demonstrate your competence and distinguish yourself from other applicants. Discuss your proficiency in programming languages, problem-solving abilities, and any noteworthy projects you have undertaken. Provide evidence of your skills using concrete examples, including software development projects, technical challenges overcome, or academic awards attained. By emphasizing your capabilities, you will exhibit your potential value to the computer science program.

4. Convey Your Passion

Universities seek individuals who are passionate about computer science and can contribute to the academic community. Communicate your enthusiasm by explaining how the subject captivates you, discussing influential readings or inspirational innovators. Illustrate how you have pursued your passion outside of formal education, such as attending conferences, participating in coding boot camps, or engaging in open-source projects. Conveying your fervor for the subject will demonstrate your dedication and drive for success.

5. Define Your Future Goals

Admissions committees are interested in candidates with clear vision and ambition. Outline your long-term objectives in the field of computer science, showing how the university's program aligns with your goals. Discuss your aspirations to contribute to cutting-edge technology, address industry-specific challenges, or make a positive societal impact through your work. Demonstrating your future plans will assure the admissions panel of your determination and long-term commitment, increasing your chances of acceptance.

6. Be Authentic and Engaging

While ensuring your personal statement meets academic and professional standards, it should also serve as a reflection of your authentic self. Use a conversational tone and inject your unique personality into your writing. However, strike a balance by maintaining professionalism and avoiding overly informal language. Engage the reader with captivating anecdotes, personal experiences, or thought-provoking ideas. By standing out from the crowd and captivating the admissions committee, you increase the chances of leaving a lasting impression.

Crafting a perfect personal statement for a university computer science course is a meticulous yet rewarding process. By understanding the expectations of the admissions committee, reflecting on your journey, and showcasing your achievements and skills, you can effectively highlight your strengths. Coupled with a genuine passion for computer science and clear future goals that align with the program's objectives, you set yourself apart from other applicants. Remember to remain authentic, engaging, and proofread meticulously to ensure your statement shines. Your well-crafted personal statement will undoubtedly make a compelling case for your acceptance, propelling you towards a successful future in the field of computer science.

See the list of DOs and DONTs when writing a computer science personal statement.

Personal Statement Examples for Graduate School: Computer Science

Crafting a Standout Computer Science Personal Statement

Crafting a compelling personal statement is crucial for graduate school acceptance. Successful statements showcase your academic and professional accomplishments. They also put a spotlight on your personality, goals, and motivations. When you master this process can make your application stand out and secure your place in graduate school. That’s where our expertise comes into play. Our expertise is here to guide you through the graduate application complexities, providing insights, guidance, and feedback to enhance your writing and engage admissions committees.

Successful Personal Statement Examples for Graduate School

In this post, we’re excited to open our collection of personal statement examples for graduate school. We’re sharing two that students just like you used to get into graduate Computer Science programs:

Both essays, while strong in their current form, nevertheless offer learning opportunities on how further refinement can enhance clarity, coherence, and impact. Our commentary on these pieces provides actionable advice on how to approach revisions, ensuring that each paragraph serves a clear purpose and contributes to the overall narrative effectively.

Explore our graduate school personal statement examples and feedback to grasp the detailed analysis and attention that perfects a statement. Whether starting your draft or finalizing revisions, our insights will help you showcase your strengths, improve weaknesses, and express your future vision.

Finally, remember that a great personal statement does not just happen—it is crafted. Let us guide you through this process, offering the expertise and feedback necessary to turn a good personal statement into an outstanding one. Explore our blog for more tips, examples , and professional guidance on making your graduate application journey a success.

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Computing and IT Personal Statement Examples

• 1 Personal Statement Example Links
• 2 Career Opportunities
• 3 UK Admission Requirements
• 4 UK Earnings Potential For IT
• 5 Similar Courses in UK
• 6 UK Curriculum
• 7 Alumni Network

Personal Statement Example Links

• Personal Statement Example 1
• Personal Statement Example 2
• Personal Statement Example 3
• Personal Statement Example 4
• Personal Statement Example 5

Ever been fascinated by the world of technology and its transformative impact on our lives? Keen on the idea of designing and optimising IT systems, or creating innovative software solutions?

If so, a degree in Computing and IT could be your ideal journey. This dynamic field equips you with the skills to solve complex problems, innovate, and shape the digital future.

Computing is an interesting and relevant university course for students looking to pursue a career in the technology field. This course provides students with a comprehensive understanding of the fundamentals of computing, including programming, data structures, algorithms, and computer architecture.

Students will gain a strong foundation in the principles of computing, as well as the ability to apply these principles to solve complex problems. Additionally, this course will prepare students for a career in the ever-evolving field of computing, as it covers the latest technologies and trends.

