3 answers
mikayla
Student
Waterbury, Connecticut
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What does a computer scientist do?
#computer #science #career
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3 answers
Telmo Rodrigues
Sr. Cloud Infrastructure Engineer
11
Answers
Ballincollig
Updated
Telmo’s Answer
As Davi mentioned there is a huge focus in programming during the course. In my case there was also network, which turned out to be something i absolutely love (as well as programming)
To put things to perspective, on my day to day I do neither :) I use those skills all the time on my role, but they are not the main day to day.
I'm saying this, because regardless of what you like or dislike in the course, it's mainly a door opening tool. Your passions and dreams can and will be discovered before and afterwards. These will also change constantly!
To put things to perspective, on my day to day I do neither :) I use those skills all the time on my role, but they are not the main day to day.
I'm saying this, because regardless of what you like or dislike in the course, it's mainly a door opening tool. Your passions and dreams can and will be discovered before and afterwards. These will also change constantly!
Davi De Paula
Training & Development Manager
6
Answers
Cary, North Carolina
Updated
Davi’s Answer
There are many things that a computer scientist can do . When I graduated from college with a computer science degreed I started working as a software developer. A software developer is someone that creates apps like the apps on your phone and on your computer. A computer scientist primarily focus on creating and maintaining software. Software can be thought as all of the apps on phones, computers and other electronic devices. I can say that being a computer scientist can be very challenging at times, but it is a lot of fun. If you are interested in computer science, look into learning how a computers work. It is fascinating to learn about computers and how they work since they are part of our everyday life.
Raazia Hasan Zaidi
Analyst
2
Answers
Bristow, Virginia
Updated
Raazia’s Answer
Computer scientists are the backbone of the digital world, delving into the mysteries of computation theory and crafting intricate computational systems. Their mission is to uncover and apply fresh knowledge about computer technology, blending both theoretical and practical elements based on their specific roles and specialties. Here's a snapshot of what these tech wizards typically do:
1. Research
Theoretical Computer Science: They dive into the depths of computational algorithms and data structures, striving to comprehend the boundaries of what can be computed, refining algorithm performance under diverse conditions, and innovatively tackling intricate problems.
Applied Research: This entails discovering methods to enhance the performance of computer hardware or software applications, often leveraging theoretical research insights to address real-world issues.
2. Crafting Algorithms and Systems
They invent new algorithms to execute specific tasks more swiftly or to tackle tasks that were previously unreachable. This could range from data sorting and searching to intricate problem-solving in areas like bioinformatics or cryptography.
They build systems that seamlessly incorporate these algorithms, ensuring they function effectively within existing or new hardware architectures.
3. Software Development
Although not all computer scientists are software developers, many delve into programming and software development as part of their roles, particularly when it comes to applying and testing their theories and algorithms in real-world scenarios.
4. Collaboration with Other Fields
Many computer scientists join forces with experts from other fields to apply computational principles to diverse domains such as physics, engineering, medicine, and biology. This could involve creating models for simulating biological processes or developing superior data analysis tools for finance.
5. Teaching and Sharing Knowledge
Academics in computer science enrich their field by teaching at universities and sharing their findings in academic journals. They guide students and play a crucial role in nurturing the upcoming generation of computer scientists.
6. Innovation and Technology Development
They participate in the start-up or technology sector by inventing new technologies, applications, and tools. This could range from developing new software applications to enhancing networking technology or creating security measures to safeguard data.
7. Consultancy and Expert Advice
They offer expert guidance on systems architecture, optimization, and the application of sophisticated computing techniques to complex problems in industry and government.
Areas of Specialization
Artificial Intelligence: They design smarter algorithms that can replicate human decision-making processes.
Machine Learning: They build systems that can learn from data and make decisions or predictions based on it.
Data Science: They analyze intricate data sets to extract actionable insights.
Human-Computer Interaction: They enhance the ways in which humans interact with computers to boost usability and efficiency.
Cybersecurity: They safeguard systems, networks, and programs from digital attacks.
In essence, computer scientists strive to expand the horizons of what can be achieved through computation, contributing to technological innovation and addressing both theoretical and practical issues. Their work is the cornerstone of numerous aspects of modern life, from everyday applications to complex scientific research.
1. Research
Theoretical Computer Science: They dive into the depths of computational algorithms and data structures, striving to comprehend the boundaries of what can be computed, refining algorithm performance under diverse conditions, and innovatively tackling intricate problems.
Applied Research: This entails discovering methods to enhance the performance of computer hardware or software applications, often leveraging theoretical research insights to address real-world issues.
2. Crafting Algorithms and Systems
They invent new algorithms to execute specific tasks more swiftly or to tackle tasks that were previously unreachable. This could range from data sorting and searching to intricate problem-solving in areas like bioinformatics or cryptography.
They build systems that seamlessly incorporate these algorithms, ensuring they function effectively within existing or new hardware architectures.
3. Software Development
Although not all computer scientists are software developers, many delve into programming and software development as part of their roles, particularly when it comes to applying and testing their theories and algorithms in real-world scenarios.
4. Collaboration with Other Fields
Many computer scientists join forces with experts from other fields to apply computational principles to diverse domains such as physics, engineering, medicine, and biology. This could involve creating models for simulating biological processes or developing superior data analysis tools for finance.
5. Teaching and Sharing Knowledge
Academics in computer science enrich their field by teaching at universities and sharing their findings in academic journals. They guide students and play a crucial role in nurturing the upcoming generation of computer scientists.
6. Innovation and Technology Development
They participate in the start-up or technology sector by inventing new technologies, applications, and tools. This could range from developing new software applications to enhancing networking technology or creating security measures to safeguard data.
7. Consultancy and Expert Advice
They offer expert guidance on systems architecture, optimization, and the application of sophisticated computing techniques to complex problems in industry and government.
Areas of Specialization
Artificial Intelligence: They design smarter algorithms that can replicate human decision-making processes.
Machine Learning: They build systems that can learn from data and make decisions or predictions based on it.
Data Science: They analyze intricate data sets to extract actionable insights.
Human-Computer Interaction: They enhance the ways in which humans interact with computers to boost usability and efficiency.
Cybersecurity: They safeguard systems, networks, and programs from digital attacks.
In essence, computer scientists strive to expand the horizons of what can be achieved through computation, contributing to technological innovation and addressing both theoretical and practical issues. Their work is the cornerstone of numerous aspects of modern life, from everyday applications to complex scientific research.