Choosing to study computing will allow you to enhance your industry knowledge, develop both personally and professionally and become an innovator for the future. Learn the top five skills you’ll gain from a computing degree.
Choosing to study computing will allow you to enhance your industry knowledge, develop both personally and professionally and become an innovator for the future.
Learn the top five skills you’ll gain from a computing degree.
Problem solving
You will learn to think for yourself, use your initiative and find solutions to complex problems. You’ll also become a self-disciplined, resilient and a rational learner as you’ll be trialling, test-running, and designing solutions to any problems that come your way.
Analysis
Your analytical skills will grow as you work on a range of technical projects. This includes coding and programming. As your skills increase you’ll become an agile thinker with a great attention to detail.
You’ll gain insights into cyber security, networking, information security, web technology and mobile app development, plus much more depending on which path you wish to follow after you graduate.
Team work
Team work is a vital skill that demonstrates to your future employer your interpersonal skills, your ability to work with others and how this will add value to their organisation. You’ll collaborate with other students and work with a multitude of people from diverse backgrounds, learning how to take into account other people’s opinions and ideas.
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Project Management
During your computing degree you’ll be tasked with managing several projects and will also have the option to take part in a placement year. To do this successfully, you’ll need to be able to plan and organise constructively; control, lead and delegate to your peers; as well as being able to execute and deliver the project requirements to complete the job. Project management teaches you to work autonomously, communicate effectively and successfully manage relationships with people in an organisation.
Software Development
As a computing student, you’ll undoubtedly have an insatiable thirst for technology and recognise the evolving landscape. As future software developers you’ll be changing the way we view technology and how we use it! You’ll learn how to successfully develop games, electronic devices and carry out complex software updates. We have state-of-the-art computer games labs as well as strong ties with companies within the games industry, such as Microsoft, Sony and many local independent studios. Whether you want to specialise in Network Security or Computer Forensics, all of these skills will prepare you for a career in the rapidly growing field of computing and help you stand out from the crowd.
At the end of your course you’ll gain the key skills to allow you to shape your future. Find out what some of our graduates have gone on to achieve by reading our graduate stories.
My background in computing and technology spans over a decade, combining both academic pursuits and hands-on experience in the industry. I've obtained a degree in Computer Science and have since worked in software development, particularly focusing on cybersecurity and network infrastructure for various organizations. In addition to my academic achievements, I hold certifications in cybersecurity and have contributed articles to tech publications on topics ranging from coding best practices to the future of AI in computing.
Now, diving into the article's concepts:
1. Problem Solving: Computing education emphasizes problem-solving skills, fostering the ability to approach complex issues logically and systematically. In my experience, this involves not just theoretical understanding but real-world application. For instance, addressing system vulnerabilities in cybersecurity demands a robust problem-solving mindset, where one must analyze, test, and design solutions to counter emerging threats effectively.
2. Analysis: The article touches on how analytical skills evolve through technical projects like coding and programming. Beyond these basics, my expertise involves delving into data analytics, utilizing various programming languages and tools to derive actionable insights. Understanding cybersecurity threats involves deep analysis, identifying patterns in attacks and vulnerabilities to fortify systems effectively.
3. Teamwork: Collaboration is pivotal in the tech industry. Through my professional roles, I've engaged in cross-functional teams, collaborating with individuals from diverse backgrounds. This experience extends to projects where incorporating different perspectives and ideas is crucial, mirroring the need for teamwork highlighted in the article.
4. Project Management: In my career, I've managed and led projects encompassing software development, network upgrades, and cybersecurity implementations. Project management within computing involves not just technical aspects but also effective communication, leadership, and the ability to adapt to evolving project requirements and timelines.
5. Software Development: This field is expansive, covering areas like game development, software updates, and specialized domains like network security and computer forensics. My experience involves contributing to software development projects, understanding the significance of staying updated with evolving technology trends, and adapting development methodologies to suit varying project scopes.
In essence, a computing degree offers a comprehensive skill set that goes beyond technical knowledge, encompassing problem-solving, analysis, teamwork, project management, and software development. This multifaceted expertise equips individuals to navigate the dynamic landscape of technology and become valuable contributors in various domains within the industry.