The course covers a wide range of topics, from basic programming and data structures to more advanced topics such as artificial intelligence, machine learning, and distributed systems. Students will learn how to design and implement software applications, as well as how to develop and maintain databases. Additionally, the course will cover topics such as security, networking, and operating systems.

The course also provides students with the opportunity to explore the ethical implications of computing, as well as the social and economic impacts of technology. This will help students to think critically about the implications of their work, and to develop an understanding of the impact of technology on society.

Overall, Computing is an interesting and relevant university course for students looking to pursue a career in the technology field. It provides students with a comprehensive understanding of the fundamentals of computing, as well as the opportunity to explore the ethical implications of computing and the social and economic impacts of technology.

👍 When writing a personal statement : Highlight your passion for the course, demonstrating your understanding of it. Use relevant personal experiences, coursework, or work history to showcase how these have fostered your interest and readiness for the course.

Career Opportunities

Completing a Computing and IT degree from a UK university provides a multitude of career opportunities in today’s digital era:

1. Software Developer: Design, code, and test computer software or mobile apps, or modify and update existing software.

2. IT Consultant: Advise organisations on how to best use IT to meet their business objectives, improve their operations and optimise their software platforms.

3. Cyber Security Analyst: Protect computer systems and networks from threats, such as security breaches, viruses or attacks by cyber-criminals.

4. Data Scientist: Analyse and interpret complex digital data to help companies make decisions and improve their strategies.

5. Network Administrator: Configure and manage an organisation’s internal and external networks, ensuring they’re running smoothly and securely.

6. Web Developer: Design, build and maintain websites or web applications to meet a client’s needs.

7. Systems Analyst: Evaluate a system’s efficiency and develop measures to improve its performance and effectiveness.

The world is increasingly driven by technology, making these roles critical and highly sought after in a wide range of industries. Kickstart your exciting career in Computing and IT now!

UK Admission Requirements

To get accepted into a Computing course at a UK university, applicants must have achieved a minimum of five GCSEs at grade C or above, including English and Mathematics . In addition, applicants must have achieved at least two A Levels (or equivalent qualifications) at grade C or above in relevant subjects such as Mathematics, Physics, Computer Science, Electronics or Engineering.

In comparison to similar courses, such as Computer Science or Information Technology, the entry criteria for Computing is slightly more demanding. While both Computer Science and Information Technology typically require two A Levels at grade C or above, Computing requires at least one A Level in a relevant subject. This is to ensure that applicants have the necessary knowledge and understanding of the technology and principles behind computing to excel in the course.

In addition, Computing courses may also require applicants to have achieved a minimum of a grade B in their A Level Mathematics, or a grade B in their A Level Physics. This is to ensure that applicants have the necessary mathematical and scientific understanding to apply the principles of computing to the course.

Overall, the entry criteria for Computing courses at UK universities is slightly more demanding than other similar courses, as it requires applicants to have a greater knowledge and understanding of the technology and principles behind computing.

UK Earnings Potential For IT

The average earnings for someone with a degree in computing can vary greatly depending on the level of experience and the specific job role. Generally speaking, entry-level computing roles can start at around £20,000 per year, while more experienced professionals can earn up to £50,000 or more.

As the demand for computing professionals grows, salaries are expected to increase. The job market for computing professionals is expected to continue to grow, as more businesses and organizations rely on technology to help them increase efficiency and stay competitive. Additionally, the development of new technologies and the need for professionals with specialized skills will likely lead to higher salaries for computing professionals.

Similar Courses in UK

Other related university courses in the UK include:

Computer Science: Computer Science is a broad field of study that covers the principles of computing, programming, and software engineering. It focuses on the development of algorithms and software applications, as well as the design and implementation of computer systems.

The main difference between Computing and Computer Science is that Computing is more focused on the application of computing to solve problems, while Computer Science is more focused on the theoretical aspects of computing.

Software Engineering: Software Engineering is a field of study that focuses on the engineering of software applications. It covers the development, implementation, and maintenance of software solutions.

The main difference between Computing and Software Engineering is that Computing focuses more on the application of computing to solve problems, while Software Engineering focuses more on the engineering of software applications.

Data Science: Data Science is a field of study that focuses on the analysis and interpretation of large data sets. It covers the use of algorithms and statistical techniques to extract meaningful information from data.

The main difference between Computing and Data Science is that Computing focuses more on the application of computing to solve problems, while Data Science focuses more on the analysis and interpretation of large data sets.

UK Curriculum

The Computing course at the university covers a wide range of topics and modules, including:

• Computer Science: This module covers the fundamentals of computer science, including algorithms, data structures, programming languages, operating systems, and software engineering. Students will also gain an understanding of the history and development of computing, as well as the ethical implications of computing technology.
• Networking and Security: This module covers the basics of networking and security, including topics such as network protocols, network topologies, network security, and network management.
• Database Systems: This module covers the fundamentals of database systems, including database design, database management systems, and database query languages.
• Web Development: This module covers the fundamentals of web development, including HTML, CSS, JavaScript, and web frameworks.
• Artificial Intelligence: This module covers the fundamentals of artificial intelligence, including machine learning, natural language processing, and robotics.
• Computer Graphics: This module covers the fundamentals of computer graphics, including 3D modeling, animation, and virtual reality.

The course also includes a variety of hands-on experience and practical work. Students will have the opportunity to develop their own applications and websites, as well as to participate in group projects and hackathons. In addition, students will have the opportunity to take part in industry-related field trips and visits.

Alumni Network

One notable alumni from the Computing course is Bill Gates. Gates is a well-known entrepreneur and philanthropist, and is the co-founder of Microsoft. He has been a major contributor to the computing industry, and has been a major influence in the development of the personal computer. Gates is also an advocate for global health and education, and has donated billions of dollars to charitable organizations.

The Computing course at the university has an active alumni network, with events and networking opportunities available. The alumni network hosts events such as career fairs, networking events, and alumni gatherings. The university also has an active alumni association, which provides networking opportunities and resources for alumni. Additionally, the university offers mentorship opportunities for alumni, as well as access to job postings and career advice.

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Computer science personal statement

If you studied an unrelated undergraduate degree but have mathematical and analytical ability then you could consider an MSc in computer science

When writing a personal statement for a postgraduate course that differs from your undergraduate degree, you should:

• Make a strong case for why you are pursuing study in a different subject area, outlining how your previous academic experience has prepared you to switch disciplines.
• Consider the transferable and related skills which link your previous and future study.
• Highlight prior learning and experiences relevant to the course you are looking to study. This could include employment, volunteering, extra-curricular activities, completing online courses, attending events and conferences.
• Mention any further activities you will do before starting the course to fill any gaps in your knowledge.
• Show you have an in-depth understanding of the subject area, including the knowledge and experience you hope to gain and how this fits in with your career aspirations.
• Demonstrate that you have researched the programme and institution thoroughly. Highlight specific modules, practical elements, university facilities and unique aspects of the programme which attract you. Explain how the course aligns with your academic and career objectives.

This example should be used for guidance only. Copying any of this text could significantly harm your chances of securing a place on a course.

Computer science personal statement example

Despite obtaining my undergraduate degree in social science, I have developed a passion for technology and a strong interest in the world of computer science through my academic endeavours, extra-curricular activities, and part-time job.

My journey into the realm of technology began during my undergraduate studies, where I quickly discovered the analytical and problem-solving skills inherent in computer science were the very skills I was drawn to in the field of social science.

During the first and second year of my degree, I studied optional introductory modules in 'Computing Science' and 'Data Science', which sparked my passion for technology.

Thereafter, I sought opportunities to integrate computing techniques and mathematical approaches into my projects, demonstrating my commitment to acquiring the foundational knowledge needed for a successful transition to computer science.

As such, my dissertation explored 'Data-Driven Approaches to Social Policy Evaluation', investigating how algorithms can be used to analyse large datasets and measure the impact of social policies on various outcomes, including poverty rates.

Aside from my studies, I have used my extra-curricular activities to enjoy the practical applications of computer science. As a member of an ethical hacking society, I participated in hackathons, coding competitions, and collaborative projects.

The experience was transformative, allowing me the opportunity to apply theoretical concepts to real-world scenarios and nurturing my problem-solving skills. Joining the society complemented my part-time role during university as an IT assistant, where I witnessed first-hand the necessity for IT systems and networks to work effectively to achieve business needs.

These experiences across education and employment have motivated me to study an MSc in computer science, where I can delve deeper into a number of areas including programming languages, systems development, network security and algorithms.

The prospect of completing an independent project as part of the programme energises me to further enhance my practical abilities and contribute to overcoming complex challenges in the ever-evolving landscape of technology.

I am choosing to study the MSc Computer Science at X University due to the university's long-established international expertise in delivering computer science programmes, which is demonstrated in its recognition for research activities, particularly in the area of cyber security.

Due to this reputation, I believe X University to be the standout institution for me to advance my academic studies, as the department's ability to produce highly skilled and in-demand cyber security graduates matches my ambition in becoming a cyber security analyst.

Furthermore, I'm aware graduates of the programme at X University have transitioned to careers as applications developers, another career path I am keen to explore. The programme's engagement with leading organisations in the industry and the state-of-the-art learning facilities available to students has cemented my commitment to studying here.

Achieving an undergraduate degree in social science to now pursuing an MSc in computer science demonstrates my adaptability, resilience and commitment to personal and professional growth.

To prepare for this switch in discipline, I have engaged in self-directed learning by undertaking online courses in programming, data analytics and web development. This will ensure that I am well-equipped to tackle the exciting challenges that studying an MSc in computer science entails.

I am confident that studying at X University will provide me with an unrivalled experience, enabling me to progress to a fulfilling career in the field of computer science.

Find out more

• Search for postgraduate courses in computer science .
• Learn more about personal statements for postgraduate applications .
• Discover more about applying for a Masters .

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SOP - MSc Computing and Information Communication Technology

• Sample personal statement

07 July, 2022

Sop - msc computing and information communication technology share.

• 12 May, 2013

The course that I’m looking to pursue is MSc Computing and Information Communication Technology at University of East London (UEL). Through the studying of this course, I will be able to gain invaluable in-depth and practical knowledge which will help me in starting a successful career. Moreover, getting the opportunity to study in this university will help me advance both professionally and academically. In addition, the opportunity to apply my theories and ideas in practice will benefit me to enhance my skills and knowledge and to achieve a deeper understanding of the field of programming, database systems, software engineering, computer architecture and networks.

According to my research I have found that the MSc Computing and Information Communication Technology develops future leaders who can bring data skills and insight to their profession. After reading through the modules and the learning outcome of the MSc Computing and Information Communication Technology course, I have realized that they are conceptually invigorating and very contemporary. By studying this course, I will be able to gain the knowledge, understanding and skills relevant for pursuing a rewarding career within a globally data driven environment. Moreover, the course helps students become self-sufficient, by helping students build self-direction and personal development. A self-sufficient student is always a valuable addition to a society and economy. As I want to explore my career in software development positions, completing this course will put me in a favourable position in terms of the software research and development market. As of the moment, I am interested in learning all the related skills and knowledge from this course. For this reason, this course will be the right choice for my career plans and objectives.

Following the completion of mySenior School Certificate Examination, I studied Bachelor of Electrical and Electronics Engineering from Enugu State University of Science, Enugu, Nigeria in 2021. Since my graduation, I have been researching on the various computer related higher education courses both in the UK and other English-speaking countries. After much research, I have found this course at UEL to be a perfect fit to both my previous education, as well as my future career goals I have. My previous course and my interest in this subjectwill be complementary to my prospective study since my existing knowledge in the field through my bachelor’s degreemeans I will be able to better understand the concepts of the course. These are the things which have motivated me to pursue this course at University of East London. If I can successfully complete this course, it will create a platform to pursue different career opportunities in Nigeria and establish my career as a Senior Software Architect in a leading tech company, such as 9Mobile, Google Nigeria and Airtel Nigeria.

UEL offers Programming Fundamentals, Computer Architecture and Networks, Database Systems, Software Engineering, and Mental Wealth: Professional Life. All the modules are highly demanding and suitable totoday’s world. For professionals, I believe that this course would be the right choice who are looking for a successful career in Computer and Software Development sector.

I am determined to study this course in the UK as the study environment in my country is quite different and we only have the opportunity to study with local students. Furthermore, due to periods of unexpected political unrest, students often struggle to finish their degrees on time. Conversely, the UK has a great multicultural and diversified student community which is an opportunity for me to learn with lot of students from different nationalities. UK education brand is highly respected by employers in our country as UK degree prepare graduates with academic competencies, developed personal and professional skills that are imperative for organizational success. UK is home to some of the best universities in the world and are placed high in the world rankings. There is a total of 143 universities in the UK, 108 of which are in England, 19 in Scotland, 8 universities in Wales and 8 in Northern Ireland. Of the top 10 universities in the world, 4 are held by UK institutions. Owing to educational excellence of these universities, there are a total of 485,645 international students studying in the UK, representing over 100 different countries. Candidates will have the opportunity to take part in world-class research that have direct influence on many international affairs, such as vaccine research, innovative business idea development, and more. Students can choose from over 64 different subject areas, offering over 50,000 different courses. The degrees awarded by UK universities are recognized all over the world by recruiters and academics alike and most universities have a graduate employability rate of almost 90%. These are the reasons why I chose UK over other countries to pursue my higher education.

The University of East London has been pioneering futures since 1898: from the 2nd Industrial Revolution through to where they are now, the 4th. The degree courses are focused on industry-relevant education, and the university provides work-based learning and stimulating curriculum. Academic staffs are equipped with up-to-the-minute real-world expertise and features unparalleled links with top employers create career opportunities. The courses combine the quality of degree program with the commercial outlook of an international leader in training and talent development, to enhance students’ employability. University of East London features teaching facilities that prepare students properly for the professional atmosphere and technological environment they can expect when they commence or progress their careers. UEL is also ranked as the 'Best Modern University in London' by the National Student Survey, 2nd in the UK for Teaching Quality (Times Higher Education Young University Rankings). The university features top notch research quality and teaching frameworks are really good. Opportunities produced by the university to put theoretical knowledge into industrial practice are miscellaneous. In addition, they provide modern and secure on-campus accommodation which will add an extra benefit and experience for the students. I will be looking forward to experience more of their study environment if I get this opportunity to study at University of East London, London.

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ICT Personal Statement

Applying to an ICT course in the UK? Use the following ICT personal statement example as a guide and inspiration to write your personal statement.

ICT Personal Statement Example

Early in my life, I developed an interest in ICT . As a longtime computer enthusiast and self-taught programmer, I have developed considerable skill in designing new and original ways to complete difficult tasks and projects that are relevant to everyday life. During High School, my mother would block sites to prevent me from being distracted from my schoolwork, but I always found a way around her efforts. My future career lies in IT, and its application in modern business is an area of study that is full of interest and opportunities for me to utilize my natural abilities. As a business owner and a consumer, I understand how ICT has transformed business practices. For stock control, accounting, and staff records, every company needs IT Experts. It is central to banking and finance, high-tech industries, and e-commerce retailing, and offers endless opportunities for talented and well-trained software engineers. In addition to its role in the office team’s work, it allows people across the globe to work as if they were in the same room. Among the topics I am interested in are business database management, enterprise computer systems, and business communication methods. I find this type of work to be an exciting prospect, full of the appeal of being able to spend my career doing what I enjoy most, in a field, I am passionate about.

As a result of my work experience, I have had a taste of what it is like to work in the real world and be an adult. My skills allowed me to assist with web design and research for an agricultural project in India while working at an import/export firm. In a placement as an art technician, my particular interest in web graphics and animation was expressed, when I assisted the full-time technician in arranging the art room and scanning and editing documents on the computer, as well as assisting the art teacher during lessons. I have also worked as a teaching assistant in a reception class as a supervisor and support role. As a caterer, I have learned a lot about responsibility and meeting the demands of customers, and all of my work placements have helped me to gain maturity and to understand adult demands.

I am interested in many other things besides ICT. In addition to running regularly, I have completed the bronze D of E award. While living in Paris, I performed on stage several times as a singer. Photographs are also one of my favourite pastimes. As an increasingly international person, I believe my language skills are a great asset, as I speak fluent English, French and a little Arabic.

I stay up to date on advances in my profession by the following news in the media and on the internet. Above all, I like ICT because it provides me with the chance and materials to be creative and create my own ideas, and I hope that my future profession will allow me to apply my design and animation talents in a corporate setting. I am artistic and inventive, and I like to think of myself as quite open-minded, and willing to examine and explore any new concept. My attention abilities are strong; I can readily devote my mind to any work assigned to me and never lack the drive or energy to do it successfully. I like working a lot.

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PERSONAL STATEMENT EXAMPLE Computer Science Personal Statement

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Computer Science Personal Statement

My fascination with technology was sparked when, as a child I thought it would be a great idea to take apart my Playstation console. Aware of the danger, I was still eager to see how it all worked inside. I find it intriguing how fast society has been shaped and continues to be, by the influence of Computer Science. A few years ago if someone were to have claimed that cars would become autonomous, people would have doubted them. Now we are at a stage where nearly anything is possible and this is due to the relentless problem solving of computer scientists. The latest software update released by Tesla motors allows their cars to learn how to drive themselves, and is an example of artificial intelligence, a sector which I am most interested in. I want to study Computer Science because I want to gain the knowledge needed to be able to help find solutions to world problems, with the efficient use of computer technology. With the knowledge and skills, I will attain from this course, the creative ideas that I could bring into fruition would be endless. I hope to become one of the computer scientists who adapt technology to help the human race evolve. One possibility would be for artificially intelligent gadgets to recognise different people and adjust to their individual needs based on personal preferences. I have been teaching myself Objective-C syntax in my spare time and have completed online programming courses, which have allowed me to explore the endless possibilities that computer science can bring to the world. I have also learnt to create a simple iOS game using Apple’s syntax called ‘Swift’, in XCode alongside Photoshop.

I understand that computer science is not just about programming and hardware but also about the ethics entailed in the process of a design as well as innovative thinking. Studying A-Level Philosophy and Ethics has given me an insight into many ethical situations that may arise around computer science such as the creation of artificial intelligence. This raises controversy of whether or not we should be trying to create artificial intelligence, as people have different beliefs and faiths. One example of such controversy was during the development of Honda’s Asimo robot when engineers had to visit the Vatican to seek permission to continue the project due to how human-like the robot was developed to walk. During a week of volunteering on NCS I visited Wazoku, the creators of an idea-sharing software used by major corporations such as Waitrose and The BBC. I was given an insight into the working environment that I hope to join after completing my degree. I am applying for work experience at Wazoku, in order to learn about how the software industry can influence the progress of companies.

I am constantly seeking to learn new skills and gain experience from various activities. I have been a member of the RAF Air Cadets for four years, where I have learnt many valuable life skills such as discipline, leadership, charity and confidence. Alongside these life skills I have gained various qualifications such as The St. John’s Ambulance Youth First Aid qualification and Leading Cadet qualification. Being a cadet also involved doing charity work such as raising money for the RAF Benevolence Fund and the Poppy Appeal. Through all these experiences I have learnt how to work with people from all walks of life, different backgrounds and people who have different beliefs and ideas to the ones I do. This has enabled me to adjust my approach to solving different problems and situations.

Technological advancements take place around us everyday, from the evolution of bulky antenna phones into smart phones to the introduction of smart virtual assistants such as Apple’s Siri, Google Now and Windows’ Cortana. I am inspired by the fact that computer science has become a fundamental element in the development of a better, smarter future for our world and my goal is to be part of that development process.

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C. Gordon Bell, Creator of a Personal Computer Prototype, Dies at 89

It cost $18,000 when it was introduced in 1965, but it bridged the world between room-size mainframes and the modern desktop.

By Glenn Rifkin

C. Gordon Bell, a technology visionary whose computer designs for Digital Equipment Corporation fueled the emergence of the minicomputer industry in the 1960s, died on Friday at his home in Coronado, Calif. He was 89.

The cause was pneumonia, his family said in a statement.

Called the “Frank Lloyd Wright of computers” by Datamation magazine, Mr. Bell was the master architect in the effort to create smaller, affordable, interactive computers that could be clustered into a network. A virtuoso at computer architecture, he built the first time-sharing computer and championed efforts to build the Ethernet. He was among a handful of influential engineers whose designs formed the vital bridge between the room-size models of the mainframe era and the advent of the personal computer.

After stints at several other startup ventures, Mr. Bell became the head of the National Science Foundation’s computers and information science and engineering group, where he directed the effort to link the world’s supercomputers into a high-speed network that led directly to the development of the modern internet. He later joined Microsoft’s nascent research lab, where he remained for about 20 years before being named researcher emeritus.

In 1991, he was awarded the National Medal of Technology and Innovation.

“His main contribution was his vision of the future,” said David Cutler, a senior technical fellow at the Microsoft Research Lab and a leading software engineer, who worked with Mr. Bell at both Digital and Microsoft. “He always had a vision of where computing was going to go. He helped make computing much more widespread and more personal.”

At a time when computer companies like IBM were selling multimillion-dollar mainframe computers, Digital Equipment Corporation, which was founded and run by Kenneth Olsen, aimed at introducing smaller, powerful machines that could be purchased for a fraction of that cost. Mr. Bell was hired from the Massachusetts Institute of Technology campus in 1960 as the company’s second computer engineer. He designed all its early entrants into what was then called the minicomputer market.

The PDP-8, a 12-bit computer introduced in 1965 with an $18,000 price tag, was considered the first successful minicomputer on the market. More important, Digital Equipment Corporation’s minicomputers were sold to scientists, engineers and other users, who interacted directly with the machines in an era when corporate computers were off limits to such users, housed in glass-walled data centers under the watchful eye of specialists.

“All the D.E.C. machines were interactive, and we believed in having people talk directly to computers,” Mr. Bell said in a 1985 interview with Computerworld, an industry publication. In this way, he presaged the coming personal computer revolution.

Under the often autocratic Mr. Olsen, the company was an engineering-oriented environment in which product lines drove the business, consensus emerged after loud and often caustic debate, and a matrixlike structure blurred the lines of management. This controlled chaos became a source of tremendous stress for Mr. Bell; he often butted heads with Mr. Olsen, who was known for keeping close tabs on the work of his engineers, much to Mr. Bell’s chagrin.

Undone by the tension, Mr. Bell took what became a six-year sabbatical to teach at Carnegie Mellon University in Pittsburgh, but he returned to the company as vice president of engineering in 1972. Reinvigorated and brimming with new ideas, he oversaw the design of an entirely new computer architecture: The VAX 780, a fast, powerful and efficient minicomputer, was a huge success, fueling sales that by the early 1980s had made D.E.C. the world’s second-largest computer maker.

“Gordon Bell was a giant in the computer industry,” said Howard Anderson, founder of the Yankee Group, a technology industry research firm that tracked the market in that era. “I give him as much credit for D.E.C.’s success as Ken Olsen. He believed in the primacy of engineering talent, and he attracted some of the best engineers in the industry to D.E.C., which became a place of great ferment.”

At D.E.C., the tension between Mr. Olsen and Mr. Bell again became unbearable. Stressed by the pressure to keep turning out winners and by Mr. Olsen’s overbearing presence, Mr. Bell became quick to anger (he was known to throw erasers at people in meetings) and left his engineers angry and confused. In March 1983, on a ski trip to Snowmass, Colo., with his wife and several of the company’s top engineers, Mr. Bell suffered a massive heart attack in his ski chalet and might have died if not for the efforts of Bob Puffer, a company vice president, who revived him with CPR.

After months of recuperation, Mr. Bell returned to work but decided it was time to leave for good. Over the protests of several top company executives, he quit in the summer of 1983.

Chester Gordon Bell was born on Aug. 19, 1934, in Kirksville, Mo., to Chester Bell, an electrician who owned an appliance store, and Lola (Gordon) Bell, who taught grade school.

He developed a heart problem when he was 7 and spent much of the second grade at home, mostly in bed. He spent his confinement wiring circuits, running chemistry experiments and cutting out puzzles with a jigsaw. After he recovered, he spent countless hours in his father’s shop learning about electrical repair. By age 12, he was a professional electrician — installing the first home dishwashers, fixing motors and tearing apart mechanical gadgets to rebuild them.

Mr. Bell graduated from M.I.T. in 1957 with a master’s degree in electrical engineering. He then earned a Fulbright scholarship to the University of New South Wales in Australia, where he developed and taught the university’s first graduate course in computer design. While there, he met Gwen Druyor, another Fulbright scholar, whom he married in 1959 and with whom he would found the Digital Computer Museum (now the Computer History Museum) in Boston in 1979. They divorced in 2002.

Though he returned to M.I.T. and worked toward a Ph.D., Mr. Bell abandoned that effort to join Digital Equipment Corporation. He had no interest in research, believing that it was an engineer’s job to build things.

After he left the company, Mr. Bell was a founder of both Encore Computer and Ardent Computer. In 1986, he delved into the world of public policy when he joined the National Science Foundation and led the supercomputer networking effort that resulted in an early iteration of the internet called the National Research and Education Network. In 1987, he sponsored the ACM Gordon Bell Prize for work in parallel computing.

He eventually moved to California, where he became a Silicon Valley angel investor and, in 1991, an adviser to Microsoft, which was opening its first research lab in Redmond, Wash. Mr. Bell joined the Microsoft Research Silicon Valley Lab full time in 1995. There he worked on MyLifeBits, a database designed to capture all of his life’s information — articles, books, CDs, letters, emails, music, home movies and videos — in a cloud-based digital database.

Mr. Bell is survived by his second wife, Sheridan Sinclaire-Bell, whom he married in 2009; his son, Brigham, and his daughter, Laura Bell, both from his first marriage; his stepdaughter, Logan Forbes; his sister, Sharon Smith; and four grandchildren.

In the 1985 Computerworld interview, Mr. Bell explained his formula for repeated technology successes. “The trick in any technology,” he said, “is knowing when to get on the bandwagon, knowing when to push for change, and then knowing when it’s dead and time to get off.”

Alex Traub contributed reporting.

An earlier version of this obituary misspelled the surname of Mr. Bell’s wife. She is Sheridan Sinclaire-Bell, not Sinclair-Bell.

Because of an editing error, an earlier version of this obituary misstated the year Mr. Bell married Gwen Druyor and the year the two of them founded the Computer History Museum. They married in 1959, not 1979; and the museum (which was originally called the Digital Computer Museum) was founded in 1979, not 1996.

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Ict personal statement example 2.

My main aspiration is to work within the sphere of a business economics and IT context. I am attracted to this industry because of its interesting area where I want to develop my personal knowledge

Studying AVCE ICT has revealed to me how the world is changing so rapidly as technological innovations are being developed and enhanced so fast. Working in a family business allowed me to gain solid working experience and have developed skills, such as running a small usiness

Information Technology has provided me with an inspiration and realised that there is much to learn in a world where new technology is being developed. I consider studying and working in this division where I have recognised that I encounter many challenges and addressing problem solving scenarios will help me to improve my skills and abilities

Studying AVCE ICT allowed me to enhance many of my personal skills and learn how to use new software, including, creating a bespoke database system for a company. It allowed me to work for someone and meet his or her requirement. We studied artificial intelligence (AI), which made me consider how we know so little and there is so much to learn. This enticed me to discover more about artificial intelligence, which guided me to this path and explore things differently

I have also been selected for the Cisco Networking Programme (CCNA). I was accepted after attending an interview. This course was only eligible to exceptional students, with outstanding attendance and punctuality also up to date with their college work.

This course helps me to understand the functions of networks and basic operations within various network topologies. I am also studying Microsoft Certified Professional MCP in evening classes. I was required to sit an exam for this course; this course teaches the basics of Microsoft operating systems and the problem that Microsoft users face day-to-day in modern business organisations

Working for Sainsburys allowed me to learn how to maintain customer satisfaction. Here I also picked up good communication skills, which help me to face any situation at any moment in time.Working in a large and varied environment as a team and to cope under pressure

Furthermore studying 'AS' Communication allowed me to develop further my language skills and gain confident amongst other people. I have also gain knowledge of how to use my time appropriately and work to a tight deadline. I learn how to develop my language skills and how to use appropriate verbal communication skills in situations

I enjoy sport, such as cricket and football. Being captain of my school cricket team allowed me to manage a team. My obsession for cricket has stayed with me since I was a kid. I play for West Essex cricket club

Playing pool during my spare time allows me to concentrate and forget about college work.I am currently organising a small badminton club in college.

This is where I have become skilled at managing and leading a small team. Training other people to stay fit at the same time increase me own personal abilities. I enjoy travelling and have travelled extensively country in Europe such as Italy, France, Germany, and Switzerland.

Profile info

There is no profile associated with this personal statement, as the writer has requested to remain anonymous.

Related Personal Statements

really good

Mon, 10/09/2007 - 10:33

Erm. Lots of grammer

Mon, 17/09/2007 - 12:26

Erm. Lots of grammer/spelling errors lol.

But ye pritty good.

Thu, 17/09/2009 - 15:03

Tue, 11/10/2011 - 14:00

not bad see better

lots of spelling/ grammar

Sun, 13/11/2011 - 19:22

lots of spelling/ grammar errors? might want to read your comment again...

Thu, 25/07/2013 - 15:43

Looking forward to reading more. Great article post.Really looking forward to read more. Want more.

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Abrupt shutdown of financial middleman Synapse has frozen thousands of Americans’ deposits

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NEW YORK (AP) — The bank accounts of tens of thousands of U.S. businesses and consumers have been frozen in the aftermath of the abrupt shutdown and bankruptcy of financial technology company Synapse, which acts as a middleman between financial technology companies and banks.

Synapse filed for Chapter 11 bankruptcy protection in April and has shut down its services to some of its fintech or bank partners, including Evolve Bank & Trust. That has caused disruptions for customers of Synapse’s partners, leading to accounts being frozen or showing funds not existing at all.

Synapse’s shutdown has “needlessly jeopardized end users by hindering our ability to verify transactions, confirm end user balances, and comply with applicable law,” said Memphis-based Evolve in a statement last week . Because Evolve is a bank and is required to comply with banking laws, it has to make sure all customer deposits are accounted for to the penny, which may take time.

Evolve also stressed that, despite customers’ deposits being frozen, it is well capitalized. A source who is familiar with the size and scope of the number of accounts impacted at Evolve estimated the number of frozen accounts to be under 200,000. The person was not authorized to speak on the record.

Other banks or fintech companies that San Francisco-based Synapse partnered with included Tennessee-based Lineage Bank, as well as savings rewards company Yotta, a company that gives prizes to customers who save money. Reddit message boards for Evolve, Synapse and Yotta were full of customers complaining about being unable to access their funds.

The scale of Synapse’s disruptions could widen. Synapse, in court documents, estimates that before it filed for bankruptcy it had roughly 100 customer relationships that exposed roughly 10 million Americans to their services. However, banking regulators believe that figure is extremely high and the number of impacted Americans will be thousands or tens of thousands.

Synapse’s creditors have been pushing in court to convert the bankruptcy to Chapter 7, which would liquidate the company. In court, representatives for Synapse’s customers argued that liquidation could make the disruptions to customers’ funds even worse.

Fintech companies, more often than not, are not banks themselves due to the high cost and paperwork necessary to create a new bank. Instead these companies partner with banks — many of them smaller institutions with a minimal national profile — and use that bank as a place to store customer funds without having to be a bank themselves.

In order to operate this way, fintech companies often need a middleman between the fintech company and the bank that can do the bookkeeping necessary to make sure customer accounts are credited and debited correctly. That’s the job Silicon Valley-backed Synapse had.

It’s not clear what role U.S. banking regulators can play in the chaos resulting from Synapse’s collapse. Synapse isn’t a bank, so its regulation is not handled by the Federal Reserve or the Federal Deposit Insurance Corporation. Because none of the banks that Synapse has worked with have failed, there is no eligibility for FDIC deposit insurance to be paid out.

It is possible the Consumer Financial Protection Bureau, which has law enforcement authority, could open an investigation into Synapse’s behavior and its impact on customers.

Traditional bankers as well as consumer advocates have long criticized the fintech business model, where these companies appear to be banks but have none of the protections of banks due to customer funds being stored elsewhere.

“The disorderly failure of Synapse and the impact on end users is likely to confirm policymakers’ and regulators’ worst fears about the operating model and fintech in general,” wrote Jason Mikula , a former Goldman Sachs banker who has been writing about the problems at Synapse.

This is not the first time a problem with a financial middleman has caused pain to average Americans.

In 2015, hundreds of thousands of customers of the prepaid debit card company RushCard were frozen out of their funds after a botched software update cause RushCard’s systems to be completely frozen. Customers of RushCard, often low-income people, were unable to buy groceries or other basic necessities. The company was fined $13 million buy the Consumer Financial Protection Bureau for the dayslong disruption.